# HG changeset patch
# User lecorguille
# Date 1491564901 14400
# Node ID 15646e937936fb715ce32531c11f797cf304e645
# Parent  91311aa08cdce2ba879e3d05b7bdbe1796a72ada
planemo upload for repository https://github.com/workflow4metabolomics/xcms commit a6f5f18b3d6130f7d7fbb9f2df856838c6217797

diff -r 91311aa08cdc -r 15646e937936 Makefile
--- a/Makefile	Mon Jan 30 08:52:59 2017 -0500
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,23 +0,0 @@
-# USAGE: make [install|clean]
-
-# -------- VARIABLE --------
-
-OBJ=xcms_set.tgz
-DEP=abims_xcms_xcmsSet.xml tool_dependencies.xml repository_dependencies.xml static test-data
-
-
-# ------------------------
-
-all: $(OBJ)
-
-$(OBJ): $(DEP)
-	tar --exclude=".svn" -zchf $@ $^
-
-# ------------------------
-
-install: $(OBJ)
-	mv *.tgz ~
-
-clean:
-	rm *.tgz
-
diff -r 91311aa08cdc -r 15646e937936 README.rst
--- a/README.rst	Mon Jan 30 08:52:59 2017 -0500
+++ b/README.rst	Fri Apr 07 07:35:01 2017 -0400
@@ -1,7 +1,33 @@
+Job Dynamic Destination Mapping
+-------------------------------
+
+**Why**
+
+xcmsSet wrapper allow both individual file and zip file which can contain several samples.
+Thus, it can be interesting to adjust the number of thread according to the input type.
+For example: 1 thread for a single mzXML or NetCDF file and 8 threads for a zip file.
+
+**What**
+
+The [Dynamic Destination Mapping](https://galaxyproject.org/admin/config/jobs/#dynamic-destination-mapping) allow Galaxy to choose a destination at runtime based on factors such as the job inputs, user submitting the job, cluster status, etc...
+
+**How**
+
+ - The file `destinations_input_type.py` (shiped with this tool) must be place in `lib/galaxy/jobs/rules/`
+ - The `job_conf.xml` must be inspired by the `job_conf.xml.sample` shiped with this tool
+ - The final destination names must match between the `job_conf.xml` and the `destinations_input_type.py`
+ - Restart Galaxy
+
 
 Changelog/News
 --------------
 
+**Version 2.1.0 - 22/02/2017**
+
+- NEW: The W4M tools will be able now to take as input a single file. It will allow to submit in parallel several files and merge them afterward using "xcms.xcmsSet Merger" before "xcms.group".
+
+- BUGFIX: the default value of "matchedFilter" -> "Step size to use for profile generation" which was of 0.01 have been changed to fix with the XMCS default values to 0.1
+
 **Version 2.0.11 - 22/12/2016**
 
 - BUGFIX: propose scanrange for all methods
@@ -49,13 +75,3 @@
 - IMPROVEMENT: new datatype/dataset formats (rdata.xcms.raw, rdata.xcms.group, rdata.xcms.retcor ...) will facilitate the sequence of tools and so avoid incompatibility errors.
 
 - IMPROVEMENT: parameter labels have changed to facilitate their reading.
-
-
-Test Status
------------
-
-Planemo test using conda: passed
-
-Planemo test using source env.sh: passed
-
-Planemo shed_test : passed
diff -r 91311aa08cdc -r 15646e937936 abims_xcms_xcmsSet.xml
--- a/abims_xcms_xcmsSet.xml	Mon Jan 30 08:52:59 2017 -0500
+++ b/abims_xcms_xcmsSet.xml	Fri Apr 07 07:35:01 2017 -0400
@@ -1,5 +1,4 @@
-<tool id="abims_xcms_xcmsSet" name="xcms.xcmsSet" version="2.0.11">
-
+<tool id="abims_xcms_xcmsSet" name="xcms.xcmsSet" version="2.1.0">
     <description>Filtration and Peak Identification using xcmsSet function from xcms R package to preprocess LC/MS data for relative quantification and statistical analysis </description>
 
     <macros>
@@ -11,18 +10,19 @@
 
     <command><![CDATA[
         @COMMAND_XCMS_SCRIPT@
-        #if $inputs.input == "lib":
-            library $__app__.config.user_library_import_dir/$__user_email__/$inputs.library
-        #elif $inputs.input == "zip_file":
-            zipfile $inputs.zip_file
+
+        #if $input.is_of_type("mzxml") or $input.is_of_type("mzml") or $input.is_of_type("mzdata") or $input.is_of_type("netcdf"):
+            singlefile_galaxyPath '$input' singlefile_sampleName '$input.name'
+        #else
+            zipfile '$input'
         #end if
 
         xfunction xcmsSet
 
-        xsetRdataOutput $xsetRData
-        sampleMetadataOutput $sampleMetadata
-        ticspdf $ticsRawPdf
-        bicspdf $bpcsRawPdf
+        xsetRdataOutput '$xsetRData'
+        sampleMetadataOutput '$sampleMetadata'
+        ticspdf '$ticsRawPdf'
+        bicspdf '$bpcsRawPdf'
 
 
         #if $options_scanrange.option == "show":
@@ -48,9 +48,8 @@
                 ## sigma "$methods.options_m.sigma"
                 max $methods.options_m.max
                 snthresh $methods.options_m.snthresh
-                ## mzdiff $methods.options_m.mzdiff
                 steps $methods.options_m.steps
-                ## sleep $methods.options_m.sleep
+                mzdiff $methods.options_m.mzdiff
             #end if
         #elif $methods.method == "MSW":
             snthr $methods.snthr
@@ -65,21 +64,7 @@
 
     <inputs>
 
-        <conditional name="inputs">
-            <param name="input" type="select" label="Choose your inputs method" >
-                <option value="zip_file" selected="true">Zip file from your history containing your chromatograms</option>
-                <option value="lib" >Library directory name</option>
-            </param>
-            <when value="zip_file">
-                <param name="zip_file" type="data" format="no_unzip.zip,zip" label="Zip file" />
-             </when>
-            <when value="lib">
-                <param name="library" type="text" size="40" label="Library directory name" help="The name of your directory containing all your data" >
-                <validator type="empty_field"/>
-            </param>
-                </when>
-
-        </conditional>
+        <param name="input" type="data" format="mzxml,mzml,mzdata,netcdf,no_unzip.zip,zip" label="File(s) from your history containing your chromatograms" help="Single file mode for the format: mzxml, mzml, mzdata and netcdf. Zip file mode for the format: no_unzip.zip, zip. See the help section below." />
 
         <conditional name="options_scanrange">
             <param name="option" type="select" label="Scan range option " >
@@ -103,7 +88,6 @@
             <option value="binlinbase">binlinbase</option>
             <option value="intlin">intlin</option>
         </param>
-        <param name="nSlaves" type="integer" value="9" label="MPI-slaves CPU" help="number of MPI-slaves to use for parallel peak detection" />
 -->
         <conditional name="methods">
             <param name="method" type="select" label="Extraction method for peaks detection" help="[method] See the help section below">
@@ -116,7 +100,7 @@
             <when value="centWave">
                 <param name="ppm" type="integer" value="25" label="Max tolerated ppm m/z deviation in consecutive scans in ppm" help="[ppm]" />
                 <param name="peakwidth" type="text" value="20,50" label="Min,Max peak width in seconds" help="[peakwidth]" />
-                
+
                 <conditional name="options_c">
                     <param name="option" type="select" label="Advanced options" >
                         <option value="show">show</option>
@@ -124,7 +108,7 @@
                     </param>
                     <when value="show">
                         <param name="snthresh" type="integer" value="10" label="Signal/Noise threshold" help="[snthresh] Signal to noise ratio cutoff" />
-                        <param name="mzdiff" type="float" value="-0.001" label="Min m/z difference" help="[mzdiff] Min m/z difference for peaks with overlapping RT " />
+                        <param name="mzdiff" type="float" value="-0.001" label="Minimum difference in m/z for peaks with overlapping retention times" help="[mzdiff] Can be negative to allow overlap" />
                         <param name="integrate" type="select" label="peak limits method" help="[integrate]" >
                             <option value="1">peak limits based on smoothed 2nd derivative (less precise)</option>
                             <option value="2">peak limits based on real data (more sensitive to noise)</option>
@@ -139,7 +123,7 @@
 
             <!-- matched Filter options -->
             <when value="matchedFilter">
-                <param name="step" type="float" value="0.01" label="Step size to use for profile generation" help="[step] The peak detection algorithm creates extracted ion base peak chromatograms (EIBPC) on a fixed step size" />
+                <param name="step" type="float" value="0.1" label="Step size to use for profile generation" help="[step] The peak detection algorithm creates extracted ion base peak chromatograms (EIBPC) on a fixed step size" />
                 <param name="fwhm" type="integer" value="30" label="Full width at half maximum of matched filtration gaussian model peak" help="[fwhm] Only used to calculate the actual sigma" />
                 <conditional name="options_m">
                     <param name="option" type="select" label="Advanced options" >
@@ -147,15 +131,11 @@
                         <option value="hide" selected="true">hide</option>
                     </param>
                     <when value="show">
-<!--
-                        <param name="sigma" type="hidden" value="fwhm/2.3548" label="sigma" help="standard deviation (fwhm/2.3548)" />
--->
+                        <!--<param name="sigma" type="float" value="12.739935451" label="Standard deviation (width) of matched filtration model peak" help="[sigma] By default: fwhm/2.3548" />-->
                         <param name="max" type="integer" value="5" label="Maximum number of peaks per extracted ion chromatogram" help="[max]" />
                         <param name="snthresh" type="integer" value="10" label="Signal to noise ratio cutoff" help="[snthresh]" />
                         <param name="steps" type="integer" value="2" label="Number of steps to merge prior to filtration" help="[steps] The peak identification algorithm combines a given number of EIBPCs prior to filtration and peak detection, as defined by the steps argument" />
-<!--
-                        <param name="mzdiff" type="text" size="20" value="0.8-step*steps" label="m/z difference" help="min m/z difference for peaks with overlapping RT " />
--->
+                        <param name="mzdiff" type="float" value="0.6" label="Minimum difference in m/z for peaks with overlapping Retention Times" help="[mzdiff] By default: 0.8-step*steps " />
                     </when>
                     <when value="hide">
                     </when>
@@ -178,17 +158,18 @@
     </inputs>
 
     <outputs>
-        <data name="xsetRData" format="rdata.xcms.raw" label="xset.RData" />
-        <data name="sampleMetadata" format="tabular" label="sampleMetadata.tsv" />
-        <data name="ticsRawPdf"   format="pdf" label="xset.TICs_raw.pdf" />
-        <data name="bpcsRawPdf"   format="pdf" label="xset.BPCs_raw.pdf" />
-        <data name="log" format="txt" label="xset.log.txt" />
+        <data name="xsetRData" format="rdata.xcms.raw" label="${input.name.rsplit('.',1)[0]}.xset.RData" />
+        <data name="sampleMetadata" format="tabular" label="${input.name.rsplit('.',1)[0]}.sampleMetadata.tsv">
+            <filter>input.extension not in ["mzxml","mzml","mzdata","netcdf"]</filter>
+        </data>
+        <data name="ticsRawPdf"   format="pdf" label="${input.name.rsplit('.',1)[0]}.xset.TICs_raw.pdf" />
+        <data name="bpcsRawPdf"   format="pdf" label="${input.name.rsplit('.',1)[0]}.xset.BPCs_raw.pdf" />
+        <data name="log" format="txt" label="${input.name.rsplit('.',1)[0]}.xset.log.txt" />
     </outputs>
 
     <tests>
         <!--<test>
-            <param name="inputs|input" value="zip_file" />
-            <param name="inputs|zip_file" value="sacuri_dir_root.zip"  ftype="zip" />
+            <param name="input" value="sacuri_dir_root.zip"  ftype="zip" />
             <param name="methods|method" value="matchedFilter" />
             <param name="methods|step" value="0.01" />
             <param name="methods|fwhm" value="4" />
@@ -208,8 +189,7 @@
             </output>
         </test>
         <test>
-            <param name="inputs|input" value="zip_file" />
-            <param name="inputs|zip_file" value="sacuri_current_root.zip"  ftype="zip" />
+            <param name="input" value="sacuri_current_root.zip"  ftype="zip" />
             <param name="methods|method" value="centWave" />
             <param name="methods|ppm" value="25" />
             <param name="methods|peakwidth" value="20,50" />
@@ -225,8 +205,7 @@
             </output>
         </test>-->
         <test>
-            <param name="inputs|input" value="zip_file" />
-            <param name="inputs|zip_file" value="faahKO_reduce.zip"  ftype="zip" />
+            <param name="input" value="faahKO_reduce.zip"  ftype="zip" />
             <param name="methods|method" value="centWave" />
             <param name="methods|ppm" value="25" />
             <param name="methods|peakwidth" value="20,50" />
@@ -241,6 +220,104 @@
                 </assert_contents>
             </output>
         </test>
+        <!-- Passed but disable to save time for Travis" -->
+        <!--<test>
+            <param name="input" value="ko15.CDF"  ftype="netcdf" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="25" />
+            <param name="methods|peakwidth" value="20,50" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 2506.1-4471.7 seconds (41.8-74.5 minutes)" />
+                    <has_text text="Mass range: 200.2-600 m/z" />
+                    <has_text text="Peaks: 2262 (about 2262 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>
+        <test>
+            <param name="input" value="ko16.CDF"  ftype="netcdf" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="25" />
+            <param name="methods|peakwidth" value="20,50" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 2521.7-4477.9 seconds (42-74.6 minutes)" />
+                    <has_text text="Mass range: 200.1-600 m/z" />
+                    <has_text text="Peaks: 2408 (about 2408 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>
+        <test>
+            <param name="input" value="wt15.CDF"  ftype="netcdf" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="25" />
+            <param name="methods|peakwidth" value="20,50" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 2517-4473.2 seconds (42-74.6 minutes)" />
+                    <has_text text="Mass range: 200.2-599.8 m/z" />
+                    <has_text text="Peaks: 2278 (about 2278 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>
+        <test>
+            <param name="inputs|input" value="single_file" />
+            <param name="inputs|single_file" value="wt16.CDF"  ftype="netcdf" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="25" />
+            <param name="methods|peakwidth" value="20,50" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 2521.7-4468.5 seconds (42-74.5 minutes)" />
+                    <has_text text="Mass range: 200.3-600 m/z" />
+                    <has_text text="Peaks: 2303 (about 2303 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>-->
+        <test>
+            <param name="input" value="HU_neg_017.mzXML"  ftype="mzxml" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="25" />
+            <param name="methods|peakwidth" value="20,50" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 3.5-1139.1 seconds (0.1-19 minutes)" />
+                    <has_text text="Mass range: 57.9756-556.8128 m/z" />
+                    <has_text text="Peaks: 380 (about 380 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>
+        <test>
+            <param name="input" value="MM14.mzML"  ftype="mzxml" />
+            <param name="methods|method" value="centWave" />
+            <param name="methods|ppm" value="56" />
+            <param name="methods|peakwidth" value="5.275,13.5" />
+            <output name="log">
+                <assert_contents>
+                    <has_text text="object with 1 samples" />
+                    <has_text text="Time range: 271-307.3 seconds (4.5-5.1 minutes)" />
+                    <has_text text="Mass range: 117.0357-936.7059 m/z" />
+                    <has_text text="Peaks: 222 (about 222 per sample)" />
+                    <has_text text="Peak Groups: 0" />
+                    <has_text text="Sample classes: ." />
+                </assert_contents>
+            </output>
+        </test>
     </tests>
 
     <help><![CDATA[
@@ -289,7 +366,7 @@
 
 **Example of a metabolomic workflow**
 
-.. image:: XCMS_Galaxy_workflow.png
+.. image:: xcms_xcmsset_workflow.png
 
 
 ------
@@ -306,21 +383,23 @@
 Input files
 -----------
 
-+---------------------------+------------+
-| Parameter : num + label   |   Format   |
-+===========================+============+
-| 1 : Choose your inputs    |   zip      |
-+---------------------------+------------+
++---------------------------+----------------------------------+
+| Parameter : num + label   |   Format                         |
++===========================+==================================+
+| OR : Zip file             |   zip                            |
++---------------------------+----------------------------------+
+| OR : Single file          |   mzXML, mzML, mzData, netCDF    |
++---------------------------+----------------------------------+
 
 **Choose your inputs**
 
 You have two methods for your inputs:
 
-    | Zip file (recommended): You can put a zip file containing your inputs: myinputs.zip (containing all your conditions as sub-directories).
-    | library folder: You must specify the name of your "library" (folder) created within your space project (for example: /projet/externe/institut/login/galaxylibrary/yourlibrary). Your library must contain all your conditions as sub-directories.
+    | Single file (recommended): You can put a single file as input. That way, you will be able to launch several xcmsSet in parallel and use "xcms.xcmsSet Merger" before "xcms.group"
+    | Zip file: You can put a zip file containing your inputs: myinputs.zip (containing all your conditions as sub-directories).
 
-Steps for creating the zip file
--------------------------------
+Zip file: Steps for creating the zip file
+-----------------------------------------
 
 **Step1: Creating your directory and hierarchize the subdirectories**
 
@@ -478,6 +557,12 @@
 Changelog/News
 --------------
 
+**Version 2.1.0 - 22/02/2017**
+
+- NEW: The W4M tools will be able now to take as input a single file. It will allow to submit in parallel several files and merge them afterward using "xcms.xcmsSet Merger" before "xcms.group".
+
+- BUGFIX: the default value of "matchedFilter" -> "Step size to use for profile generation" which was of 0.01 have been changed to fix with the XMCS default values to 0.1
+
 **Version 2.0.11 - 22/12/2016**
 
 - BUGFIX: propose scanrange for all methods
diff -r 91311aa08cdc -r 15646e937936 destinations_input_type.py
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/destinations_input_type.py	Fri Apr 07 07:35:01 2017 -0400
@@ -0,0 +1,23 @@
+from galaxy.jobs import JobDestination
+import logging
+import os
+
+'''
+This file must be placed in lib/galaxy/jobs/rules/
+'''
+
+def input_type(job):
+    '''
+    This function checks the input file format/extension and decide which destination in the job_conf.xml using
+     - If it's a zip file, we will launch the job in multi-thread mode (-pe thread 8)
+     - If it's an individual file (mzxml, mzml, mzdata or netcdf), the job will use for instance (-pe thread 1)
+    '''
+    log = logging.getLogger(__name__)
+    inp_data = dict( [ ( da.name, da.dataset ) for da in job.input_datasets ] )
+    inp_data.update( [ ( da.name, da.dataset ) for da in job.input_library_datasets ] )
+    input_extension = inp_data[ "input" ].extension
+    log.debug("The input extension is %s" % input_extension)
+    if input_extension in ["mzxml","mzml","mzdata","netcdf"]:
+        return 'thread1-men_free10'
+    else: # zip file
+        return 'thread4-men_free10'
diff -r 91311aa08cdc -r 15646e937936 job_conf.xml.sample
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/job_conf.xml.sample	Fri Apr 07 07:35:01 2017 -0400
@@ -0,0 +1,36 @@
+<?xml version="1.0"?>
+<!-- A sample job config that explicitly configures job running the way it is configured by default (if there is no explicit config). -->
+<job_conf>
+    <plugins>
+        <plugin id="local" type="runner" load="galaxy.jobs.runners.local:LocalJobRunner" workers="4"/>
+        <plugin id="sge" load="galaxy.jobs.runners.drmaa:DRMAAJobRunner" type="runner"/>
+        <plugin id="dynamic" type="runner" >
+            <param id="rules_module">galaxy.jobs.rules</param>
+        </plugin>
+    </plugins>
+    <handlers>
+        <handler id="main"/>
+    </handlers>
+    <destinations default="sge_default">
+        <destination id="local" runner="local"/>
+        <destination id="sge_default" runner="sge">
+             <param id="nativeSpecification">-V -w n -q galaxy.q</param>
+        </destination>
+        
+        <destination id="thread1-men_free10" runner="sge">
+             <param id="nativeSpecification">-V -w n -q galaxy.q -pe thread 1 -R y -l mem_free=10G </param>
+        </destination>
+        <destination id="thread4-men_free10" runner="sge">
+            <param id="nativeSpecification">-V -w n -q galaxy.q -pe thread 4 -R y -l mem_free=10G </param>
+        </destination>
+
+        <destination id="python_destination_input_type" runner="dynamic">
+            <param id="type">python</param>
+            <param id="function">input_type</param>
+        </destination>
+    </destinations>
+    <tools>
+        <tool destination="python_destination_input_type" id="abims_xcms_xcmsSet" />
+        <tool destination="local" id="upload1"/>
+    </tools>
+</job_conf>
diff -r 91311aa08cdc -r 15646e937936 lib.r
--- a/lib.r	Mon Jan 30 08:52:59 2017 -0500
+++ b/lib.r	Fri Apr 07 07:35:01 2017 -0400
@@ -27,168 +27,165 @@
 
 #@author G. Le Corguille
 #This function format ions identifiers
-formatIonIdentifiers <- function(dataData, numDigitsRT=0, numDigitsMZ=0) {
-    return(make.unique(paste0("M",round(dataData[,"mz"],numDigitsMZ),"T",round(dataData[,"rt"],numDigitsRT))))
+formatIonIdentifiers <- function(variableMetadata, numDigitsRT=0, numDigitsMZ=0) {
+    splitDeco = strsplit(as.character(variableMetadata$name),"_")
+    idsDeco = sapply(splitDeco, function(x) { deco=unlist(x)[2]; if (is.na(deco)) return ("") else return(paste0("_",deco)) })
+    namecustom = make.unique(paste0("M",round(variableMetadata[,"mz"],numDigitsMZ),"T",round(variableMetadata[,"rt"],numDigitsRT),idsDeco))
+    variableMetadata=cbind(name=variableMetadata$name, namecustom=namecustom, variableMetadata[,!(colnames(variableMetadata) %in% c("name"))])
+    return(variableMetadata)
 }
 
 #@author G. Le Corguille
 # value: intensity values to be used into, maxo or intb
 getPeaklistW4M <- function(xset, intval="into",convertRTMinute=F,numDigitsMZ=4,numDigitsRT=0,variableMetadataOutput,dataMatrixOutput) {
-    groups <- xset@groups
-    values <- groupval(xset, "medret", value=intval)
-    
-    # renamming of the column rtmed to rt to fit with camera peaklist function output
-    colnames(groups)[colnames(groups)=="rtmed"] <- "rt"
-    colnames(groups)[colnames(groups)=="mzmed"] <- "mz"
-    
-    ids <- formatIonIdentifiers(groups, numDigitsRT=numDigitsRT, numDigitsMZ=numDigitsMZ)
-    groups = RTSecondToMinute(groups, convertRTMinute)
+    variableMetadata_dataMatrix = peakTable(xset, method="medret", value=intval)
+    variableMetadata_dataMatrix = cbind(name=groupnames(xset),variableMetadata_dataMatrix)
+
+    dataMatrix = variableMetadata_dataMatrix[,(make.names(colnames(variableMetadata_dataMatrix)) %in% c("name", make.names(sampnames(xset))))]
 
-    rownames(groups) = ids
-    rownames(values) = ids
+    variableMetadata = variableMetadata_dataMatrix[,!(make.names(colnames(variableMetadata_dataMatrix)) %in% c(make.names(sampnames(xset))))]
+    variableMetadata = RTSecondToMinute(variableMetadata, convertRTMinute)
+    variableMetadata = formatIonIdentifiers(variableMetadata, numDigitsRT=numDigitsRT, numDigitsMZ=numDigitsMZ)
 
-    #@TODO: add "name" as the first column name
-    #colnames(groups)[1] = "name"
-    #colnames(values)[1] = "name"
-
-    write.table(groups, file=variableMetadataOutput,sep="\t",quote=F,row.names = T,col.names = NA)
-    write.table(values, file=dataMatrixOutput,sep="\t",quote=F,row.names = T,col.names = NA)
+    write.table(variableMetadata, file=variableMetadataOutput,sep="\t",quote=F,row.names=F)
+    write.table(dataMatrix, file=dataMatrixOutput,sep="\t",quote=F,row.names=F)
 }
 
 #@author Y. Guitton
 getBPC <- function(file,rtcor=NULL, ...) {
-  object <- xcmsRaw(file)
-  sel <- profRange(object, ...)
-  cbind(if (is.null(rtcor)) object@scantime[sel$scanidx] else rtcor ,xcms:::colMax(object@env$profile[sel$massidx,sel$scanidx,drop=FALSE]))
-  #plotChrom(xcmsRaw(file), base=T)
+    object <- xcmsRaw(file)
+    sel <- profRange(object, ...)
+    cbind(if (is.null(rtcor)) object@scantime[sel$scanidx] else rtcor ,xcms:::colMax(object@env$profile[sel$massidx,sel$scanidx,drop=FALSE]))
+    #plotChrom(xcmsRaw(file), base=T)
 }
 
 #@author Y. Guitton
 getBPCs <- function (xcmsSet=NULL, pdfname="BPCs.pdf",rt=c("raw","corrected"), scanrange=NULL) {
-  cat("Creating BIC pdf...\n")
+    cat("Creating BIC pdf...\n")
 
-  if (is.null(xcmsSet)) {
-    cat("Enter an xcmsSet \n")
-    stop()
-  } else {
-    files <- filepaths(xcmsSet)
-  }
+    if (is.null(xcmsSet)) {
+        cat("Enter an xcmsSet \n")
+        stop()
+    } else {
+        files <- filepaths(xcmsSet)
+    }
 
-  class<-as.vector(levels(xcmsSet@phenoData[,1])) #sometime phenoData have more than 1 column use first as class
+    phenoDataClass<-as.vector(levels(xcmsSet@phenoData[,1])) #sometime phenoData have more than 1 column use first as class
 
-  classnames<-vector("list",length(class))
-  for (i in 1:length(class)){
-    classnames[[i]]<-which( xcmsSet@phenoData[,1]==class[i])
-  }
+    classnames<-vector("list",length(phenoDataClass))
+    for (i in 1:length(phenoDataClass)){
+        classnames[[i]]<-which( xcmsSet@phenoData[,1]==phenoDataClass[i])
+    }
 
-  N <- dim(phenoData(xcmsSet))[1]
+    N <- dim(phenoData(xcmsSet))[1]
 
-  TIC <- vector("list",N)
+    TIC <- vector("list",N)
 
 
-  for (j in 1:N) {
+    for (j in 1:N) {
 
-    TIC[[j]] <- getBPC(files[j])
-    #good for raw
-    # seems strange for corrected
-    #errors if scanrange used in xcmsSetgeneration
-    if (!is.null(xcmsSet) && rt == "corrected")
-    rtcor <- xcmsSet@rt$corrected[[j]] else
-    rtcor <- NULL
+        TIC[[j]] <- getBPC(files[j])
+        #good for raw
+        # seems strange for corrected
+        #errors if scanrange used in xcmsSetgeneration
+        if (!is.null(xcmsSet) && rt == "corrected")
+            rtcor <- xcmsSet@rt$corrected[[j]]
+        else
+            rtcor <- NULL
 
-    TIC[[j]] <- getBPC(files[j],rtcor=rtcor)
-    # TIC[[j]][,1]<-rtcor
-  }
+        TIC[[j]] <- getBPC(files[j],rtcor=rtcor)
+        # TIC[[j]][,1]<-rtcor
+    }
 
 
 
-  pdf(pdfname,w=16,h=10)
-  cols <- rainbow(N)
-  lty = 1:N
-  pch = 1:N
-  #search for max x and max y in BPCs
-  xlim = range(sapply(TIC, function(x) range(x[,1])))
-  ylim = range(sapply(TIC, function(x) range(x[,2])))
-  ylim = c(-ylim[2], ylim[2])
+    pdf(pdfname,w=16,h=10)
+    cols <- rainbow(N)
+    lty = 1:N
+    pch = 1:N
+    #search for max x and max y in BPCs
+    xlim = range(sapply(TIC, function(x) range(x[,1])))
+    ylim = range(sapply(TIC, function(x) range(x[,2])))
+    ylim = c(-ylim[2], ylim[2])
 
 
-  ##plot start
+    ##plot start
 
-  if (length(class)>2){
-    for (k in 1:(length(class)-1)){
-      for (l in (k+1):length(class)){
-        #print(paste(class[k],"vs",class[l],sep=" "))
-        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",class[k]," vs ",class[l], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
+    if (length(phenoDataClass)>2){
+        for (k in 1:(length(phenoDataClass)-1)){
+            for (l in (k+1):length(phenoDataClass)){
+                #print(paste(phenoDataClass[k],"vs",phenoDataClass[l],sep=" "))
+                plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",phenoDataClass[k]," vs ",phenoDataClass[l], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
+                colvect<-NULL
+                for (j in 1:length(classnames[[k]])) {
+                    tic <- TIC[[classnames[[k]][j]]]
+                    # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+                    points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+                    colvect<-append(colvect,cols[classnames[[k]][j]])
+                }
+                for (j in 1:length(classnames[[l]])) {
+                    # i=class2names[j]
+                    tic <- TIC[[classnames[[l]][j]]]
+                    points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
+                    colvect<-append(colvect,cols[classnames[[l]][j]])
+                }
+                legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
+            }
+        }
+    }#end if length >2
+
+    if (length(phenoDataClass)==2){
+        k=1
+        l=2
         colvect<-NULL
+        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",phenoDataClass[k],"vs",phenoDataClass[l], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
+
         for (j in 1:length(classnames[[k]])) {
-          tic <- TIC[[classnames[[k]][j]]]
-          # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-          points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-          colvect<-append(colvect,cols[classnames[[k]][j]])
+
+            tic <- TIC[[classnames[[k]][j]]]
+            # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+            points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[k]][j]])
         }
         for (j in 1:length(classnames[[l]])) {
-          # i=class2names[j]
-          tic <- TIC[[classnames[[l]][j]]]
-          points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
-          colvect<-append(colvect,cols[classnames[[l]][j]])
+            # i=class2names[j]
+            tic <- TIC[[classnames[[l]][j]]]
+            points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[l]][j]])
         }
         legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
-      }
-    }
-  }#end if length >2
+
+    }#end length ==2
 
-  if (length(class)==2){
-    k=1
-    l=2
-    colvect<-NULL
-    plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",class[k],"vs",class[l], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
-
-    for (j in 1:length(classnames[[k]])) {
+    #case where only one class
+    if (length(phenoDataClass)==1){
+        k=1
+        ylim = range(sapply(TIC, function(x) range(x[,2])))
+        colvect<-NULL
+        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",phenoDataClass[k], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
 
-      tic <- TIC[[classnames[[k]][j]]]
-      # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-      points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[k]][j]])
-    }
-    for (j in 1:length(classnames[[l]])) {
-      # i=class2names[j]
-      tic <- TIC[[classnames[[l]][j]]]
-      points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[l]][j]])
-    }
-    legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
-
-  }#end length ==2
+        for (j in 1:length(classnames[[k]])) {
+            tic <- TIC[[classnames[[k]][j]]]
+            # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+            points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[k]][j]])
+        }
 
-  #case where only one class
-  if (length(class)==1){
-    k=1
-		ylim = range(sapply(TIC, function(x) range(x[,2])))
-    colvect<-NULL
-    plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Base Peak Chromatograms \n","BPCs_",class[k], sep=""), xlab = "Retention Time (min)", ylab = "BPC")
+        legend("topright",paste(basename(files[c(classnames[[k]])])), col = colvect, lty = lty, pch = pch)
+
+    }#end length ==1
 
-    for (j in 1:length(classnames[[k]])) {
-      tic <- TIC[[classnames[[k]][j]]]
-      # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-      points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[k]][j]])
-    }
+    dev.off() #pdf(pdfname,w=16,h=10)
 
-    legend("topright",paste(basename(files[c(classnames[[k]])])), col = colvect, lty = lty, pch = pch)
-
-  }#end length ==1
-
-  dev.off() #pdf(pdfname,w=16,h=10)
-
-  invisible(TIC)
+    invisible(TIC)
 }
 
 
 
 #@author Y. Guitton
 getTIC <- function(file,rtcor=NULL) {
-  object <- xcmsRaw(file)
-  cbind(if (is.null(rtcor)) object@scantime else rtcor, rawEIC(object,mzrange=range(object@env$mz))$intensity)
+    object <- xcmsRaw(file)
+    cbind(if (is.null(rtcor)) object@scantime else rtcor, rawEIC(object,mzrange=range(object@env$mz))$intensity)
 }
 
 ##
@@ -196,114 +193,112 @@
 ##
 #@author Y. Guitton
 getTICs <- function(xcmsSet=NULL,files=NULL, pdfname="TICs.pdf",rt=c("raw","corrected")) {
-  cat("Creating TIC pdf...\n")
+    cat("Creating TIC pdf...\n")
 
-  if (is.null(xcmsSet)) {
-    filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]", "[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
-    filepattern <- paste(paste("\\.", filepattern, "$", sep = ""), collapse = "|")
-    if (is.null(files))
-      files <- getwd()
-    info <- file.info(files)
-    listed <- list.files(files[info$isdir], pattern = filepattern, recursive = TRUE, full.names = TRUE)
-    files <- c(files[!info$isdir], listed)
-  } else {
-    files <- filepaths(xcmsSet)
-  }
-
-  class<-as.vector(levels(xcmsSet@phenoData[,1])) #sometime phenoData have more than 1 column use first as class
+    if (is.null(xcmsSet)) {
+        filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]", "[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
+        filepattern <- paste(paste("\\.", filepattern, "$", sep = ""), collapse = "|")
+        if (is.null(files))
+            files <- getwd()
+        info <- file.info(files)
+        listed <- list.files(files[info$isdir], pattern = filepattern, recursive = TRUE, full.names = TRUE)
+        files <- c(files[!info$isdir], listed)
+    } else {
+        files <- filepaths(xcmsSet)
+    }
 
-  classnames<-vector("list",length(class))
-  for (i in 1:length(class)){
-    classnames[[i]]<-which( xcmsSet@phenoData[,1]==class[i])
-  }
+    phenoDataClass<-as.vector(levels(xcmsSet@phenoData[,1])) #sometime phenoData have more than 1 column use first as class
+    classnames<-vector("list",length(phenoDataClass))
+    for (i in 1:length(phenoDataClass)){
+        classnames[[i]]<-which( xcmsSet@phenoData[,1]==phenoDataClass[i])
+    }
 
-  N <- length(files)
-  TIC <- vector("list",N)
+    N <- length(files)
+    TIC <- vector("list",N)
 
-  for (i in 1:N) {
-    if (!is.null(xcmsSet) && rt == "corrected")
-      rtcor <- xcmsSet@rt$corrected[[i]] else
-    rtcor <- NULL
-    TIC[[i]] <- getTIC(files[i],rtcor=rtcor)
-  }
+    for (i in 1:N) {
+        if (!is.null(xcmsSet) && rt == "corrected")
+            rtcor <- xcmsSet@rt$corrected[[i]] else
+        rtcor <- NULL
+        TIC[[i]] <- getTIC(files[i],rtcor=rtcor)
+    }
 
-  pdf(pdfname,w=16,h=10)
-  cols <- rainbow(N)
-  lty = 1:N
-  pch = 1:N
-  #search for max x and max y in TICs
-  xlim = range(sapply(TIC, function(x) range(x[,1])))
-  ylim = range(sapply(TIC, function(x) range(x[,2])))
-  ylim = c(-ylim[2], ylim[2])
+    pdf(pdfname,w=16,h=10)
+    cols <- rainbow(N)
+    lty = 1:N
+    pch = 1:N
+    #search for max x and max y in TICs
+    xlim = range(sapply(TIC, function(x) range(x[,1])))
+    ylim = range(sapply(TIC, function(x) range(x[,2])))
+    ylim = c(-ylim[2], ylim[2])
 
 
-  ##plot start
-  if (length(class)>2){
-    for (k in 1:(length(class)-1)){
-      for (l in (k+1):length(class)){
-        #print(paste(class[k],"vs",class[l],sep=" "))
-        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",class[k]," vs ",class[l], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
+    ##plot start
+    if (length(phenoDataClass)>2){
+        for (k in 1:(length(phenoDataClass)-1)){
+            for (l in (k+1):length(phenoDataClass)){
+                #print(paste(phenoDataClass[k],"vs",phenoDataClass[l],sep=" "))
+                plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",phenoDataClass[k]," vs ",phenoDataClass[l], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
+                colvect<-NULL
+                for (j in 1:length(classnames[[k]])) {
+                    tic <- TIC[[classnames[[k]][j]]]
+                    # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+                    points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+                    colvect<-append(colvect,cols[classnames[[k]][j]])
+                }
+                for (j in 1:length(classnames[[l]])) {
+                    # i=class2names[j]
+                    tic <- TIC[[classnames[[l]][j]]]
+                    points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
+                    colvect<-append(colvect,cols[classnames[[l]][j]])
+                }
+                legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
+            }
+        }
+    }#end if length >2
+    if (length(phenoDataClass)==2){
+        k=1
+        l=2
+
+        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",phenoDataClass[k],"vs",phenoDataClass[l], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
         colvect<-NULL
         for (j in 1:length(classnames[[k]])) {
-
-          tic <- TIC[[classnames[[k]][j]]]
-          # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-          points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-          colvect<-append(colvect,cols[classnames[[k]][j]])
+            tic <- TIC[[classnames[[k]][j]]]
+            # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+            points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[k]][j]])
         }
         for (j in 1:length(classnames[[l]])) {
-          # i=class2names[j]
-          tic <- TIC[[classnames[[l]][j]]]
-          points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
-          colvect<-append(colvect,cols[classnames[[l]][j]])
+            # i=class2names[j]
+            tic <- TIC[[classnames[[l]][j]]]
+            points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[l]][j]])
         }
         legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
-      }
-    }
-  }#end if length >2
-  if (length(class)==2){
-    k=1
-    l=2
+
+    }#end length ==2
 
-    plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",class[k],"vs",class[l], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
-    colvect<-NULL
-    for (j in 1:length(classnames[[k]])) {
-      tic <- TIC[[classnames[[k]][j]]]
-      # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-      points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[k]][j]])
-    }
-    for (j in 1:length(classnames[[l]])) {
-      # i=class2names[j]
-      tic <- TIC[[classnames[[l]][j]]]
-      points(tic[,1]/60, -tic[,2], col = cols[classnames[[l]][j]], pch = pch[classnames[[l]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[l]][j]])
-    }
-    legend("topright",paste(basename(files[c(classnames[[k]],classnames[[l]])])), col = colvect, lty = lty, pch = pch)
+    #case where only one class
+    if (length(phenoDataClass)==1){
+        k=1
+        ylim = range(sapply(TIC, function(x) range(x[,2])))
 
-  }#end length ==2
-
-  #case where only one class
-  if (length(class)==1){
-	  k=1
-	  ylim = range(sapply(TIC, function(x) range(x[,2])))
+        plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",phenoDataClass[k], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
+        colvect<-NULL
+        for (j in 1:length(classnames[[k]])) {
+            tic <- TIC[[classnames[[k]][j]]]
+            # points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
+            points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
+            colvect<-append(colvect,cols[classnames[[k]][j]])
+        }
 
-	  plot(0, 0, type="n", xlim = xlim/60, ylim = ylim, main = paste("Total Ion Chromatograms \n","TICs_",class[k], sep=""), xlab = "Retention Time (min)", ylab = "TIC")
-    colvect<-NULL
-		for (j in 1:length(classnames[[k]])) {
-      tic <- TIC[[classnames[[k]][j]]]
-			# points(tic[,1]/60, tic[,2], col = cols[i], pch = pch[i], type="l")
-			points(tic[,1]/60, tic[,2], col = cols[classnames[[k]][j]], pch = pch[classnames[[k]][j]], type="l")
-      colvect<-append(colvect,cols[classnames[[k]][j]])
-	  }
+        legend("topright",paste(basename(files[c(classnames[[k]])])), col = colvect, lty = lty, pch = pch)
+
+    }#end length ==1
 
-		legend("topright",paste(basename(files[c(classnames[[k]])])), col = colvect, lty = lty, pch = pch)
-
-	}#end length ==1
+    dev.off() #pdf(pdfname,w=16,h=10)
 
-  dev.off() #pdf(pdfname,w=16,h=10)
-
-  invisible(TIC)
+    invisible(TIC)
 }
 
 
@@ -313,70 +308,70 @@
 #@author Misharl Monsoor misharl.monsoor@sb-roscoff.fr ABiMS TEAM
 #@author Gildas Le Corguille lecorguille@sb-roscoff.fr ABiMS TEAM
 getSampleMetadata <- function(xcmsSet=NULL, sampleMetadataOutput="sampleMetadata.tsv") {
-  cat("Creating the sampleMetadata file...\n")
-
-  #Create the sampleMetada dataframe
-  sampleMetadata=xset@phenoData
-  sampleNamesOrigin=rownames(sampleMetadata)
-  sampleNamesMakeNames=make.names(sampleNamesOrigin)
+    cat("Creating the sampleMetadata file...\n")
 
-  if (any(duplicated(sampleNamesMakeNames))) {
-    write("\n\nERROR: Usually, R has trouble to deal with special characters in its column names, so it rename them using make.names().\nIn your case, at least two columns after the renaming obtain the same name, thus XCMS will collapse those columns per name.", stderr())
-    for (sampleName in sampleNamesOrigin) {
-      write(paste(sampleName,"\t->\t",make.names(sampleName)),stderr())
-    }
-    stop("\n\nERROR: One or more of your files will not be import by xcmsSet. It may due to bad characters in their filenames.")
-  }
-
-  if (!all(sampleNamesOrigin == sampleNamesMakeNames)) {
-    cat("\n\nWARNING: Usually, R has trouble to deal with special characters in its column names, so it rename them using make.names()\nIn your case, one or more sample names will be renamed in the sampleMetadata and dataMatrix files:\n")
-    for (sampleName in sampleNamesOrigin) {
-      cat(paste(sampleName,"\t->\t",make.names(sampleName),"\n"))
-    }
-  }
-
-  sampleMetadata$sampleMetadata=sampleNamesMakeNames
-  sampleMetadata=cbind(sampleMetadata["sampleMetadata"],sampleMetadata["class"]) #Reorder columns
-  rownames(sampleMetadata)=NULL
+    #Create the sampleMetada dataframe
+    sampleMetadata=xset@phenoData
+    sampleNamesOrigin=rownames(sampleMetadata)
+    sampleNamesMakeNames=make.names(sampleNamesOrigin)
 
-  #Create a list of files name in the current directory
-  list_files=xset@filepaths
-  #For each sample file, the following actions are done
-  for (file in list_files){
-    #Check if the file is in the CDF format
-    if (!mzR:::netCDFIsFile(file)){
-
-      # If the column isn't exist, with add one filled with NA
-      if (is.null(sampleMetadata$polarity)) sampleMetadata$polarity=NA
+    if (any(duplicated(sampleNamesMakeNames))) {
+        write("\n\nERROR: Usually, R has trouble to deal with special characters in its column names, so it rename them using make.names().\nIn your case, at least two columns after the renaming obtain the same name, thus XCMS will collapse those columns per name.", stderr())
+        for (sampleName in sampleNamesOrigin) {
+            write(paste(sampleName,"\t->\t",make.names(sampleName)),stderr())
+        }
+        stop("\n\nERROR: One or more of your files will not be import by xcmsSet. It may due to bad characters in their filenames.")
+    }
 
-      #Create a simple xcmsRaw object for each sample
-      xcmsRaw=xcmsRaw(file)
-      #Extract the polarity (a list of polarities)
-      polarity=xcmsRaw@polarity
-      #Verify if all the scans have the same polarity
-      uniq_list=unique(polarity)
-      if (length(uniq_list)>1){
-        polarity="mixed"
-      } else {
-        polarity=as.character(uniq_list)
-      }
-      #Transforms the character to obtain only the sample name
-      filename=basename(file)
-      library(tools)
-      samplename=file_path_sans_ext(filename)
-
-      #Set the polarity attribute
-      sampleMetadata$polarity[sampleMetadata$sampleMetadata==samplename]=polarity
-
-      #Delete xcmsRaw object because it creates a bug for the fillpeaks step
-      rm(xcmsRaw)
+    if (!all(sampleNamesOrigin == sampleNamesMakeNames)) {
+        cat("\n\nWARNING: Usually, R has trouble to deal with special characters in its column names, so it rename them using make.names()\nIn your case, one or more sample names will be renamed in the sampleMetadata and dataMatrix files:\n")
+        for (sampleName in sampleNamesOrigin) {
+            cat(paste(sampleName,"\t->\t",make.names(sampleName),"\n"))
+        }
     }
 
-  }
+    sampleMetadata$sampleMetadata=sampleNamesMakeNames
+    sampleMetadata=cbind(sampleMetadata["sampleMetadata"],sampleMetadata["class"]) #Reorder columns
+    rownames(sampleMetadata)=NULL
+
+    #Create a list of files name in the current directory
+    list_files=xset@filepaths
+    #For each sample file, the following actions are done
+    for (file in list_files){
+        #Check if the file is in the CDF format
+        if (!mzR:::netCDFIsFile(file)){
+
+            # If the column isn't exist, with add one filled with NA
+            if (is.null(sampleMetadata$polarity)) sampleMetadata$polarity=NA
 
-  write.table(sampleMetadata, sep="\t", quote=FALSE, row.names=FALSE, file=sampleMetadataOutput)
+            #Create a simple xcmsRaw object for each sample
+            xcmsRaw=xcmsRaw(file)
+            #Extract the polarity (a list of polarities)
+            polarity=xcmsRaw@polarity
+            #Verify if all the scans have the same polarity
+            uniq_list=unique(polarity)
+            if (length(uniq_list)>1){
+                polarity="mixed"
+            } else {
+                polarity=as.character(uniq_list)
+            }
+            #Transforms the character to obtain only the sample name
+            filename=basename(file)
+            library(tools)
+            samplename=file_path_sans_ext(filename)
 
-  return(list("sampleNamesOrigin"=sampleNamesOrigin,"sampleNamesMakeNames"=sampleNamesMakeNames))
+            #Set the polarity attribute
+            sampleMetadata$polarity[sampleMetadata$sampleMetadata==samplename]=polarity
+
+            #Delete xcmsRaw object because it creates a bug for the fillpeaks step
+            rm(xcmsRaw)
+        }
+
+    }
+
+    write.table(sampleMetadata, sep="\t", quote=FALSE, row.names=FALSE, file=sampleMetadataOutput)
+
+    return(list("sampleNamesOrigin"=sampleNamesOrigin,"sampleNamesMakeNames"=sampleNamesMakeNames))
 
 }
 
@@ -386,29 +381,28 @@
 ##
 #@author Gildas Le Corguille lecorguille@sb-roscoff.fr ABiMS TEAM
 checkFilesCompatibilityWithXcms <- function(directory) {
-  cat("Checking files filenames compatibilities with xmcs...\n")
-  # WHAT XCMS WILL FIND
-  filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]","[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
-  filepattern <- paste(paste("\\.", filepattern, "$", sep = ""),collapse = "|")
-  info <- file.info(directory)
-  listed <- list.files(directory[info$isdir], pattern = filepattern,recursive = TRUE, full.names = TRUE)
-  files <- c(directory[!info$isdir], listed)
-  files_abs <- file.path(getwd(), files)
-  exists <- file.exists(files_abs)
-  files[exists] <- files_abs[exists]
-  files[exists] <- sub("//","/",files[exists])
+    cat("Checking files filenames compatibilities with xmcs...\n")
+    # WHAT XCMS WILL FIND
+    filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]","[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
+    filepattern <- paste(paste("\\.", filepattern, "$", sep = ""),collapse = "|")
+    info <- file.info(directory)
+    listed <- list.files(directory[info$isdir], pattern = filepattern,recursive = TRUE, full.names = TRUE)
+    files <- c(directory[!info$isdir], listed)
+    files_abs <- file.path(getwd(), files)
+    exists <- file.exists(files_abs)
+    files[exists] <- files_abs[exists]
+    files[exists] <- sub("//","/",files[exists])
 
-  # WHAT IS ON THE FILESYSTEM
-  filesystem_filepaths=system(paste("find $PWD/",directory," -not -name '\\.*' -not -path '*conda-env*' -type f -name \"*\"", sep=""), intern=T)
-  filesystem_filepaths=filesystem_filepaths[grep(filepattern, filesystem_filepaths, perl=T)]
+    # WHAT IS ON THE FILESYSTEM
+    filesystem_filepaths=system(paste("find $PWD/",directory," -not -name '\\.*' -not -path '*conda-env*' -type f -name \"*\"", sep=""), intern=T)
+    filesystem_filepaths=filesystem_filepaths[grep(filepattern, filesystem_filepaths, perl=T)]
 
-  # COMPARISON
-  if (!is.na(table(filesystem_filepaths %in% files)["FALSE"])) {
-    write("\n\nERROR: List of the files which will not be imported by xcmsSet",stderr())
-    write(filesystem_filepaths[!(filesystem_filepaths %in% files)],stderr())
-    stop("\n\nERROR: One or more of your files will not be import by xcmsSet. It may due to bad characters in their filenames.")
-
-  }
+    # COMPARISON
+    if (!is.na(table(filesystem_filepaths %in% files)["FALSE"])) {
+        write("\n\nERROR: List of the files which will not be imported by xcmsSet",stderr())
+        write(filesystem_filepaths[!(filesystem_filepaths %in% files)],stderr())
+        stop("\n\nERROR: One or more of your files will not be import by xcmsSet. It may due to bad characters in their filenames.")
+    }
 }
 
 
@@ -418,17 +412,17 @@
 ##
 #@author Misharl Monsoor misharl.monsoor@sb-roscoff.fr ABiMS TEAM
 checkXmlStructure <- function (directory) {
-  cat("Checking XML structure...\n")
+    cat("Checking XML structure...\n")
 
-  cmd=paste("IFS=$'\n'; for xml in $(find",directory,"-not -name '\\.*' -not -path '*conda-env*' -type f -iname '*.*ml*'); do if [ $(xmllint --nonet --noout \"$xml\" 2> /dev/null; echo $?) -gt 0 ]; then echo $xml;fi; done;")
-  capture=system(cmd,intern=TRUE)
+    cmd=paste("IFS=$'\n'; for xml in $(find",directory,"-not -name '\\.*' -not -path '*conda-env*' -type f -iname '*.*ml*'); do if [ $(xmllint --nonet --noout \"$xml\" 2> /dev/null; echo $?) -gt 0 ]; then echo $xml;fi; done;")
+    capture=system(cmd,intern=TRUE)
 
-  if (length(capture)>0){
-    #message=paste("The following mzXML or mzML file is incorrect, please check these files first:",capture)
-    write("\n\nERROR: The following mzXML or mzML file(s) are incorrect, please check these files first:", stderr())
-    write(capture, stderr())
-    stop("ERROR: xcmsSet cannot continue with incorrect mzXML or mzML files")
-  }
+    if (length(capture)>0){
+        #message=paste("The following mzXML or mzML file is incorrect, please check these files first:",capture)
+        write("\n\nERROR: The following mzXML or mzML file(s) are incorrect, please check these files first:", stderr())
+        write(capture, stderr())
+        stop("ERROR: xcmsSet cannot continue with incorrect mzXML or mzML files")
+    }
 
 }
 
@@ -438,23 +432,23 @@
 ##
 #@author Misharl Monsoor misharl.monsoor@sb-roscoff.fr ABiMS TEAM
 deleteXmlBadCharacters<- function (directory) {
-  cat("Checking Non ASCII characters in the XML...\n")
+    cat("Checking Non ASCII characters in the XML...\n")
 
-  processed=F
-  l=system( paste("find",directory, "-not -name '\\.*' -not -path '*conda-env*' -type f -iname '*.*ml*'"),intern=TRUE)
-  for (i in l){
-    cmd=paste("LC_ALL=C grep '[^ -~]' \"",i,"\"",sep="")
-    capture=suppressWarnings(system(cmd,intern=TRUE))
-    if (length(capture)>0){
-      cmd=paste("perl -i -pe 's/[^[:ascii:]]//g;'",i)
-      print( paste("WARNING: Non ASCII characters have been removed from the ",i,"file") )
-      c=system(cmd,intern=TRUE)
-      capture=""
-      processed=T
+    processed=F
+    l=system( paste("find",directory, "-not -name '\\.*' -not -path '*conda-env*' -type f -iname '*.*ml*'"),intern=TRUE)
+    for (i in l){
+        cmd=paste("LC_ALL=C grep '[^ -~]' \"",i,"\"",sep="")
+        capture=suppressWarnings(system(cmd,intern=TRUE))
+        if (length(capture)>0){
+            cmd=paste("perl -i -pe 's/[^[:ascii:]]//g;'",i)
+            print( paste("WARNING: Non ASCII characters have been removed from the ",i,"file") )
+            c=system(cmd,intern=TRUE)
+            capture=""
+            processed=T
+        }
     }
-  }
-  if (processed) cat("\n\n")
-  return(processed)
+    if (processed) cat("\n\n")
+    return(processed)
 }
 
 
@@ -463,19 +457,99 @@
 ##
 #@author Gildas Le Corguille lecorguille@sb-roscoff.fr
 getMd5sum <- function (directory) {
-  cat("Compute md5 checksum...\n")
-  # WHAT XCMS WILL FIND
-  filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]","[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
-  filepattern <- paste(paste("\\.", filepattern, "$", sep = ""),collapse = "|")
-  info <- file.info(directory)
-  listed <- list.files(directory[info$isdir], pattern = filepattern,recursive = TRUE, full.names = TRUE)
-  files <- c(directory[!info$isdir], listed)
-  exists <- file.exists(files)
-  files <- files[exists]
+    cat("Compute md5 checksum...\n")
+    # WHAT XCMS WILL FIND
+    filepattern <- c("[Cc][Dd][Ff]", "[Nn][Cc]", "([Mm][Zz])?[Xx][Mm][Ll]","[Mm][Zz][Dd][Aa][Tt][Aa]", "[Mm][Zz][Mm][Ll]")
+    filepattern <- paste(paste("\\.", filepattern, "$", sep = ""),collapse = "|")
+    info <- file.info(directory)
+    listed <- list.files(directory[info$isdir], pattern = filepattern,recursive = TRUE, full.names = TRUE)
+    files <- c(directory[!info$isdir], listed)
+    exists <- file.exists(files)
+    files <- files[exists]
+
+    library(tools)
+
+    #cat("\n\n")
+
+    return(as.matrix(md5sum(files)))
+}
+
+
+# This function get the raw file path from the arguments
+getRawfilePathFromArguments <- function(singlefile, zipfile, listArguments) {    
+    if (!is.null(listArguments[["zipfile"]]))           zipfile = listArguments[["zipfile"]]
+    if (!is.null(listArguments[["zipfilePositive"]]))   zipfile = listArguments[["zipfilePositive"]]
+    if (!is.null(listArguments[["zipfileNegative"]]))   zipfile = listArguments[["zipfileNegative"]]
+
+    if (!is.null(listArguments[["singlefile_galaxyPath"]])) {
+        singlefile_galaxyPaths = listArguments[["singlefile_galaxyPath"]];
+        singlefile_sampleNames = listArguments[["singlefile_sampleName"]]
+    }
+    if (!is.null(listArguments[["singlefile_galaxyPathPositive"]])) {
+        singlefile_galaxyPaths = listArguments[["singlefile_galaxyPathPositive"]];
+        singlefile_sampleNames = listArguments[["singlefile_sampleNamePositive"]]
+    }
+    if (!is.null(listArguments[["singlefile_galaxyPathNegative"]])) {
+        singlefile_galaxyPaths = listArguments[["singlefile_galaxyPathNegative"]];
+        singlefile_sampleNames = listArguments[["singlefile_sampleNameNegative"]]
+    }
+    if (exists("singlefile_galaxyPaths")){
+        singlefile_galaxyPaths = unlist(strsplit(singlefile_galaxyPaths,","))
+        singlefile_sampleNames = unlist(strsplit(singlefile_sampleNames,","))
 
-  library(tools)
+        singlefile=NULL
+        for (singlefile_galaxyPath_i in seq(1:length(singlefile_galaxyPaths))) {
+            singlefile_galaxyPath=singlefile_galaxyPaths[singlefile_galaxyPath_i]
+            singlefile_sampleName=singlefile_sampleNames[singlefile_galaxyPath_i]
+            singlefile[[singlefile_sampleName]] = singlefile_galaxyPath
+        }
+    }
+    for (argument in c("zipfile","zipfilePositive","zipfileNegative","singlefile_galaxyPath","singlefile_sampleName","singlefile_galaxyPathPositive","singlefile_sampleNamePositive","singlefile_galaxyPathNegative","singlefile_sampleNameNegative")) {
+        listArguments[[argument]]=NULL
+    }
+    return(list(zipfile=zipfile, singlefile=singlefile, listArguments=listArguments))
+}
+
+
+# This function retrieve the raw file in the working directory
+#   - if zipfile: unzip the file with its directory tree
+#   - if singlefiles: set symlink with the good filename
+retrieveRawfileInTheWorkingDirectory <- function(singlefile, zipfile) {
+    if(!is.null(singlefile) && (length("singlefile")>0)) {
+        for (singlefile_sampleName in names(singlefile)) {
+            singlefile_galaxyPath = singlefile[[singlefile_sampleName]]
+            if(!file.exists(singlefile_galaxyPath)){
+                error_message=paste("Cannot access the sample:",singlefile_sampleName,"located:",singlefile_galaxyPath,". Please, contact your administrator ... if you have one!")
+                print(error_message); stop(error_message)
+            }
 
-  #cat("\n\n")
+            file.symlink(singlefile_galaxyPath,singlefile_sampleName)
+        }
+        directory = "."
+
+    }
+    if(!is.null(zipfile) && (zipfile!="")) {
+        if(!file.exists(zipfile)){
+            error_message=paste("Cannot access the Zip file:",zipfile,". Please, contact your administrator ... if you have one!")
+            print(error_message)
+            stop(error_message)
+        }
+
+        #list all file in the zip file
+        #zip_files=unzip(zipfile,list=T)[,"Name"]
 
-  return(as.matrix(md5sum(files)))
+        #unzip
+        suppressWarnings(unzip(zipfile, unzip="unzip"))
+
+        #get the directory name
+        filesInZip=unzip(zipfile, list=T);
+        directories=unique(unlist(lapply(strsplit(filesInZip$Name,"/"), function(x) x[1])));
+        directories=directories[!(directories %in% c("__MACOSX")) & file.info(directories)$isdir]
+        directory = "."
+        if (length(directories) == 1) directory = directories
+
+        cat("files_root_directory\t",directory,"\n")
+
+    }
+    return (directory)
 }
diff -r 91311aa08cdc -r 15646e937936 macros.xml
--- a/macros.xml	Mon Jan 30 08:52:59 2017 -0500
+++ b/macros.xml	Fri Apr 07 07:35:01 2017 -0400
@@ -7,6 +7,11 @@
             <requirement type="package" version="1.1_4">r-batch</requirement>
         </requirements>
     </xml>
+    <xml name="requirements_light">
+        <requirements>
+            <requirement type="package" version="1.46.0">bioconductor-xcms</requirement>
+        </requirements>
+    </xml>
     <xml name="stdio">
         <stdio>
             <exit_code range="1" level="fatal" />
@@ -20,41 +25,101 @@
     <token name="@COMMAND_LOG_EXIT@">
         ;
         return=\$?;
-        mv log.txt $log;
-        cat $log;
+        mv log.txt '$log';
+        cat '$log';
         sh -c "exit \$return"
     </token>
 
     <!-- zipfile load for planemo test -->
 
-    <token name="@COMMAND_ZIPFILE_LOAD@">
-        #if $zipfile_load_conditional.zipfile_load_select == "yes":
-            #if $zipfile_load_conditional.zip_file:
-                zipfile $zipfile_load_conditional.zip_file
+    <token name="@COMMAND_FILE_LOAD@">
+        #if $file_load_section.file_load_conditional.file_load_select == "yes":
+            #if $file_load_section.file_load_conditional.input[0].is_of_type("mzxml") or $file_load_section.file_load_conditional.input[0].is_of_type("mzml") or $file_load_section.file_load_conditional.input[0].is_of_type("mzdata") or $file_load_section.file_load_conditional.input[0].is_of_type("netcdf"):
+                #set singlefile_galaxyPath = ','.join( [ str( $single_file ) for $single_file in $file_load_section.file_load_conditional.input ] )
+                #set singlefile_sampleName = ','.join( [ str( $single_file.name ) for $single_file in $file_load_section.file_load_conditional.input ] )
+
+                singlefile_galaxyPath '$singlefile_galaxyPath' singlefile_sampleName '$singlefile_sampleName'
+            #else
+                zipfile '$file_load_section.file_load_conditional.input'
             #end if
         #end if
     </token>
 
-    <xml name="zipfile_load">
-        <conditional name="zipfile_load_conditional">
-            <param name="zipfile_load_select" type="select" label="Resubmit your zip file" help="Use only if you get a message which say that your original zip file have been deleted on the server." >
-                <option value="no" >no need</option>
-                <option value="yes">yes</option>
-            </param>
-            <when value="no">
+    <xml name="input_file_load">
+        <section name="file_load_section" title="Resubmit your raw dataset or your zip file">
+            <conditional name="file_load_conditional">
+                <param name="file_load_select" type="select" label="Resubmit your dataset or your zip file" help="Use only if you get a message which say that your original dataset or zip file have been deleted on the server." >
+                    <option value="no" >no need</option>
+                    <option value="yes" >yes</option>
+                </param>
+                <when value="no">
+                </when>
+                <when value="yes">
+                    <param name="input" type="data" format="mzxml,mzml,mzdata,netcdf,no_unzip.zip,zip" multiple="true" label="File(s) from your history containing your chromatograms" help="Single file mode for the format: mzxml, mzml, mzdata and netcdf. Zip file mode for the format: no_unzip.zip, zip. See the help section below." />
+                </when>
+            </conditional>
+        </section>
+    </xml>
+
+    <xml name="test_file_load_zip">
+        <section name="file_load_section">
+            <conditional name="file_load_conditional">
+                <param name="file_load_select" value="yes" />
+                <param name="input" value="faahKO_reduce.zip" ftype="zip" />
+            </conditional>
+        </section>
+    </xml>
+
+    <xml name="test_file_load_single">
+        <section name="file_load_section">
+            <conditional name="file_load_conditional">
+                <param name="file_load_select" value="yes" />
+                <param name="input" value="wt15.CDF,ko16.CDF,ko15.CDF,wt16.CDF" ftype="netcdf" />
+            </conditional>
+        </section>
+    </xml>
+
+    <token name="@COMMAND_PEAKLIST@">
+        #if $peaklist.peaklistBool
+            variableMetadataOutput '$variableMetadata'
+            dataMatrixOutput '$dataMatrix'
+            convertRTMinute $peaklist.convertRTMinute
+            numDigitsMZ $peaklist.numDigitsMZ
+            numDigitsRT $peaklist.numDigitsRT
+            intval $peaklist.intval
+        #end if
+    </token>
+
+    <xml name="input_peaklist">
+        <conditional name="peaklist">
+            <param name="peaklistBool" type="boolean" label="Get a Peak List" />
+            <when value="true">
+              <param name="convertRTMinute" type="boolean" checked="false" truevalue="TRUE" falsevalue="FALSE" label="Convert retention time (seconds) into minutes" help="Convert the columns rtmed, rtmin and rtmax into minutes"/>
+              <param name="numDigitsMZ" type="integer" value="4" label="Number of decimal places for mass values reported in ions' identifiers." help="A minimum of 4 decimal places is recommended. Useful to avoid duplicates within identifiers" />
+              <param name="numDigitsRT" type="integer" value="0" label="Number of decimal places for retention time values reported in ions' identifiers." help="Useful to avoid duplicates within identifiers" />
+              <param name="intval" type="select" label="Reported intensity values" help="[intval] See the help section below">
+                  <option value="into" selected="true">into</option>
+                  <option value="maxo">maxo</option>
+                  <option value="intb">intb</option>
+              </param>
             </when>
-            <when value="yes">
-                <param name="zip_file" type="data" format="no_unzip.zip,zip" label="Zip file" />
-            </when>
+            <when value="false" />
         </conditional>
     </xml>
 
-
+    <xml name="output_peaklist"  token_function="">
+        <data name="variableMetadata" format="tabular" label="${image.name[:-6]}.@FUNCTION@.variableMetadata.tsv">
+            <filter>(peaklist['peaklistBool'])</filter>
+        </data>
+        <data name="dataMatrix" format="tabular" label="${image.name[:-6]}.@FUNCTION@.dataMatrix.tsv" >
+            <filter>(peaklist['peaklistBool'])</filter>
+        </data>
+    </xml>
 
     <token name="@HELP_AUTHORS@">
 .. class:: infomark
 
-**Authors**  Colin A. Smith csmith@scripps.edu, Ralf Tautenhahn rtautenh@gmail.com, Steffen Neumann sneumann@ipb-halle.de, Paul Benton hpaul.benton08@imperial.ac.uk and Christopher Conley cjconley@ucdavis.edu 
+**Authors**  Colin A. Smith csmith@scripps.edu, Ralf Tautenhahn rtautenh@gmail.com, Steffen Neumann sneumann@ipb-halle.de, Paul Benton hpaul.benton08@imperial.ac.uk and Christopher Conley cjconley@ucdavis.edu
 
 .. class:: infomark
 
diff -r 91311aa08cdc -r 15646e937936 planemo_test.sh
--- a/planemo_test.sh	Mon Jan 30 08:52:59 2017 -0500
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,31 +0,0 @@
-# Example of planemo command to launch test
-
-
-# -- Use of installed package environments
-# after having installing package on a local galaxy instance
-source /w/galaxy/dev/shed_tools_tool_dependency_dir/R/3.1.2/iuc/package_r_3_1_2/1ca39eb16186/env.sh
-source /w/galaxy/dev/shed_tools_tool_dependency_dir/bioconductor-xcms/1.44.0/lecorguille/package_bioconductor_xcms_1_44_0/0c38f7d43e08/env.sh
-planemo test --install_galaxy
-
-#All 2 test(s) executed passed.
-#abims_xcms_xcmsSet[0]: passed
-#abims_xcms_xcmsSet[1]: passed
-
-
-# -- Use of conda dependencies
-planemo conda_init --conda_prefix /tmp/mc
-planemo conda_install --conda_prefix /tmp/mc . 
-planemo test --install_galaxy --conda_prefix /tmp/mc --conda_dependency_resolution
-
-#All 2 test(s) executed passed.
-#abims_xcms_xcmsSet[0]: passed
-#abims_xcms_xcmsSet[1]: passed
-
-
-# -- Use of shed_test
-planemo shed_test --install_galaxy  -t testtoolshed
-
-#All 2 test(s) executed passed.
-#testtoolshed.g2.bx.psu.edu/repos/lecorguille/xcms_group/abims_xcms_xcmsset/2.0.8[0]: passed
-#testtoolshed.g2.bx.psu.edu/repos/lecorguille/xcms_group/abims_xcms_xcmsset/2.0.8[1]: passed
-
diff -r 91311aa08cdc -r 15646e937936 static/images/XCMS_Galaxy_workflow.png
Binary file static/images/XCMS_Galaxy_workflow.png has changed
diff -r 91311aa08cdc -r 15646e937936 static/images/xcms_xcmsset_workflow.png
Binary file static/images/xcms_xcmsset_workflow.png has changed
diff -r 91311aa08cdc -r 15646e937936 test-data/HU_neg_017.mzXML
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/HU_neg_017.mzXML	Fri Apr 07 07:35:01 2017 -0400
@@ -0,0 +1,40676 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+<mzXML xmlns="http://sashimi.sourceforge.net/schema_revision/mzXML_3.2"
+       xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
+       xsi:schemaLocation="http://sashimi.sourceforge.net/schema_revision/mzXML_3.2 http://sashimi.sourceforge.net/schema_revision/mzXML_3.2/mzXML_idx_3.2.xsd">
+  <msRun scanCount="2032" startTime="PT0.7297S" endTime="PT1139.62S">
+    <parentFile fileName="file://Y:/439020_Metabolomic database/Etienne/sacuri-rawToCentroid/HU_neg_017.RAW"
+                fileType="RAWData"
+                fileSha1="b632da6cfb9a0c328b718b0018f2765f91f78058"/>
+    <msInstrument id="IC1">
+      <msManufacturer category="msManufacturer" value="Thermo Scientific"/>
+      <msModel category="msModel" value="LTQ Orbitrap Discovery"/>
+      <msIonisation category="msIonisation" value="electrospray ionization"/>
+      <msMassAnalyzer category="msMassAnalyzer" value="orbitrap"/>
+      <msDetector category="msDetector" value="inductive detector"/>
+      <software type="acquisition" name="Xcalibur" version="2.4 SP1"/>
+    </msInstrument>
+    <msInstrument id="IC2">
+      <msManufacturer category="msManufacturer" value="Thermo Scientific"/>
+      <msModel category="msModel" value="LTQ Orbitrap Discovery"/>
+      <msIonisation category="msIonisation" value="electrospray ionization"/>
+      <msMassAnalyzer category="msMassAnalyzer" value="radial ejection linear ion trap"/>
+      <msDetector category="msDetector" value="electron multiplier"/>
+      <software type="acquisition" name="Xcalibur" version="2.4 SP1"/>
+    </msInstrument>
+    <dataProcessing centroided="1">
+      <software type="conversion" name="ProteoWizard" version="2.2.3214"/>
+      <processingOperation name="Conversion to mzML"/>
+      <software type="processing" name="ProteoWizard" version="2.2.3214"/>
+      <comment>Thermo/Xcalibur peak picking</comment>
+    </dataProcessing>
+    <scan num="1"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="261"
+          polarity="-"
+          retentionTime="PT0.7297S"
+          lowMz="50.37678527832"
+          highMz="988.846313476563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.4043e06"
+          totIonCurrent="1.4156879e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT0.8794S"
+          lowMz="50.521018981934"
+          highMz="988.850341796875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.418759e06"
+          totIonCurrent="9.684054e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="3"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1.3837S"
+          lowMz="50.208915710449"
+          highMz="994.23828125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.5759035e06"
+          totIonCurrent="8.145654e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="4"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT1.9176S"
+          lowMz="50.708469390869"
+          highMz="981.552368164063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.957671e06"
+          totIonCurrent="7.020896e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="5"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT2.4696S"
+          lowMz="50.662422180176"
+          highMz="995.852172851563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.2671605e06"
+          totIonCurrent="9.275509e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="6"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT2.9744S"
+          lowMz="51.086380004883"
+          highMz="996.934631347656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.1555565e06"
+          totIonCurrent="8.592526e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="7"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT3.4938S"
+          lowMz="50.553482055664"
+          highMz="993.430114746094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.3818905e06"
+          totIonCurrent="1.115832e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="8"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT3.9999S"
+          lowMz="50.025466918945"
+          highMz="988.819458007813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.118589e06"
+          totIonCurrent="1.0355735e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="9"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT4.5139S"
+          lowMz="51.169452667236"
+          highMz="998.860229492188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.50508e06"
+          totIonCurrent="9.552719e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="10"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT5.0289S"
+          lowMz="50.805255889893"
+          highMz="988.856384277344"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.391217e06"
+          totIonCurrent="7.741762e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="11"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT5.5646S"
+          lowMz="50.618728637695"
+          highMz="989.75146484375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.9892545e06"
+          totIonCurrent="8.593628e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="12"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT6.0832S"
+          lowMz="53.529102325439"
+          highMz="988.835998535156"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.9698575e06"
+          totIonCurrent="1.086855e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="13"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT6.5894S"
+          lowMz="51.082164764404"
+          highMz="993.269226074219"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.898433e06"
+          totIonCurrent="9.990912e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="14"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT7.1015S"
+          lowMz="50.183437347412"
+          highMz="988.807373046875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.3306955e06"
+          totIonCurrent="7.5098935e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="15"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT7.6362S"
+          lowMz="55.646350860596"
+          highMz="988.808776855469"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.4005595e06"
+          totIonCurrent="9.587846e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="16"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT8.1449S"
+          lowMz="50.06713104248"
+          highMz="988.797119140625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.462957e06"
+          totIonCurrent="9.373041e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="17"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT8.6613S"
+          lowMz="56.11173248291"
+          highMz="991.26025390625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.3326875e06"
+          totIonCurrent="9.253323e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="18"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT9.1776S"
+          lowMz="50.27721786499"
+          highMz="996.471130371094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4229035e06"
+          totIonCurrent="1.085925e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="19"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT9.6809S"
+          lowMz="52.312747955322"
+          highMz="988.821655273438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.603778e06"
+          totIonCurrent="9.600827e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="20"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT10.2005S"
+          lowMz="50.013427734375"
+          highMz="988.8037109375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.161521e06"
+          totIonCurrent="1.0638228e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="21"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT10.7068S"
+          lowMz="50.264762878418"
+          highMz="999.39501953125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.751687e06"
+          totIonCurrent="9.98602e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="22"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT11.2194S"
+          lowMz="50.080219268799"
+          highMz="988.805297851563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.5254095e06"
+          totIonCurrent="7.8546505e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="23"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT11.757S"
+          lowMz="51.793338775635"
+          highMz="988.805725097656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.3460375e06"
+          totIonCurrent="1.0747375e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="24"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT12.2632S"
+          lowMz="50.087810516357"
+          highMz="989.660583496094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.758794e06"
+          totIonCurrent="1.0197595e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="25"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT12.7805S"
+          lowMz="50.306610107422"
+          highMz="988.794738769531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.500522e06"
+          totIonCurrent="1.1360678e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="26"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT13.281S"
+          lowMz="50.919727325439"
+          highMz="995.800476074219"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.887984e06"
+          totIonCurrent="1.0194039e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkutzUWVvexCVU/URW4+W0JVal1FgoNUQlaWQ0WR8ZdCYFo7RYwusEJhJ6ZFkcdfQmQKIUWVFEpCbXajRZi2IUJt0Q5Fnof0Qm6uYEWYS0JCcFGiRXh+AkJwsIlFpKQZQnJwCUWTyzhCc/jsRkkRH0J39A1GK0DsQng+TEWlSDFCeO/TRZgKGkJ9/ENFnluWQoCO7UWO3qdCgWMIRZvyIEKBffVFleoAQoGEaEWWDLpCgn08RYyWRUKE3wlFn7ruQowAzkXsF7VCjPmIRaMv00KSXlxFl3vWQpUkPEWcd59CmR01RaGAlUKZ81lFnBZxQpqaOUWumGhCmp5zRYumkEKb3e9FwKAaQp8GJ0Wh4YFCnzcRRY2NqEKg6qdFurTYQqDsOUcLQARCoO0YRtINBUKg7j5GTbgVQqDvFkX75NBCpE70RaRRpUKmDMlHB2dUQqYTGEWUvWNCpp5mRaJg/EKoBKhGqbAnQqvQokWK8MNCq/LfRalj2UKr81pFyuB8Qqv3Y0XOK/lCq/3kRi1wSEKr/rBGuzfpQqwAcUX+Z5tCrAnfRau0DkKsCoVGYeHqQqwLDkX7weVCrgSJRhbx50KuCkJGGEonQq4TOkWw/FlCsEWrRamEQkKx96RF1AbtQrH4gkY4HadCsfknRtJMMUKx+eFJNxQQQrH7ZkY+ELtCsfwNRepXLEKyC6tFrAMxQrIMfEf4oO1Cs/uXRd10qkK1skBFm53EQrXGnEWbdK5CtdIeRrVjQkK11ZFFytn1QrXZmEWy97RCteN1RbueTkK17nVGTPBsQrXx3kZM9rdCtfsrRjbsEkK1+7tGHIzyQrX8dEYclFxCtf2IRhopkUK1/ctGGgisQrX+jEYQZCNCtf77RwKYw0K2AGNHrKckQrYBzEqzr+BCtgNhR7ZTEkK2BFhHLFSEQrYFAEapPKJCtgV9RcjkcEK2BkxF3Y1UQrYIM0ZyoeZCtgjTRePjukK2FRVGErnpQrYhG0W4ttZCtjGIRnQDckK2zTpFmqreQrgDZ0f1JQZCuAzURsPlBUK6A+FHOYC8Qr4MiEWsCbxCwet2RweSa0LB8GBGEVz6QsNDs0WKXUtCxcOHRZpheULHpXdFldL0QsgB+EZv+Y5CzKQqRaG7r0LMvQdFkzI9Qsy+UEWgl7hCzhRoRmPvrULQ5CtFvI2rQtRgSkWK0IJC2miVRZitMkLbD8JFlc96Qt93gUXdlH1C4TQwRaJo60Lh0ThFsJRiQuH4hUdqdDFC5geCR7ROMELn5J5FraR+Qun3JkX41KtC6mmZRZN4JELrmjlFsUGbQu4o10WbqD5C/A/DRsquUkL+B31GNdMFQwEOR0XcDiNDAxTlRZfXKEMDFV1FndL3QwP8mEWmUVVDB3X8RaWHk0MJ6KRFq81QQwsUMUWliqhDC6tNRbwxxUMN1GNFogLvQxINHUW9RLFDEmR3RaE+50MS8DlGXoQcQxPF00WYgD1DFv3TRhz4Q0MX3QBFpZVMQxlmyEXRiJxDGwvARbQ1B0MfRcRFn/f8QyDXiEaSMdhDItasRl+kjUMjveJF08TiQyQWYUWhrqdDJH6xRbLtSEMlLEFFvBVQQyeQqkWWM/xDKZczR5Y0HUMpmBlGY5o2QymZM0W35PtDKbdWRZSlo0MqEGdFl0DHQyqMskWbSNZDKzoERaPyUEMu9KNF+fZ3QzBKKkWffrBDMOEERiYGSUMw9gFGDC6XQzFZnkWtnTtDMgzpRpbfZUMy+jlHemNnQzL7a0YCbyZDM/5cRaepE0M0+SBGFFONQzWjQEXWEUBDNmsaRdJt6UM3RDlFoACYQzicrUWgHGJDONhZRci6RkM46pRFpeF5QzrBLEWpFn1DOxMnRZhn4UM9CX5F1zp4Qz0QZUXObnlDPRHRRd1/i0M9E0dF2/5XQz0UgEXjlzRDPRW2RcP8n0M9F3NF+0EKQz0Y90W2GbhDPmuGRYwrLEM+7ZxHBHzaQ0E1wUXQA4RDQWp6RgJtMENBcmFGBEnEQ0F8gEXRvBZDQX6WRs9+nkNBispFsS8SQ0GSmEY1hgNDQZeSRZ4qmENH+XFFqANxQ0kwAkaLUsRDSUUzR2xntkNJWmZGToX7Q0n+mUWmpvdDSvDzRcCto0NLHU1FispJQ0ufz0Wg++VDTP4VRZ5vNUNO+OpHwGnwQ1Tt0kX/Mf9DVztwRatABENYE7hGCwm0Q19cxkXf+L1DZtRXRdYaK0NxapxFlGFaQ3FuREYiAklDc5W+RaSLekN640BFo6alQ3/sjUWgUClDgHopRdIHdEOBZP1FpwvRQ4HSJ0Wbf+ZDgdK6RfWCK0OFIRJFtd/XQ4b0HkX+FeBDiugZRaj7bkOMAFNF/Zx+Q43cakWkw6tDkYR2RZpjmEOSonRFsL+yQ5NGx0WcQ2RDk3lCRgh1T0OU0JNFoHBiQ5dtBkW6xU9Dl7PQRZ3AmkOYWd5GejZgQ59OhkXRQQlDn1AFRktLikOfUS9GcHuqQ59UJUZCU31Dn1VmRbIlHkOfVodFqFgGQ6DoXkWfn+hDoOx+R8JkUEOg70FGR56rQ6ROmEYTNn9DpY0gRcKSA0OojXJFwGEcQ6lMdkWxZG1DqnRBRbOplUOsDMdFwBglQ6wRfEWoYktDrhvhRZ9ncUOx8wdGF5CrQ7IL8UYn2UdDsufvRgqVn0O22plFmW42Q7kZKUWwiHFDwcx8RagZP0PDihdGQQ3mQ8b9NkaNkw1Dxy1+Rccv1UPIRetFoDPHQ8jKCkW5vcBD1Ve8RbCi6kPWmyBGAh7eQ93fD0WkwItD4ZzbRb6J4EPlZ5tGTKTpQ+VpvkYeenxD5W3dRe2MLUPmx9FF9wcYQ+dn+kWkwXhD6jRWRbDQe0PsmgJGF8RWQ/QX1kWr/pZD9IuORaL4dUP2P9NFqe3AQ/gfdkWbdxVD/KhTRc/aPUQADlxFoJScRAKDq0WX4PREAxUCRj4Y3UQGveZFr2m1RAdsREZ43R5ECfJ2RbdFgEQK5BBF19JkRAsUgUYrH9tEDDgiRZq1OkQQ65xFu+8uRBINHkXjVPZEE2eqRbcXLkQhKjZGuVgTRCSjEEWoYDBEJSt7ReEu5UQlLWZGIW72RCnXMUWdb5hELlcXRaI+o0Qvff9FvdEjRDMKWUWpOkFEN/tFRasmDUQ42KxGFkXHRD0pVEXwmfhEQX63RijZt0RCpz1FsadTREfzDUW45NZESexxRbXL/URKFs1FxdKeREqxx0WseCpEStnHRc2bKkRSUFBGYmgnRFO1NUWwwxNEWkqdRaWlAERa6vJFs7WjRGPXx0WspT5Ea3XRRaEPLERwwItHDCbmRHFunEYLOa1EcekgRajrvUR3MpdFxV6CRHjzO0W91yI=</peaks>
+    </scan>
+    <scan num="27"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT13.7899S"
+          lowMz="50.113212585449"
+          highMz="987.646301269531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.7034985e06"
+          totIonCurrent="1.0011597e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="28"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="279"
+          polarity="-"
+          retentionTime="PT14.2969S"
+          lowMz="50.529495239258"
+          highMz="989.912353515625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.1039715e06"
+          totIonCurrent="8.818746e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="29"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT14.814S"
+          lowMz="50.696899414063"
+          highMz="996.396118164063"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.842016e06"
+          totIonCurrent="1.0155994e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="30"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT15.3243S"
+          lowMz="53.810340881348"
+          highMz="988.774230957031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.2825165e06"
+          totIonCurrent="1.0773833e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="31"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT15.8325S"
+          lowMz="50.573928833008"
+          highMz="989.359313964844"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.519839e06"
+          totIonCurrent="9.454559e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="32"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT16.3465S"
+          lowMz="51.431312561035"
+          highMz="988.792663574219"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.5162805e06"
+          totIonCurrent="9.853627e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="33"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT16.8642S"
+          lowMz="50.426609039307"
+          highMz="989.868041992188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.256555e06"
+          totIonCurrent="7.223244e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="34"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT17.3977S"
+          lowMz="51.639560699463"
+          highMz="998.744140625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.321544e06"
+          totIonCurrent="7.5791515e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="35"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT17.9404S"
+          lowMz="50.309146881104"
+          highMz="988.779174804688"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.829238e06"
+          totIonCurrent="1.0164847e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="36"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT18.4534S"
+          lowMz="50.032691955566"
+          highMz="998.37451171875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.3676315e06"
+          totIonCurrent="1.1070517e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="37"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT18.9636S"
+          lowMz="50.614025115967"
+          highMz="988.784057617188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.108155e06"
+          totIonCurrent="1.0513467e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkp0w0WA5ahCT1Y9RYnhUkJRWDlFky7TQlITX0WUpWtCUlHMRX3ME0JSmiVFhUTVQlKv1UWiW3JCW2YfRXlYqEJbun5FopfeQlwBLEWAaJZCXjP5RZaUqUJgGwxFhQLCQmGGMUW6PvpCZxZ2RYGzWEJnOslFjJP4QnP42kaE77dCdOv9RYXBSkJ4e1BFpFoSQn57kUW8KvxCgATORWda8kKAgy1Fhs77QoCGGEWEZxpCg8wyRaJ0aEKEoK9FgN8yQoU4J0WHjmZCiVBYRYNuFEKKB0lFjn0hQooWGkV53I5Ciz2iRXHOk0KOzJtFeUXWQo/BFUWSgZ9Ckfx4Rao1+0KSVutFhJhPQpRCrEWPochCldk4RZf1lEKWBJFFtgGLQplumkWMP2hCoOxLRlHZEEKg7P5GwslcQqDteEcZQzZCoO8GRfOzNEKg7/tF0g83QqHzGEXUimdComTzRYzpJkKjrVpFjRX1QqQU/UYGQYdCpSinRZPMUkKlfWxFgix0QqYM0EdTTm5CpvCTRYI0U0KoBJtGz37xQqhHMUWAPnVCqNJ9RYQIUUKrQgNFayNtQqtg/UWMRCdCq/J6Rjsm+0Kr9wFGKTckQqv5ZUVu1W9Cq/nwReoFc0Kr/YZF250SQqv+ZEbB8oRCrABORcJL3EKsCWdFwHdHQqwKR0ZECRxCrAwXRYWRBkKuBHBGYKkxQq4KIEXPBn1CrqTkRaRDcUKvPr1FkDCdQq9UiEWaYZBCsRFCRYU1PkKx7+ZFpnIWQrH3wkXA6uBCsfh2RgKHgUKx+RxG1wGeQrH53kk69thCsftDRiPfV0Kx/IZFpFR0QrIMfkgLYNZCs7iJRgvsvkKz+6NGLh/gQrUyy0WHoRFCtTe6RYyJLEK1rVRFroQWQrXMNEWdEoZCtc1VRY473UK10AFFsTAtQrXSB0ahK9hCteGGRiSc3kK15fFFsldAQrXueUaBxvNCtfHORnovq0K1+0FGGsqJQrX7wEXvqhVCtf0BRfXpnUK1/i1GGLrpQrX+00aeWQ5Ctf+LR0E9jUK2AENHjx7rQrYBxEq6Z/ZCtgM3R5kBYkK2A/RHiXGnQrYEpEYvu5ZCtgUNRhq7l0K2BWFF1jj6QrYFvEWB9UFCtggeRk9cPkK2CYpGCQDyQrYRuEXmmiJCthUsRg8EgUK2KddFrkKkQrYxq0X7SfdCuANgSAYk4UK4DMdHAXauQroD00cVaatCuvN/RZ4Lk0K83dRFi7x/Qr83jEWEmU1CwP+nRZQ0c0LB62xHJnHYQsHwZEY4HbJCw87XRaKgyULEBHpFjNFUQsgB40a6bWBCzhRgRkXAOkLUFOpFqX0yQtaciUWwOpdC1wDQRYEvsELaFKFFvvfkQt0ukEWoG41C3ZBURZN3MELf4MlFe+uJQuAkMUWYKHRC4ZkjRYVtTULh+IBHgyRUQuITRUWCIRpC5gd+R+9ugELmx5FFg/SjQufqFkWL0+xC6IdsRbWjZULpRftFjom4Qun3JEYL4SZC8Bz2RaAnwEL45ZJFg4ieQvlGrUWGglxC/A+kRvpxKEL+B5BGYyjLQv4k80Wj+LZDAnVmRYStVUMC2Q1Fg0OTQwMVz0WrtuhDBCs2RYpK+0MFA4pF7wrcQwb+XUXO08BDBweNRcF8tkMHvQZFjHQ1QwpD/0WTv6lDCxQnRfDWGEMQeeRFhUCYQxHqhEWUEzRDEg3mRdHi0UMS8D5GcExKQxNzr0V9KPVDFv3GRkYEnkMahVtF4c8aQyDXgEZ0zkBDIrZ8RYlwqEMi1sRGUOLPQyLllEWUMNRDIvtdRaB6wkMjvhhFhILtQyTGE0WDYt5DJNYrRcCD6UMlyqlFio+WQymXkkeKfkFDKscYRZzAvEMsM9dFptHRQy0pZEWfL1hDLdF2RZvYZkMu9LFGMiSbQzDguEXywmRDMOHXRbD1m0MxIBBFgMmLQzIM8UZ6KSxDMvoyR4EEjEMy+75F3h0qQzT5DEXnidhDNaLgRiudDkM42dtGA7QxQz0S/EWrqSNDPRT6RcNEykM9FftFrxY5Qz0XLkXW+I9DPjpCRam12UM+7YpG/auBQ0ESJ0XQ2sdDQWohReymSUNBbXFFoxngQ0FxyEYC4KpDQXurRcfpqENBfQZFoCKCQ0F+F0bjiZxDQYERReBE/UNBkhtF+XTDQ0T4C0W3yUFDRu+YRcd+IENI639FmgmaQ0kw9EZbckRDSUYdR08h3kNJSuNF6HIJQ0lNGUV8Rg9DSVs8Rlnjc0NK8NlF9OHmQ0z08EYM5S5DTvjhR+OoskNP++NFlCP3Q1JRkkXjt8lDVIg2RZaZ8UNVUPRFmmIMQ1gTaEXC2ZBDXztiRbf3IUNhEv5F8Z7dQ2ZakUWb2AhDZsRWRY8cxENoQJRFflN0Q2kKwUWhXddDa+zSRaAoskNtkfJFkgUTQ3FwOUXSTNNDcwE5RZKjXEN51FZFl3GZQ3uyWEWd+6VDgdOlRhLXXUODFIZFgP6bQ4UOXEWOm+BDhvQhRZc9ikOLqRZFsQDRQ4wBZkYMHSFDjPA5RYZPOUOUnLFFmbBeQ5duMkYaHllDmFmWRjt/RUOdxaFFmyM3Q59NhEXpGHVDn09PRgPCjkOfUklGkZJdQ59UF0Zdj6FDoOkqRYAmjkOg6zJGp82eQ6DthUfV5khDoO/TRgA0+0Og+HpFkiRRQ6QsOUWsZ5NDpE/TRbbUE0OlkzNFisduQ6iKPUX6rv1DrqfVRZThd0Ox8stGBkI7Q7ILtUY206FDsuksRhYJQUO5AMpFpx9JQ74Qr0WiL+5DviJ5RZExqEPAExpFsUcQQ8AWW0Weh4dDw4t8RgVMYUPG+zdF49OvQ8b86UZYq/lDy3bXRZlXK0PNRpZFoSboQ876ZUWHx59D1pyHRhS9hUPgvi1Fg3HxQ+PiNUWfvvZD5WcNRlVKnUPmx0ZF4m7gQ+yb+kYFHwdD8L5RRZVUZEPy0ytFoaCuQ/alHUWa/uNEAIIPRZ+3+0QBd9pFlyojRAMV5EYLVeREA/4fRY+X5kQGchhFnrTmRAdgDkW1JKREB2whRjed+0QIE/RFrwS5RAooSUWlMv1ECr3QRanUt0QK+/tGBSixRAsURkY4nrREEI5iRaLatkQSDjBGHLNkRBMuAkWlWxREHB/NRZyjQEQd7DdFqI96RB5b1EXU4ixEISnsRmDhjEQhVZtFqTfKRCO+Y0YcFA9EJSuLRijHN0QsTypFtAkTRDN1RUWnpKlENaR4RahOXUQ42fNGIi7yREF+RkYhPGFEQ7sIRaPnj0RKxTpFmookREv0FUWdFnZETDTARYo+fkRNZ0FF0g7xRE2ba0WY7xREUlGnRkI+PkRT4dhFkfBQRFgX8UWiBDlEXyyQRaZVdkRovkZFlq8sRGqya0WWSK1Eb2NLRbjav0RwmyJFyNO+RHC8/0X59WlEcMBBRwDd6URwxEdGHsUlRHFwXkY3/KtEdzIuRaq24Q==</peaks>
+    </scan>
+    <scan num="38"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT19.4767S"
+          lowMz="52.959506988525"
+          highMz="989.377746582031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.3126235e06"
+          totIonCurrent="9.225521e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="39"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT19.995S"
+          lowMz="52.104713439941"
+          highMz="988.769653320313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.900102e06"
+          totIonCurrent="1.005056e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="40"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT20.5106S"
+          lowMz="51.124622344971"
+          highMz="999.055847167969"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.28521e06"
+          totIonCurrent="1.0623222e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="41"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT21.0146S"
+          lowMz="50.614196777344"
+          highMz="988.791564941406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.8064125e06"
+          totIonCurrent="1.1397972e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="42"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT21.5152S"
+          lowMz="50.336563110352"
+          highMz="988.803894042969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.934723e06"
+          totIonCurrent="6.8338355e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="43"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT22.0599S"
+          lowMz="50.278953552246"
+          highMz="988.807250976563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.588703e06"
+          totIonCurrent="9.752972e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="44"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT22.569S"
+          lowMz="51.494609832764"
+          highMz="988.769104003906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.343325e06"
+          totIonCurrent="9.038311e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="45"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT23.0895S"
+          lowMz="50.070259094238"
+          highMz="992.518432617188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.2372085e06"
+          totIonCurrent="1.031758e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="46"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="282"
+          polarity="-"
+          retentionTime="PT23.5986S"
+          lowMz="50.022514343262"
+          highMz="988.754516601563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.130229e06"
+          totIonCurrent="9.002291e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="47"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT24.1077S"
+          lowMz="50.008377075195"
+          highMz="988.772277832031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.262932e06"
+          totIonCurrent="8.90381e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgIlEVZQhFCUyaBRVkBIUJVQC9FQGmjQlfzRUVPyfxCYlmHRTuTD0JkskpFXD38Qmf7xkVkYaNCaW+kRTn3r0JzM5lFR5UmQnP400W3SlNCdKqkRU1t5kJ39AlGEEh8Qnh+4kVnjUlCegiORWEnNUJ6bDxFSRRbQnp+VEVIizVCfKFeRUYAXkJ81PpFT+s7Qn0VGEVhtm9CfnuIRWtj0kKAzgxFQ4hwQoOD+kVO8DBChRlvRVTUSkKGFJpFSYBjQogeaEViHfNCiR6LRV2edkKLCMFFU1fwQo16UUV5mk9Ckfx5Rbw+j0KSgpBFUar/QpMdSkWKrEZCk0X5RU6jlEKWBgRFY57IQpYa+UVUeUtClltzRUjAsEKWquZFTA+/QpdqMkWHgWNCmkE5RVtGvkKfcD5FOj/qQqDsvkcP7IhCoPUKRXA3p0KiKMdFW0R8QqPMp0ViM0pCpBURRWsmUkKlALBFcwLcQqUE8UVrs9RCpYDXRV/AK0KmDNlHGBsNQqgEoEZ1OnFCqpk7RWGt50KqnWJFRGYHQqvym0X57DxCq/cERWjlXkKr+4xFmHBJQqv88UXEtJRCq/5sRpBPUEKsAHlFgjOlQqwFt0WCf+ZCrApIRg2PbUKtN9FFU/ObQq2W9kWTQPdCrgR6RkYPvEKuCjNFpXgnQq75yUVnu9lCrxmhRUIVkkKx+GZF7l/yQrH5G0a93aZCsfniSRctGUKyDIBH5hTxQrO4k0X6zGxCs/uyRZD//0K08/pFSuN+QrUA5kWDnINCtUDvRc032kK10ftGo3yjQrXZB0WxVsVCtdq2RaYTH0K14ZtF7M2vQrXud0YukuZCtftnRpIjfkK1/ilGTq8gQrX+x0akcelCtf+ARxmlXEK2AENHp1S7QrYBw0qgnKhCtgM6R7Urj0K2A/hHIqYqQrYFF0YifFJCtgW/RggmCEK2Bm1Flz3vQrYGx0XteXdCtgg2RnvYrkK2C6VFcxMEQrYMIEWDA9ZCthT/RgXUvEK2K2RFiOjWQrYxn0Yzw91CtroNRYkxkUK2w8tFg+bzQrgDZEfviQZCuAzCRr8a5kK4VjZFx9gtQrlwykVprIdCugPcRxErGkK6jlZFW94PQrxROkVrVpFCve6uRV33qUK/VIRFOF4cQr/hAUUy/5lCwc+oRVY6o0LB625HHBGRQsHwYUZh1kdCw4Y4RasHDELEDIRFqjDNQsYKMUV6ob1CxnB4RW/CLULIAfhGG181Qs4UeEZKXIBCznS+RUJOpELRFChFnDXoQtF7o0VB559C00kERVr9kkLUFOFF462HQtS5/UV/x+tC1eTLRVefaULW32pFbiHIQtcybUV/MHpC2AppRW8bQkLZ3BNFXtqTQtoUxUXLf1pC2hyCRVbOckLabq1FRdJ+Qt3XmkU6b8VC4O6iRXEfk0Lh90hFjNnBQuH4hEdaW5NC4g/HRWeg4ULikHFFve/9QuYHhEeswJVC6fcYRbldMkLqZgZFaTNxQur4jEVN8JZC7JXWRWzud0LzTJFFe3SWQvrmHEVLP2FC/A+2RqiPFEL+B4FGDloIQv8vpUWCX0JC/z8/RWQCxUMCFwJFSIMkQwIwsUVv/ZhDBQOGRchQJUMFdmdFZ25rQwcHkUWB21VDBzeCRXFRHEMHR61Fb3pCQwi9BEVLwuBDCcCnRWO5HkMLB9NFiObYQwzx6UVXBG1DDTgBRXj35kMOQFhFXfQTQw75m0WWb+xDEgpXRbrnuEMS8DJGZ1jQQxMj60VWrS1DFCqGRVLGR0MVm6FFUBfhQxa0pkVPKcNDFv2/ReAh1kMXP5ZFhPmIQxqBC0WzztRDGwvsRaHATUMg13lGNEAmQyDkekVNWWFDIkAORW++QUMi1sNGQw2yQyO6GkWZirJDJSsiRY3kwEMplvlHVVRXQyq0J0Vu7v9DK7z8RWLHdUMtoThFlikjQy3MsUV/GxVDLlY3RVIe9EMu9J5GHhCkQzD2OUWpMoNDMgzuRosYx0My+jVHbaWTQzL7w0X1xpxDNPkdRgAruUM1oodF61ekQzZA4kVtOC1DN+PgRV4Y6EM41PtFsYqvQzpC00U/qshDPDybRVEng0M9EURFtlXAQz0SQUV69KZDPROaRbY3okM9FQFFnWGTQz0WD0Vld9RDPRalRaba9EM9F9RFtVpdQz0ZdUWoD1dDPu2PRuYaVUNBTqFFcOu4Q0FqTEYFT1xDQXIsRaliHkNBeppFg3C0Q0F+QEaua4tDQZItRgYCk0NCcJxFYngwQ0Ty1UXl/o9DRu+cRbWrC0NJMLdGNUrlQ0lD9UWxy55DSUXgRyW7hENJSNJFn+ZRQ0lK0EWsyJBDSVsJRjmI8kNK8NZF57P0Q0sUp0VU2W5DS+lHRX2TRENM/gFFn0AUQ0746UfXnRxDUcDYRWzlSENSTFhFxvWJQ1dCIEV45KtDWea5RagUUUNhDR5Fphi0Q2Jl/EVsA/FDZELhRX2tH0NxaaxFz5qQQ3aVlkWDxhlDeQ9HRVn+A0N57I5FT9DlQ3tKf0VXpuZDgHo6RYoloUOBz0FFi5X2Q4HQXEXFLB5Dg3ahRXngDUOEnSBFg/KVQ4SgxUV0Q2VDhYtjRYIORkOIOCVFg7fGQ4v9wEXqYLtDjyrBRXbxmkOVU1hFgXTRQ5dqCkWY+FpDmFpKRZQWC0Oa4kpFa6P9Q5sxE0V9TodDm07vRWuFt0OfS/lFjZJKQ59N5EXAL4lDn1CWRlXR6UOfUkBFtGsTQ59UJ0W54jVDn1TYRbPackOfV79Fxa2QQ6BT4EVlCRdDoOzvR6aPbkOg7uxFY0UzQ6Dvy0WbJzhDpEuPRZ1dRUOkUehFkOaiQ6iKOUYAuHRDrgNvRYC7KUOxbMVFdcwfQ7HydEXZUSJDsgtWRfYNxEOy5JlFqLleQ7QXPEWBT8FDvw8HRYKkb0PDhp9FzZ98Q8b9x0YUKSZDypfbRa79n0PWltZFpS7+Q9fZ+UWBw3JD34a+RXw4K0PiRuxFbpL8Q+VmqkY4W5FD5hMERV9ByEPmyHxFjIFtQ+bSfUVglwxD6jUSRXbibUPqNjRFdmhxQ+yV0kYDuHpD8EVRRVfu5kP0CONFeE65Q/SXUUVl51xD9fw5RXFd40P8nEJFg1EfRAFzVkV9VNNEApWbRWWOC0QDEl5FzEUTRAdrcUWXpm1EB2y5Rh3WjEQJV+NFa8ZbRAoJwkVp9yhECshLRVtYnEQK4y1FlJ7kRAr7skXMlDxECxP3Rg9VsUQPv3lFkJ+dRBIKYEXOVHNEE/ECRYa3fUQVBCFFk1t6RBllyEVohH9EGiKRRWnvYkQa2QFFb9hARBvK40Vmy1tEHhlrRWaWKkQhKNxFrexCRCEqn0Yk1H1EI7ogRfVa5UQk96RFfpgkRCUrVEYKrP9EKFXhRYHdzEQrwvFFYmN6RDA5HkWZdlhEMP+BRYm6NkQ1MO9FhkE6RDjVF0XWsuBEPbDzRY63QkQ9yrVFc31cRD+TikV3qP1EQX5xReWgeURQ14BFYhOiRFJMJ0XmkLZEU6dzRYRMqkRVC99FfTJ0RF8J7EVXD51EX6CrRakQgERjAIhFd5XRRGUkhUWKGohEaTBKRX3pT0RwwT5GxenpRHFp1UWuLtlEdzFtRbXJWA==</peaks>
+    </scan>
+    <scan num="48"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT24.6358S"
+          lowMz="50.691181182861"
+          highMz="999.195556640625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.120541e06"
+          totIonCurrent="1.0581177e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="49"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT25.1497S"
+          lowMz="50.022392272949"
+          highMz="965.662536621094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.6811105e06"
+          totIonCurrent="9.942141e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="50"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT25.6618S"
+          lowMz="52.660480499268"
+          highMz="992.190124511719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.426757e06"
+          totIonCurrent="1.129089e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="51"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT26.1697S"
+          lowMz="51.921306610107"
+          highMz="996.971313476563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.8534035e06"
+          totIonCurrent="9.907881e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="52"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT26.6862S"
+          lowMz="54.221271514893"
+          highMz="996.09130859375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.2507065e06"
+          totIonCurrent="1.1122764e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="53"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT27.1922S"
+          lowMz="50.810260772705"
+          highMz="989.630737304688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.773508e06"
+          totIonCurrent="9.936673e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="54"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT27.705S"
+          lowMz="50.218128204346"
+          highMz="988.75439453125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.462066e06"
+          totIonCurrent="1.0755157e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="55"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT28.2114S"
+          lowMz="50.745281219482"
+          highMz="994.638488769531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.818094e06"
+          totIonCurrent="8.294244e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="56"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT28.7389S"
+          lowMz="52.514915466309"
+          highMz="988.739562988281"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.8520745e06"
+          totIonCurrent="1.0224735e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="57"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT29.2491S"
+          lowMz="50.376014709473"
+          highMz="988.736145019531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.604141e06"
+          totIonCurrent="1.1451947e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="58"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT29.7498S"
+          lowMz="50.986679077148"
+          highMz="988.74365234375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.046816e06"
+          totIonCurrent="9.124289e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="59"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT30.2736S"
+          lowMz="52.659049987793"
+          highMz="990.974243164063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.148807e06"
+          totIonCurrent="7.1449985e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="60"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT30.8202S"
+          lowMz="52.658172607422"
+          highMz="991.163757324219"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.707337e06"
+          totIonCurrent="1.0159776e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="61"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT31.3208S"
+          lowMz="50.908451080322"
+          highMz="998.905029296875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.4410405e06"
+          totIonCurrent="9.550314e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="62"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT31.8375S"
+          lowMz="50.227722167969"
+          highMz="988.785583496094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.2314675e06"
+          totIonCurrent="1.1172581e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="63"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT32.3442S"
+          lowMz="50.212482452393"
+          highMz="994.303527832031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.120666e06"
+          totIonCurrent="1.1117725e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="64"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT32.844S"
+          lowMz="52.716979980469"
+          highMz="991.217163085938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.0276215e06"
+          totIonCurrent="7.042937e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="65"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT33.3953S"
+          lowMz="50.563190460205"
+          highMz="988.731018066406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.5652565e06"
+          totIonCurrent="1.0164279e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="66"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT33.907S"
+          lowMz="50.072010040283"
+          highMz="996.066101074219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.497637e06"
+          totIonCurrent="1.1356292e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="67"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT34.4117S"
+          lowMz="50.087989807129"
+          highMz="988.742980957031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.2851585e06"
+          totIonCurrent="7.7809555e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhaGkVZFbZCS4w9RWFC00JL4StFV9nMQkxpAkVHxWJCUDe6RVtbpUJSp/BFg4tvQlLNI0V6wCVCUs9IRVVmpkJURXdFZG+gQlUNRkWF4LNCVYG3RULhI0JWk89FRdemQldBsEVpqPtCWqrkRWLoL0Jdp7BFUpGVQmEd8EVGQKxCYq3xRUSD0EJurVJFbbRvQnBkk0VgmiJCcw4QRUYC0UJz+N9GE7g5Qnf0AEWhy1pCeHVERVJEQkJ6fKVFWk+5Qn5GJUUyY19Cf6eRRUk7eEKClgNFKzyVQoMIv0VclsVChsJ6RTGVQkKHCFxFPHAdQoep/0VS5XhCiAc4RWHNZ0KJWu1Fm0kcQo3j4kVPh01Cj+raRUQD3kKQC4hFQct/QpEc90U1I9FCkR0/RS/sR0KRp5NFaVnkQpH8dEWQsXNCkpOyRWSkwkKULxFFRizqQpUd8kVWTSNCl4bwRXiMrkKZ1TZFgE3mQqDskUZYLShCoO36Ru6b7EKg7xRGFLadQqD1Z0WThKpCoa39RVEAOEKjrUxFXXO+QqRMFEV2Ci1Cpe73RXPHfEKmDMtGruZKQqbNWEVQ/05CqASVRmCdrkKr8tRGDtFYQqv1IEVH+EZCq/eQRXuLf0Kr/NBFpq/HQqv+skaKR5hCq//tRXvsYkKsAO9FXtt/QqwKkEYuJ5hCrIb4RS98fUKtrKFFTZQ2Qq30h0WG+09CrgR2RjV7eEKuCh9Fq1l7Qq459UV9kklCsffQRUInJ0Kx+EdF0tR7QrH4/UZGP4dCsfncSQyO4kKx+qFGcyRIQrH7KEXUE+JCsfumRYrQPkKx/KdFhIfMQrILrEVD4cpCsgx6R8/c6UKy5QlFiUfHQrLoUUWeKwVCs7iTRaXD4UKz+6BF8mRgQrWEHEVd5khCtY2ZRV9lNkK1zDRFVHLoQrXR5kZfpIVCte59Rhn8tEK18cxF+7skQrX7UUXaEZlCtf4pRhoMe0K1/uFGjR/cQrX/fUcP1WRCtgAyR0XuvkK2AOhHzKGzQrYBxUqCxc1CtgL7R4EVyEK2A+xHMgaaQrYFDUY9fTdCtgZwRV4C90K2Bq5FSvvEQrYHFUV/4lhCtgdjRYb2REK2CCNGIRaEQrYRwEVqb/lCthUQRf8720K2MatFsFJwQrbQy0VUmQ9Ct6DWRWKiOEK4A19HsayMQrgMzUaWNkVCugPaRwoEP0K6SfNFZbGRQrru/kVeXmtCvB2/RU0j/UK8LrhFReH3QrzefkVzawVCvgXmRVE3fELB63BHC26nQsHwWUYdafNCxAyTRZgeg0LHKdlFYOTjQsgB5kX9dz9CyL2bRVUW1kLI5WZFcYK9QsnYF0V1adhCzhRfRl9X5ELPN9xFbCOiQtAf6UVjNY5C0y7dRWC+HkLThN9FRb7kQtQU5kXSR+RC2dhxRU6vwELaFK5GIt/kQtv4mkVgtXhC3HxmRWLz1ELhb3hFXIDEQuH4fEdH2gdC5O9hRUdhNkLmB3hHltSvQubGoUWJMs5C6fcmRYznK0LuEZpFngYtQu6pBEVJL8hC8S9sRZuX2kL8D61G1U8lQv2IjkV02dpC/gdsRh15BkL/BQxFi3gfQwMSykVP8CBDA1+ARXLFCkMDsqFFdy3KQwR7S0VRyahDBN9+RXgdBUMFA5JFkkN+Qwb9I0V7cGlDBv4nRYO79kMHB49FecKUQwpVo0V2pwBDEBftRZvXfUMSCopFY4nUQxLwM0ZrBDFDFv3HRYuO80MagdJFtjynQxqiCEV5EWRDGwu5RZx40UMduuVFaNN0Qx/zBEVV6vJDINdqRg3REkMi1sFGADfcQymWeEXNoNJDKZeER1ax3UMqOuZFfEgeQyqmN0VJskxDLPzXRWb8okMtzUlFmNsJQy3UaEVuIlxDLvSyRkiW5UMw4AVFdZaMQzD2OkYAt/9DMdMsRYJRokMyDOhGkgmFQzI5OUVxaK1DMvozR2a1tkMy+6JGJXW3QzMlp0VmnRdDNPkhRgiir0M1j4pFdt67QzWgyEWB7m5DNnuxRV8cBUM2/v1FUyKxQzjVnUWjl1FDOU1+RXDmU0M6qx9FTezWQztiWkV+B6lDPOmUReNXrkM9DjpFmU7XQz0PqkVssjlDPRHuRZdc6kM9FAlFqfagQz0VLkXPbBpDPRcDRWe6g0M+7ZBG4cT6Q0FqkEXIJBRDQXKJRZEkn0NBfpJGq/ZIQ0GSkkWvIdBDQcC7RXEewUNCOcNFT8LqQ0Kgj0VRDYxDQtiIRWVEWUNEVDFFSVbkQ0TzaEYAIGpDRu+7RciM5ENH3ixFkeNAQ0kwHEYVfZ9DSUVORyEEjENJWm9GF4MkQ0rw1kYhqqtDTcHsRUrIIUNO+OJHwhxKQ0/5ykXND+hDUkzFRdz0+UNU7dlFWQqSQ1dAL0WQJfxDWBOmRcwwUkNYFWxFjBuVQ19RC0VRVz5DYMoORZTtDkNhDZZFmyhXQ2OdrEVAHnFDZPXNRVy3TENl1XJFRaLJQ2+RbEVZoChDcMoPRVPERUNxao9Fo+58Q3VMQUVSnThDddcjRVB+s0N2GsxFgMa+Q31t5kV5p9NDg0sgRZAXE0OEbRpFiDu2Q4VkJUVyuQ5DiC79RUbrQEOINq9Fq1dEQ4ruQUV3X19Di13zRWK/H0OLZLFFXlnCQ4v9+EW+jPJDj+LXRXnfUEOTeSlFrUjBQ5Q3zUWACx1DlO1sRXD/jkOVkYJFXunMQ5dqgEWi+TBDmFn8Rc8vF0OfT01GEicHQ59Q7kWN8j5Dn1IvRlIxf0OfVEtFeu82Q6DoiUWSccRDoOu9RpD0xEOg7btHmfvFQ6Dvq0ZUdN1DoPODRZT4ykOg/UxFhxemQ6J1rEVaZxdDot/NRXa6NUOj6lZFZg7LQ6RL4kXRCG1DpSZyRVpAnEOofJBFgE2jQ6iJekW2MZtDqjgJRX6jQkOr9JhFgPBsQ7HpWkXOrzhDsfE1RajdK0OyCSNFfLRGQ7IKG0WZLSlDsuTeRXGybkOzhetFgMQdQ7PGrUWA+V9DtlaHRXANJUPAILpFd0PAQ8LF+0WEsedDw4buRcSaqUPG+3FF0VfmQ8b9eEYlnLJD0FVtRXYAUEPQ0nVFelZhQ9aXVEYAMKJD2TNPRWHynEPgEthFbAHhQ+FMnUV9e7VD5C/JRWHVT0PlZdhGJ2sZQ+bIJEWVcMRD6jNQRdkoqkPsljZFxl3YQ/9GNEV/SJ5D/217RYoKEUQBubVFhm8uRAHqqkVkSOVEAxLIRbnkeEQHEu5FcRuyRAdpwUVLPchEB2rIRXZoWUQHbJtGE8MURAr60UWjIhNECxMORkAIfUQOtnhFZSvNRBIKpUXmsIVEFSg6RWkZKUQVqDdFapMcRBXhMUVktgZEGs6URXBYK0QfmnlFfu3KRCEqeEZG5mREI7p2RfNTyEQlKrNGHb8ARCeiDUWG0WVEKYjDRYDQFEQsRzVFbqC9RDRMR0V4N7VENLprRWcZVUQ41Y9F6F26RDmQbEV4RJNEPALORVx9u0Q9RqVFbbCORD9KfUVWiTtEP5LnRVLKtkRA3j1FjuOcREF+nEXqIMhEQrOZRVc/X0RI8fNFaFFmREqlIkWCbWVEUR63RWx/CkRSTPBGI3RXRFfp3kVyGK1EYW/mRVXSZ0Rh5UxFdGCRRHC9qkYG/xNEcMDrRuOUAkRxaihF21BiRHcvjUW4XnQ=</peaks>
+    </scan>
+    <scan num="68"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT34.9412S"
+          lowMz="51.051662445068"
+          highMz="989.644592285156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.84504275e06"
+          totIonCurrent="7.032506e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="69"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT35.4891S"
+          lowMz="50.503967285156"
+          highMz="988.758666992188"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.1931305e06"
+          totIonCurrent="1.0569456e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="70"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT35.9935S"
+          lowMz="53.347087860107"
+          highMz="972.909606933594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.7920325e06"
+          totIonCurrent="7.952735e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="71"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT36.5228S"
+          lowMz="52.543434143066"
+          highMz="992.163146972656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.1723065e06"
+          totIonCurrent="8.815481e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="72"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT37.0454S"
+          lowMz="50.86336517334"
+          highMz="988.736572265625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.78859725e06"
+          totIonCurrent="5.331616e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="73"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="285"
+          polarity="-"
+          retentionTime="PT37.6348S"
+          lowMz="50.028911590576"
+          highMz="988.725769042969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.768075e06"
+          totIonCurrent="1.3944636e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="74"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT38.1187S"
+          lowMz="50.523551940918"
+          highMz="988.749755859375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.2314015e06"
+          totIonCurrent="7.6948745e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="75"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT38.6531S"
+          lowMz="50.799766540527"
+          highMz="995.978515625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.629246e06"
+          totIonCurrent="9.867143e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="76"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT39.1584S"
+          lowMz="50.705642700195"
+          highMz="989.626953125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.544005e06"
+          totIonCurrent="8.1499795e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="77"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT39.693S"
+          lowMz="50.13391494751"
+          highMz="988.701599121094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.2329845e06"
+          totIonCurrent="7.6136655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="78"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT40.2381S"
+          lowMz="51.483581542969"
+          highMz="998.957214355469"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.040457e06"
+          totIonCurrent="9.377652e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="79"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT40.751S"
+          lowMz="50.864166259766"
+          highMz="988.732666015625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.599942e06"
+          totIonCurrent="8.1633725e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="80"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT41.2835S"
+          lowMz="50.28528213501"
+          highMz="987.837463378906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.10746525e06"
+          totIonCurrent="7.384188e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="81"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT41.8198S"
+          lowMz="51.504215240479"
+          highMz="992.093627929688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.82295e06"
+          totIonCurrent="8.680957e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="82"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT42.336S"
+          lowMz="50.622665405273"
+          highMz="989.631225585938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.31751e06"
+          totIonCurrent="9.834218e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="83"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT42.8388S"
+          lowMz="50.920562744141"
+          highMz="988.729736328125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.987564e06"
+          totIonCurrent="8.73471e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="84"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT43.3579S"
+          lowMz="52.35697555542"
+          highMz="999.94921875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.44569e06"
+          totIonCurrent="8.090701e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="85"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT43.8867S"
+          lowMz="53.159980773926"
+          highMz="999.969360351563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.509374e06"
+          totIonCurrent="9.477859e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="86"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT44.3992S"
+          lowMz="50.340194702148"
+          highMz="989.625427246094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.773695e06"
+          totIonCurrent="1.0629533e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="87"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT44.9086S"
+          lowMz="50.930969238281"
+          highMz="988.733520507813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.55518325e06"
+          totIonCurrent="8.54758e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="88"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT45.4508S"
+          lowMz="50.228050231934"
+          highMz="991.167846679688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.295598e06"
+          totIonCurrent="1.1669241e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="89"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT45.9695S"
+          lowMz="50.197994232178"
+          highMz="988.733764648438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.18621475e06"
+          totIonCurrent="1.0189666e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="90"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT46.4884S"
+          lowMz="51.077877044678"
+          highMz="988.739318847656"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.73451775e06"
+          totIonCurrent="8.556005e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="91"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT47.0371S"
+          lowMz="51.765293121338"
+          highMz="988.749450683594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.856365e06"
+          totIonCurrent="1.2394298e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="92"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT47.5485S"
+          lowMz="50.204425811768"
+          highMz="988.714538574219"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.6699425e06"
+          totIonCurrent="1.7108926e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="93"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT48.0467S"
+          lowMz="51.66877746582"
+          highMz="988.725341796875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.3632305e06"
+          totIonCurrent="1.6481445e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk6s1EWWOCBCVBNpRbEQS0JUMVFFp0vOQleZ6kW863lCYI99RaY79EJkXXpFtTDHQmUd+UWmqbdCaBRdRZbXVEJsWlpFnglCQm1Xr0WfsydCbspkRbF6r0Ju1m1F1QyYQn4TZkWZVZ9CgAv0RaoP5EKAby1FloCgQoOpkUWf4oRChLriRdJC/0KFCwVFmAKVQoVB4EWeKcJChX8PRanqy0KF4sVFtfpMQoZxTEWo6KtCh7doRZrwwUKH13xFp0Q8QojxrUWnuw1CjSzXRaZFPUKWEqhFqXvxQpaCC0WnH7hClqqERayB50KXloVFyXCMQpf3IkXLju9CmzbJRdI1rUKbSsdFn49GQpybp0WpA0tCnRVRRbwdrUKdy1hFte5sQp/8j0Wo3YVCoOt6Rdfo4UKg7bNFzj/VQqDusUaVcC9CoO9sR4KJd0Kg8RZF8gKdQqDzPUWqMfhCpTBBRatuNUKrmrVFva+SQqvF9UW3ar9Cq/IoRhCHyUKr80tGeknvQqv+GkYpkUBCq/8ORvVTUEKsAWxF9P72QqwJ10X9bDlCrArtRm9qbkKsDHxFtSeEQqxl9UWsUc1CroY/RbCCrUKwZDxF4jJQQrH500dg/JFCsfwvRbK6RkKyAvdFnLF+QrIIhEW3dhhCsgx8RvYONEKyQZRFnnw/QrJNbEXEsXtCsui2RhJQB0Ky7UBFqXADQrO4hEXM3P1CtdHyRiJxDUK14aBFsCmdQrXuc0YfZmFCtfHhRbU5CkK1+zRGGmitQrX7oEYuWW1Ctf3bRhjekkK1/4VHM4NdQrYAZ0dopYhCtgHJSoUnvUK2A2JHNJgmQrYD80eELzBCtgg1RjVmakK2MZBF4HhrQrgDcUe+HQtCuAzVRgfTtkK6A+RHA48UQrtKrUWf+/pCvlvXRbHmXELAjbdFqzPhQsHrc0g5YodCwfBCRi74HULDi7VF8QjkQsPWnkWqn49CxIr5RaBJbELFDW9FrM4rQsxjukXELWVC0UagRa6pg0LR3JRFsB7uQtJRd0XVsSBC1BSvRbhIwULYSW9FrfKiQtoU6EW5jTxC3eSDRZ9u+ELeOShFsznfQuByvkWzEwNC4TUvRemjwULhtnRGDB5EQuHdvEYLYTBC4fV1RsGlAULh9qVHGn6KQuH4g0pUqlFC4fmdR5Yt8kLh+4pIESbIQuKPCEYBiE5C47ErRZnxMkLj+h9HZIHPQuX6pUasgoRC5gdURfmTv0LmO9NF1rb5QubF8UXeqjZC5+YfReySi0LpHCxFwK3bQuocZ0XVLsBC75sRRawGaELwdnlF7eYWQvKjY0X9HAJC8vGlRbtlcUL8D6xGys9TQv3AEEWkfVJDAPMZRgIYuUMA84FF+wIJQwD0YEYlLg5DAPWRSWFaZkMA95dF1bg4QwH2bUZs5/RDAvUUR1H/B0MIPDNFwp6HQwlB2kW4Jw5DCkRZRcWmXkMKRRxFr+PKQw5QjUWrXIBDFTSZRaqSzUMV8TdFu5EvQxejO0WxftpDGg/eRoK3W0MahUJGJnzjQxt3TkWm+MtDHEzpRbuNv0Mc+aNGrI2wQx2VrUW2suVDHg6sRbCl3UMe+m5He1aLQyEJV0W5N+dDIsNERd/I7EMjKLtFqj4qQyO+H0YDMJtDJPJ2R4gH+UMpl01HqgJnQysgKkXIfG1DLIc3RdZSw0Mt0VFGFCV4Qy70pkfIk7hDMODQRbMrDEM068pGdr1wQzT4+UkMXP9DNWkURbtMWUM1oDxGPwAEQzX56EYLeLRDOu3MRuRlhEM9DzNFtbwEQz0R+kYJWL5DPRQDRhzp9EM9FURF725qQz0WWkX2UydDPSOJRan1KkNBawRGAFaFQ0Fy4UXtEahDQXkfReQmM0NBfwJHCZwoQ0GS/EYlN3hDQhvgRc+ZjkNE8ktIhrv6Q0T4EUX495dDRZoYRaz+7ENG8cBGZlfiQ0kwsUaPyaJDSUClRb+/C0NJRddHfIM2Q0lbE0aJ5vtDSaC3RdBjfENK5zlGhRYYQ075DUXIwDVDVOuRR0xmpUNViCJFrWhpQ1c+ukX9oDdDWJ05RcQntENYsr1Fzg3wQ1kIukWhNpBDXXpgRbykfkNeDMtGgopMQ2ES5EYIvXJDYvciR1PYJkNk3/ZF7eIZQ2U3ekW2DVdDaO9WRitoP0NtGiRFuux7Q3FwLkZRa8ZDcvGIRzQmxEN0RlNFtsQvQ3SW3EWu1QhDdVtIRcQVVEN1ex5FxEeWQ3joc0ZWZJhDePW/SRlH+EN4+DFF3WjXQ3n2xEZsmwRDehqdRczygkN8Z01F8mHoQ35qqkXMlQ1DfuqORuqnqUOAHR1FrzbbQ4F1YkYRr5xDgdOMRibHSEOC37ZFtg4+Q4R3iUjfUe1DhHimRfwBnkOE+AhGIzttQ4V3TEalG75DhztWRcaV+0OHcfZHJj74Q4wBUkZZIeFDjHQuR9vo0UONc/hF8j+OQ47q+EWrh39Dj26wRoVTU0OPfZFFqH9AQ49/LEW0+QRDkPg9Rbgm30ORBLpF9yAGQ5N580atLGNDlHD6RgVVC0OWuW5Fua8wQ5duKUY5XE5DmFmcRmjQPkOYrAFFvcY6Q5t3P0ZyQidDnnlBSDTQdEOfTMlGh++WQ59OdkYdaVZDn0/mRpABMEOfUZhGaXBnQ59UuEW/3iJDn5i9RekYw0Og7hxGidpNQ6Dvf0gN3NVDoPDmRomJtEOg8uRGCw+cQ6Fzt0aAKpVDo3PKRo8gU0OkT/tGA2ThQ6Z17kh4N9VDpngMRdvUUkOm9lpGIcvgQ6d1nUYsAItDqIqPRi5XFkOpcGVGyVdAQ6l6FkWm+oJDq9cqRbaptkOtLr9FtdHLQ65ykEgD+4pDrnUBRgbVnkOu8vhGCKtFQ69yVUY2JKVDsW0iRkZR8EOxccVFwPjaQ7II/kYCCHJDsuktRjZGNkOzFiNFumQYQ7VDA0X9PnJDtXhnRoaHCUO2b0BG3tgJQ7mEakW/2ptDuY4SRb8mwUO9dRRGQoPEQ8B3k0dEh4ZDwwr7RgV6CUPDi2NGT2zhQ8VyBUZvtrpDxvzRRqdkUUPIdFVHy8g5Q8l0FEXa+ctD0HD+R5jUskPQ8XBGG42nQ9WUL0WkizxD1pyPRjuFAEPYbaxG+fXsQ9miMUXa//JD3Dw2RdhDfkPidhRGia5AQ+VnQUaR+5hD5sddRg2M0kPncFdGGpRNQ+nlOUXc7NdD6jSUReqRrUPqcrhHFBnqQ+ycCUYR+bJD7LR2ReQaI0PvbVFF61YxQ/FfaUXGQvRD8m9URvvHvUP6bCNGqwsWRAMV9UZOmPpEA81/RbeSL0QEty1Fsk7tRAbM2EXrWFxEB2wLRnTW6UQJ8ABF6skFRAo2uEXp/jRECxIhRobW60QLH4xFteC/RBIOSUZPVRZEEqnvRbYVyUQWdstF98iARBowpUXQuQpEHI/0Rd70J0QfcWJF3SLhRCEp70aeoG5EI2kZRfW6GEQjvnJGdIwGRCPQ90XEn2xEJSufRnRqSUQl9PFFtlUARCZCXkWvr3FEJ8jARgDtNkQooKFGF/8ERCuWakW4O5VELxCeRfoezUQvLQ9F2/VtRC9ogEWqJYJEONoHRjdbtEQ5Lb9FxIXcREF+6kYpsMhEUlHlRm9fkkRSmWtFuwvuRFchxEXHb85EWm50RbXNN0RbA5dFuTTmRGHDZkXVCQ9EZeOTRdlIx0RwvO9GQ3cMRHDAPkcm5QtEcXAJRj7Z3kRzWFtFyzyqRHPIxkWuTG1EdBSURelFeUR3LmxGO13N</peaks>
+    </scan>
+    <scan num="94"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="380"
+          polarity="-"
+          retentionTime="PT48.5481S"
+          lowMz="50.043754577637"
+          highMz="965.744201660156"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.911497e06"
+          totIonCurrent="1.5645983e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="95"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="440"
+          polarity="-"
+          retentionTime="PT49.0578S"
+          lowMz="50.850036621094"
+          highMz="991.402160644531"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.03200375e06"
+          totIonCurrent="1.7396694e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="96"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT49.5623S"
+          lowMz="50.587306976318"
+          highMz="989.121887207031"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="3.97446925e06"
+          totIonCurrent="1.7905736e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="97"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="451"
+          polarity="-"
+          retentionTime="PT50.0636S"
+          lowMz="51.256607055664"
+          highMz="994.190368652344"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.26910275e06"
+          totIonCurrent="1.5895339e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="98"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="423"
+          polarity="-"
+          retentionTime="PT50.573S"
+          lowMz="50.078399658203"
+          highMz="988.724853515625"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="3.3587935e06"
+          totIonCurrent="1.8794914e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="99"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="426"
+          polarity="-"
+          retentionTime="PT51.0691S"
+          lowMz="50.401748657227"
+          highMz="988.730651855469"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.91766375e06"
+          totIonCurrent="1.7369526e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="100"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="469"
+          polarity="-"
+          retentionTime="PT51.5752S"
+          lowMz="50.999008178711"
+          highMz="988.739074707031"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.37933225e06"
+          totIonCurrent="1.742218e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="101"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="469"
+          polarity="-"
+          retentionTime="PT52.0783S"
+          lowMz="51.058414459229"
+          highMz="988.773010253906"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="1.0232890625e06"
+          totIonCurrent="1.4600171e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="102"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="485"
+          polarity="-"
+          retentionTime="PT52.5935S"
+          lowMz="51.099090576172"
+          highMz="988.739807128906"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="1.362738e06"
+          totIonCurrent="1.52327e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="103"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="482"
+          polarity="-"
+          retentionTime="PT53.1167S"
+          lowMz="50.0266456604"
+          highMz="988.745483398438"
+          basePeakMz="135.029647827148"
+          basePeakIntensity="1.308333625e06"
+          totIonCurrent="1.5771428e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="104"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="498"
+          polarity="-"
+          retentionTime="PT53.6274S"
+          lowMz="50.352737426758"
+          highMz="998.572021484375"
+          basePeakMz="135.029678344727"
+          basePeakIntensity="1.852468375e06"
+          totIonCurrent="1.8034974e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="105"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="410"
+          polarity="-"
+          retentionTime="PT54.1398S"
+          lowMz="51.510105133057"
+          highMz="988.759704589844"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.986291625e06"
+          totIonCurrent="1.746888e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="106"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="479"
+          polarity="-"
+          retentionTime="PT54.6508S"
+          lowMz="50.670562744141"
+          highMz="965.678466796875"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.20541425e06"
+          totIonCurrent="1.8444014e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="107"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="441"
+          polarity="-"
+          retentionTime="PT55.1604S"
+          lowMz="50.865070343018"
+          highMz="989.455810546875"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.65414475e06"
+          totIonCurrent="2.1232542e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt11UXCZatCVzyHRcPpgUJd1VtFx+bgQmHZPEXNwmlCYvH0Rffki0Jj2rFF2ZYCQnTH70XpSW5Cd/QJSLMYOEJ4LElF1+QxQoD2P0YBxXpChBooRfF3v0KFMl5F95eSQoZ01kW17H9CicCSRdUWa0KJ/1BFwz8HQor+iUX/2eZCi7B9RcdvPkKN5FdGQzXgQpDARkXFot1CkeLvRg5nQkKTG0tFy8V4QpYEaEai7ZFCmb2yRf47TUKcrEZF3k8MQp2omUXr7sRCneiTRd+u3kKd6wNGAf/FQqDoPkXip4FCoO4RRqyU0EKg7m9G14E5QqDvIUeAPmlCoPEyRiPclEKg9h1GGeMPQqHx9kYWj0tCofMeSS/ic0Ki8BtF6o/GQqQrCUXhkNlCpEvKRgqm4EKkaG9F9B2bQqXxlkiipRtCpgzJRlju4EKoBKFGQ7+nQqsQlkXN33ZCq6JDRfNEMUKr8uNGhCsTQqv5rUYyAH9Cq/xvRgDGiEKr/bZGBA6uQqv+vkbo0jRCrAqORoXxIUKtnotFyOYLQq4EekX2PA9CsFqmRezJZUKx+dpIXTGxQrIMakadSh1CtJ9TRdWPxkK10htF+x0qQrXuXEYkV8FCtfj2Rc0/wkK1+ypGHCk/QrYAf0c3MU5CtgHSSiH/A0K2BFhGyw7jQrgDeUcqwk5CuAzlRgAnsUK4OXhF7jAWQrmAv0Yjo1hCudsMSC5g0UK6A/FGgLpQQrruvkY2U3pCvdmPR96JtkK+AOpGDQuuQr6RzkXq74tCwdgMRou4VkLB6HtGBf4qQsHo2kYanXtCweoBRsQis0LB63xJ1nP4QsHwTkj3StJCwoP5ReNNekLDi3pGDf2HQsPrIkYQoMJCxRVxRdCXykLFcFNGF3XqQsW+pUXbHs9CxelKR31x/kLF7XJGAbhDQsaBaEXmeGJCyjwpRdTYRELMudtGQldhQs3px0YtDVJC0sxURdeLPULWlyxGKrD2Qtb2mEX5ODNC13J6Rel5LkLX/M1GCOdDQtnNtEe0L1NC3BMzRoq7ukLdzDVHQe+0QuEvvkYH0ZtC5gd/RwnrWkLmx4JGGPXpQuoJ3kYvrH5C6tKvRfOJRkL0DK1GBdyXQvaWSEXIQmRC+AOpRxQX8UL4LwZF8E4WQvjfpUYjLr5C+OEERdl9OkL5+31IDqM8QvoDIUXasytC/A+1Ruv4H0MCzrxF+Kr6QwMST0XZvGZDBAeySAlr6UMEXlFF8ENtQwSq/EXoQ8FDBM3ARf1Tw0ME8jdItATgQwbxcEezveVDBwWrRm4J8UMHBlVGRofOQwcHmEnMqnFDCAhzR2ijREMIgktGBVA4QwkIo0YVm/1DCc5tRexoQkMKQOZF38IMQwr4akakxNFDCwXTRiKRh0MLEgBGKqSkQw17/kXnYtJDDvcYRfJkA0MO+ZVIBKMaQxAVs0ZWcH1DEDaiRgC9EUMSA6ZHm9l6QxIKkEXo8ApDEh1SRdMWgEMTjlhGArB6QxOsikXWh25DFALqRzd8XEMUBzBI9MslQxQJQEZNtUxDFQgURiSNNkMVC5RHzcSlQxWSBEXhvNVDFgIYRgxP2UMWBnBIEO5jQxZViEXuni5DFnM5RdUS2EMW4vdGfMdYQxb9y0X2mkRDFwciRgYatUMY4ixGq6oUQxj8eEY8j4pDGWboRdFEUUMaD+hFzPlWQxqBUUYF3KpDGuslSAHwokMa7ZFIAuloQxzqYUcSyLBDHOzMRwJW50MdBuxIkbmNQx0JOEaPoBJDHgeoRgkRFEMeHktF361xQx8GLUelMu1DIHiHRdvX+EMg14lG8Ve4QyEqAUXGhslDISqPRduT00Mi1sRHATZYQyNbkUXt8mZDI7otRh48HEMk1etGFMXoQyTyf0bmvjZDJQlKReVUp0MlCkRIkL/2QyYLHkZBEbFDJw5RRjpzIEMocoBGAno8QyjbaEY1cIdDKZhnR9TvkkMpmbhGH1TFQyrka0dCNxZDKubgRyEB2UMrAZpG2UoqQywEOUaN+XdDLHXCRdIrpUMs439GRFp5QyzmLUY50h9DLc0fRh56gUMuRkhF5F+JQy8L9UYl2ehDMOC+Rk9CHUMw725GajPaQzEKPUeLGjBDMdhWRd0wZUMzC0xF+jFWQzMOSUjsSuVDNA8aRoK/fkM0kMlF8bBaQzWfxUYWLURDNguiRu77NEM4AV1GPiwkQzjVR0ZJ5zZDOQWWSFlpdEM7BMxHR9UNQzsJmUgsOShDOytbRf0RJUM9CONHNomZQz0PnkYLgn1DPRInRgHMVkM9EsFGHH/2Qz0WXEZfvf5DPReHRgOkfkM9ku1F4yRyQz7giUX0CUlDPueBRjCHJUM/BQNGzZnSQz8MXkYaKOdDPw5DSYI8L0NADxZHQWRVQ0DmyEYrEE9DQQNjRlezI0NBCOpHC31NQ0EPVEZW9QNDQWYhRi2CKUNBasFGUJ7HQ0Fya0YXxppDQX6iRyubJENBkptGOpE+Q0IO6UYVqTRDQu1VR+P0/ENC78FIkq/6Q0LyKEfjti9DQwrQRixS6UNDDPBJGWW8Q0MPJkX5TmJDQ89cRpami0NEDdNGj/DmQ0TsE0YEC/hDRO60Rh73Q0NE825GPoD/Q0WmY0XdkMxDRc6rRt0SJUNHCYRG+yleQ0cZdkXgxypDR84BRjWSL0NJDVtGBWUxQ0kw/EaBD7JDST/mRgXH50NJROdF+GmJQ0lGHEejVD5DSVtNRrZJ/kNO4NpGKCRtQ076B0Xz2S1DTwOaRxBZkkNPpPBFvF+gQ1DgDkYkUrNDUQeERvjYo0NSBM5G0+OfQ1JMqUY9sYRDUwc0RgD1AENU4GpGMEcSQ1TjEUZ6VElDVwhKSGAJbUNXrudF9b0bQ1gJM0Z10qBDWBNnRiiLUkNY6LBHwN9IQ1jrHkfgCyhDWO1QRjh4cENZB3lHiXucQ1kMOUejY0pDWwt1RwFXMkNblthF/e+ZQ1vtnkXRoQ9DXKomRdprCUNd+TNF/6DiQ2ENnkY0YpRDYjCoRgQVxkNjCElIQ3WBQ2QJRkYBpYxDZNm8RnjhfUNk3DFGJerbQ2UDH0YzbwRDZQeAR1VLWENm2Q5GK0s5Q2bbl0YUy/dDaOIgRuy1rUNo5G5HNKfyQ2jmzUYz5qZDagIIRn9wyUNxai5GfFIKQ3ULDEaOkgxDe7TtRddCOEN85UBGBLeDQ3znm0aN4ZpDfg0WRhTUd0N+5y1F4eAGQ4AHiUeuj5FDgQcmRwQKqUOBCZlGILbOQ4FuHkX6SMNDgdCNRl2H/kOCixVHuV1VQ4OKtEbpRoZDhYklRkfc30OFmj5F44A2Q4aHBEZhYy9DhvQdRiCr2UOHUTpGDnavQ4eIhkYeN4FDiAJARepV9UOINHNGCI2yQ4jZBkXpgMZDiW9RRgbO1EOJcDVGTAGJQ4mGtkY6pndDioQuRerIREOLW/NF7VlPQ4uUAUXfko1Di/37Rj6wo0ONDoBF9SQKQ4+X1EXYdoRDj/q0Rfufz0OQhDhGWr6PQ5CI4UZb+ixDkSeARhfWu0ORbM5Gi8wBQ5FuIUYxMipDknPSRiHVJUOSglpGL/SRQ5SIFkcbxGNDlKlXRfZOu0OVh7xG5bTtQ5YE9Ua9i6FDl2p5RklX7UOYWZ1Glm/sQ5oMhka6r6dDnXA0RgG+g0OdcYZGt4UQQ51ydUa0C/NDnYv7RnS150OfBlJF6NAiQ59GOEXzjC5Dn0tpRkGRHEOfTTRGNt7EQ59O00aXt5tDn1A0RryBHEOfVE9Gg9fhQ6Df4EYJb+FDoOx0RpjzYEOg7fVHOQ2SQ6DvJUgiiNBDoPEvRgULgkOg8kpGJeeEQ6D9IEZPMhhDo4vRRwO+MkOkS9BGZOQ3Q6VuaUXRdmNDpaheRfBUI0Ol/qFGPUWZQ6hvW0XledhDqHAqRgl8S0OpjIFF4uTBQ62JgUas9DJDrahwRdcgL0OwF4hF2lhHQ7GlM0YQrHhDse/jRk52NkOyCKVGcsgbQ7Lk9UZGzYxDs3RmRdmSUUO0EY9GBPOIQ7RAn0Xn+mhDtnWZReislkO/j0tGQs9hQ8OG4kY+YGRDxEzRRdq860PFgxZF8/NBQ8b9C0arEYZDzPVWRf/czEPPfNhF0UPjQ899yEXTBstD1VlcRgs8cUPWl19GgqtRQ9t1+kX0CyRD3ChZRezcW0PlaRtGoyS3Q+ui0EXPcTFD7JZJRpX2x0PuRmxF6RCfQ/JqzEXqQNlD9LrmReRD8EP1WdxF5rJ0Q/zyykXibJdEAAwYRc03ikQAyplFyi5nRAHZ3UX8imNEAxLARpAsrUQHbDhGkHgZRAr5aUYgEcxECxH7RsSYOkQRROFGEOJVRBFwvEXf3cJEEgqdRnTqUUQY+ANF89hDRCEkFUXSyl1EISn1RrpKv0QhK3RF82iqRCKSnEXkO4xEI7qARlJPUkQkYG1Fz9UtRCUtIUaFVJpEJjmQRe5Fq0QmqotF6gALRClKb0XdYg5ELpRjRgvDLUQwPNBF3nZjRDjVhEZLioREPEJERfn2ZERBfyJGRWAtREgKJ0XhqhtESNucRiUYh0RKSLdGCrE5REsb20YCgIZEUk0FRoUwIkRSuqVF9mWyRGHG0UYSwlhEbEJGRg84pkRwuoJGM+77RHDATEdSAC9EcWocRoI2vkRzcg9F9VzcRHQqYUXg94JEdy4ERoOETkR3XSxGDeRN</peaks>
+    </scan>
+    <scan num="108"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="436"
+          polarity="-"
+          retentionTime="PT55.6549S"
+          lowMz="50.672172546387"
+          highMz="988.725708007813"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.61471775e06"
+          totIonCurrent="1.9959398e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="109"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="498"
+          polarity="-"
+          retentionTime="PT56.1596S"
+          lowMz="51.269439697266"
+          highMz="988.748107910156"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.3662085e06"
+          totIonCurrent="1.7445552e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="110"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="465"
+          polarity="-"
+          retentionTime="PT56.6754S"
+          lowMz="50.12869644165"
+          highMz="995.964477539063"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.85541825e06"
+          totIonCurrent="1.9844672e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkiDyUWGrSJCSv96RaXQWkJLrnZFmE+NQkwJSEWb4XpCUtdVRZU7OEJXPg9FwuVdQlfV6EW3dNFCYIvFRaR2NkJhXsxFnvU3QmKDtkWV0aBCYxtfRYeYv0JloxhFjv4JQmoo+EWMKmFCa5i7Rc/HTEJvMOBFoN6FQnP43UXiJCpCdgKuRZU5NUJ38xxGNwB4Qnf0BUiXn2FCekgIRc81L0KFI1xFr5HhQo3kW0YC6l5CjwkMRaZOrkKQf5tFob31QpH8dUXzFdVCkg9GRaNVn0KTHFRFy0kNQpUk8EWGildClgR+RnG8xEKa8tZFu+BQQpxfc0WfWsRCnesIRb1RJkKffBpFmi/9QqDqR0XfFWdCoOwhRz8mnkKh8eVF8M+sQqHzGkjXgblCpfGTSE3Kj0KmDLdGa4xyQqgEj0YBpQRCqHsiRa4UbUKp+6pFq5bXQqteBUWzu9ZCq/LSRmkJbEKr91JFqz2VQqv8kUXI4apCq/6hRuWXHkKr/6NF9eWpQqwCcUWT9/pCrAhmRa8Q0kKsCnlGipLmQqwLXUXEmQ5CrA0tRaayxEKuBGxGm66cQrCXTEWk2PRCsfkjRl/RckKx+dVI0oiAQrIMaUa2hvBCsuYmRZwjQUKzL9xFqWL9QrS/qkWocaJCtaj4RaGgW0K10ihF/zL+QrXumEXpAipCtftXRbeViEK1+5xFte5IQrX8d0XPEaxCtf+bRoZq/EK2AFhHCTXpQrYBCkfN2t9CtgHNSi5H6UK2AzhHFpndQrYEJEdGzp1CtgVoRhN/s0K2CEZGFoXjQrZ7lEW7vcRCuAN6Ry1YzkK4DNtGUMFjQrlTFEWgUp1CudsLR1JxEUK6A/RGfhP5QroTEUWVbsJCuhhCRYzrDEK6j3pFrENpQrrcMkW9ulZCuvBJRfnfqEK7VOZFuiLvQrzDckWh/OJCvdmWRu6I+EK99iNFyT50Qr4A20XU5qpCwB+NRbgcFkLB6OFGiSGPQsHpy0cBDR1CweqUR5Pzf0LB63ZKD4L6QsHs/0buQ0lCwe2qRjNi0ULB7rZGODbPQsHvYkZ/BMxCwfBASM4k+ULB8UtF3bWyQsHylEXs+YBCwgioRZ4f2ELD6xZGhPypQsXpQEe7utRCxe2YRm7Yr0LH8FtFsSVxQsgB5EXStitCzenBRd9PDULSCcVH+C+MQtSjzEWWoghC1/zSRdFIFkLZzalGv3kFQt3MHUaet59C4BpDRiXPG0LhMThFtnnYQuE0qkWvJEdC4fiVRlGpuULirG1GBauMQuQJ6EY1p2dC5gd9RylhtULsl7NF2KZ4Qu0Yh0XDZPNC7hG/RjgpRkLwEjtFrDd3QvFD/EWYQoVC9AGuRbOuIUL3PhFFtIT/QvgDqkbgwzJC+OISRgKor0L5+3VH2yhyQvwPtUbKIfVC/ErTRaAHKUL9rp9Fk0IPQv3PEEWq23hC/c+pRZ2ZAUL9+YZF1lt9Qv+WIkWu9jZDAOxfRZq4OUMDCNdFy0IDQwMTy0XqpBxDBAeuSAvLZkMEVwRFrxD0QwTyMUhm9vxDBvFvR4hw6kMHBZFGMSyWQwcGNUYWZTJDBwbdRuVNa0MHB5RJg1ZAQwcI00YdDeZDB5auRbHWAEMICG1HDJWJQwndYUXEpQVDCgNLRag1SUMK+GNGw4IYQwsS/EXRn9BDDP7kRhsqfUMNGPNFjUcfQw0ZVEWJygVDDvcaRkVqnkMO+ZBH9eFKQw76e0W894FDEgOsRqAmeUMSC8BGGp+sQxMHoEXIbDdDEwp4Rn1MIEMUBy9H7HXIQxUCSUXj7wdDFQoJRmUTCkMVCrtG5s5oQxULlUmKJf5DFQzmRfo7WkMVDZFGG8ZzQxUN0UYZ/75DFgZoRwHmzUMWDHFHOdqUQxb9y0YGf3NDFwy4RbakGEMY/E5Fy36VQxqC2EXJJsRDGusiR8C+BkMa7ZFHOkWJQxsLvUfRwstDHOphRrz4jUMc7LdGKtoFQx0G5kgX0sNDHQlgRfFVo0MdV/ZFqGs7Qx8GI0cCklBDIA+ZRhapIUMg13FGUI9sQyLWmUY35sNDI7uaRhLIb0Mk8oZGsdhAQyUJS0XM7kxDJQpESE4KokMlK0JGCIusQyVEJ0WiCDhDJgskRb6TEUMmwUVFsGaDQycOQ0YmXndDJx4nRbCSEUMpl+JHoDAyQymY00YdkDtDKetXRZ/Nv0Mp6+9FneEqQyrkZ0b8dkJDKubPRnIRb0MrAZxGgP2yQysK40ahofdDLOOMRgwEJ0MtznFF6iq6QzDg70WXz+dDMO9tRl77o0MxCkFHtOlcQzIMykXT7/1DMhBPRrSQvEMzDkBJIuDsQzMQNEX9Ov9DM4Y9RdujB0M0DxNGlCKwQzWf2EW7s3JDNaFNRjc9TkM2C6dGhXoVQzc4PUWmrLRDONaVRe154kM5BGJGLgqTQzkFlEiaXchDOgZRRbegGUM69tpFyEZgQzsEzkeBPCpDOwmKR6Ek9EM7PgZFrTEnQz0I3kba1i1DPRE7Rc6S/EM9E71FnHnBQz0Uk0XjfU1DPRWARZJGLkM9FkBFxIbpQz0YfUXyQYZDPRw3RbUGXEM/BPxG1c24Qz8OO0lNVK1DPw+TRo9tj0M/EGVFxgZsQ0APHkdVAyFDQBqxRZlYmENA5sJFovZvQ0EI+Eav6EZDQWqIRg0X/0NBcllF/JKpQ0F9L0W3f5pDQX6FRxF3N0NBgBBFouxGQ0GKsUW8Ra1DQZJ8RmbCd0NBx6JFs7QZQ0LtVkiBFvFDQu+2SLy0wUNC8iNHuChiQ0MM50i2qQVDQw8uRdR2YUNDD/NF28YuQ0OS2UXAO5NDQ8+ORgTC2kNEDbNGaN4QQ0TsNUaIBdhDRO6iRhxm/ENE8MtFvnHKQ0T0z0X5fXNDRc56Rlp6SENHCZpHSaY0Q0kIvEaJzUxDSQxHRauukUNJDZBIA4+xQ0kxCEZwvDNDSUY5R2eO/kNJW3BGYZ6PQ0sMy0cJXl5DS/1hRcSAmENPAJZFuJReQ08Dm0byE1dDUQesRlAhJ0NR9SpFsNrTQ1IEs0aAhtFDUk4TRgtJRENUCotGgYJqQ1QL9EW2NxFDVQQ/RsaoqUNXA4FGIyWCQ1cIQkfDGuFDVwt0RaIW+ENXPqZFxf1qQ1fNkEW1S3ZDWOi1R/A5DkNY6w9HkBi8Q1kHeEbDSEFDWQxCRxNgA0NbC5FGRuguQ135nEY39EZDXvpCRbSfe0NiMd1FzJDsQ2I1YEXP2ftDYwg+R94nMkNlAuNFvjWtQ2UHcEcLO8pDaOH6RxcTnkNo5FpGzumXQ2kBl0XHtERDaQZIRdKDq0NqAdRGH9hUQ2rhS0WpXVxDbRzbRgPSeENvCpRF6p2jQ2/eBkWuCr9DcACMRaXVu0NxbDhF/iFSQ3UKzEYMgKZDdwMvRoK96kN3BX5GZ8YKQ3zlS0X36XRDfOd+RhER/0N+DRxGbWK9Q37n3EWf4ZpDfvssRp5PcEOAB4JHEirRQ4EHGEYcmeBDgQlxRc/ARkOB0XlF1izlQ4KLAUZTUL9DhYliRddZRUOGf4hFszMkQ4aG5Ua6WL1Dh4abRgPstUOHiHFGFQRTQ4h4EUWw0C9DiW8IRc1AUEOJcFNGNvfVQ4mCJ0Xo7DdDiYbIRjkX6EOJ8GFF/iODQ4oVzUXXy11DioMERi5mg0OLLvlFoBh/Q4uGDEXrJaxDi/8vRhZJtEOOioBGoh/fQ4+Gr0Xhz/NDkIMWRi3Ic0OQhBhGeb67Q5CIwEXXLPBDkJmPRbsPHkORbLFF9V1AQ5JsK0WeCENDknOYRhahtEOSdKBGEmWhQ5KCO0ZQ/z1DlIgyRf1J8EOVjHZGBaZNQ5YFC0ZSrsFDl2uqRjUOcEOYWehGXeaoQ5nmxkWmGHVDmgx2Rm3iskOdca1GtVp3Q52L7UY7gkVDn0xhRd8xbUOfTphFzizdQ59RBkYa+5BDn1NfRoxNO0OfVWFGHJm1Q59XAkXnzf5DoOxAR+jJPEOg7b9HO+t5Q6Du+UapW/ZDoPRORbD1MEOiDDpFrhPZQ6OL6UblQlxDpE1BRf+FPkOlJvZFtxEMQ6VjyEW61X5DpW3uRazGG0Olb0VGBRXFQ6WFk0YuVuhDpZB0Ra9QTkOnGn5FnizwQ6hu+UXhSplDqIo4RmBbGEOpdPdFrT3rQ6qNrUaKPKxDrYmHRbL2LUOwbOFGADLhQ7DoOUWTwBxDsfEaRgcMmEOyCqJGABL8Q7KRyEW0qvxDsuY9RjTYWUO2sg5FxRCEQ7mPZUYaDi9DukK/RagLzUO/ZRdFmSu4Q7+OyUXhAlNDwqGHRbmQz0PDiHtGKTsvQ8b9a0ZvuX1Dxv9tRbLdI0PKXOFFu7zDQ9GOekW2MYND1pjwRka1OUPazM1Fz0m5Q9/7nkW+AGBD4Ft3Ra48aEPgtoNFxPHbQ+S9pkW0PetD5Wb2Roouy0PqMjxGMxQtQ+qoUUXETcZD7JiDRhmWZkPtlHNFztI9Q++KgUW+gLhD8s3iRZ9anEPzKJtFxDRKRAB7B0XFxk9EAT6lRZxaPkQDE+NGLH4dRAQUNUWdiBlEB2xnRlrtmEQKgYhFwmOCRAsS0EZF8dlEEL/yRbgTfkQSC6lGAJpwRBT3nUXZa+1EHcQ3RcA+C0QhKjVGmfsmRCEsXEXknNNEI7vYRjneJ0QkIr1FrN89RCTiXkXAolBEJStZRl45skQlb2NFvnJ6RCV3dUW+NmJELf+jRgiX6UQxPX5FxgEmRDjW70ZbwH9EQX5MRh8mHkRBuEhFvkTyRE/dxUXKlLZEUPlfRaoVSkRRUkRFu9BIRFJOjUX4VtBEWVfSRatOCERZ5E9FwMUqRGScOEW2S+REa5l/Rbqr4ERu76dF2YGCRHC7OUXtI79EcMDBRxSoWkRwxJhGHdI+RHFsWUYWyBVEdmtiRatlKER2be1FqFFMRHcvJkXXJFNEd2mSRf9bYUR4/bpFxCi+</peaks>
+    </scan>
+    <scan num="111"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="428"
+          polarity="-"
+          retentionTime="PT57.1821S"
+          lowMz="51.235191345215"
+          highMz="988.74853515625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.2124485e06"
+          totIonCurrent="2.0135802e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkzw1kWfZBhCTyFQRcYt0UJPaUlFmDCIQlCk1EWSUcRCUKUvRY8ID0JSt/VFuUKcQlMeUUWkOyhCVZRRRaKmYEJYGt5Fl09rQlrpE0WgU31CXnevRcdCdEJh5bRFnzL3QmP4LkWlqUdCZrshRbRKWkJyuuFFoExYQnOZBUWnDapCc/iuRe0/DUJ39AJIgJnlQoGu+kWnhXpCg9cHRciYQkKGI1FFpHSqQoZl/UWN/+ZChsXoRafjE0KL0yBFrfhHQoxY00Xj/rtCjMdaRaa8VUKRIpdFpaG3QpGyJEWoXK9CkjTeRaiqjUKSf39Fm8+0QpYEckaxqa9CmPHIRb21BEKbmAFFwNG1QpzQ60XThIBCnZ8yRZOJvUKd6wpFzlTQQp/qJkWwFvhCoOxgRhG9okKg7OBG68fdQqDtfkdRmuVCoO/nRd2gxkKh8xlIu0jZQqH1VEXk/wlCpEcQRaRl/kKkTKdGDD37QqV9B0W/zpVCpfGRSDPcn0Kl8kJFyMeAQqYMzEZXILJCpxLKRbMOx0KoBKJGH9rbQqk8WUWzqoJCqUY5Rb1W30Kr8xBGZ57bQqv3q0Yiwd9Cq/oyRcZDe0Kr+utFpZunQqv+60cEavVCrAOVRcPkN0KsBh9FpwqeQqwKyEafeMZCrX4lRbFfaEKuBG1Gsm+iQrH3gUXJJkVCsfnVSM78aUKyDHZG1FhjQrWhcUWll5JCtdIYRjeA10K17mtF/I0dQrX7W0XdugtCtf4fRhus6UK1/9FGzlqnQrYAbUdAvvFCtgHMSkQSgkK2A1lHNxMsQrYECkcPmx9CtghcReJqKEK2MWdF2WxoQrdCNkWfRxFCuAN5R2zoqkK4DO5GO47XQrm1EEXIs75CudsDRzIwr0K6A+5GkDZwQrtA2UWbnvdCvdmJRuQUhELBe+FFw2YrQsG3E0XczT5Cwdn3RgF0G0LB6K1G5CUYQsHp80csbmtCwet2SiR1hULB7SJHCf3BQsHuBEaFaUhCwe8bRjyJ7kLB8DxI5nZwQsHxI0X/00tCw+sMRiNT60LF6UVH+Z9OQsXto0aHhk5CyAHVRgF2qULLh4RFuIgxQs3l1EWtdKZCzenLRh+lIULOIlNFxvqcQs8Nu0Wc5KZC0D+5RZWjW0LSCcRH7aPxQtQUwkWzDqFC1/y1Rh16kkLZruZFxTeFQtnNr0a8GuJC2hS6RfXFKELc4vJFxwHNQt3MFEZ7uDFC3pZARZ4K90LfDLpFqlJxQuAaPEYffB5C4a6DRbxTpkLh+HlGPkMAQuYHg0cqiKVC5sdmRd3bb0Lnql1Fth04QvFxpEWlWRJC+AOoRtVvsUL42/JFs9lxQvjhd0X+PudC+ft0R8QzbkL8D6tGgVwXQwJo9EW/NBVDArTWRbFoR0MDCNZF20x/QwMTekYH+xBDAy6ZRaTvTEMEB6tIA9nMQwTyL0hFFsBDBQhyRaZY5UMFJD5FoZgFQwbxbUc5LbBDBwYwRjZsAUMHB5RJfQgDQwcI+UZUUsBDCAhuRrHKVkMKQZ5GCzRkQwpS7kXkLe9DCvhmRpCWQ0MLIH1FwUJPQww7+UWwHaRDDHhzRbSygEMM/KtFrTW9Qw73IEZwpLxDDvmMSAnTXEMQFupFt5+UQxDg4kWnR9pDEQOJRnlO/EMRD9JGERV+QxILhEYupJVDEigYRayWykMTCntGk5g8QxQHLkeA5QpDFGlKRcuH7UMVCidGcSa+QxULk0mMnUpDFQ3ZRuNmP0MWBmZGlp1WQxYMa0dVcUhDFv2mRf+sMkMa6xpHsm8TQxrthEaykIxDGwu7R8C9YUMc6ltGrbGZQxzss0YnHQJDHQbpSAnNHkMdFDtF5JjPQx8GH0cSfH5DIA+aRgLZ/EMg13xGUhGUQyELi0X0S5lDIhlXRbw32UMi1rNGR1U0QyNiJEW7urtDJPJjRp+5cEMlCkBIJIwaQycOPkYpwZ1DKZfRR68mrEMpmNtFpZMLQyrkakbEqeVDKubZRfZcGEMrAYhGQjNoQysK4UaPDGFDLOOjRhr3rEMs5h1FzFBRQy3OEEY9EFdDLwYkRkZZ9EMvsGBFtYqeQzDvvkX74A1DMQo+R7JivUMxqyxFrXWjQzIM8UYmiOJDMhBJR/kM0EMzDj5JHY+HQzMRKkYB1ltDNA9CRt1qukM1NwpFwS/TQzWhNEXU9EpDNgucRqXETEM41lhGK3LmQzkFkkiF44hDOgZwRikTBUM69vxGMTkDQzsExkeHKSpDOwmQR5sShUM8F7NGVPepQz0IwEau22lDPRH8RgDlQEM9E5xF8BDlQz0UdUXj4YpDPRVkRfnsAEM9F0xGBz/1Qz0YdEYYAYtDPuenRcqdG0M/BO9GYtvsQz8OO0k4XSBDP5pERaHrdENADxZHJu5vQ0DEfUXDBPRDQQjzRrUKckNBaupGHSKVQ0FykkZG5B1DQXdGRarZtkNBfspHGjB2Q0GLAUYYsR1DQZLORhlWPENC69lFqXRwQ0LtU0jFRNNDQu+0SNxAkENC8hhHpkCUQ0MM60ijJIJDQw4vRg7Ni0NDz31GBaEDQ0QNrEaKQ19DROxBRtqMoUNE7qNGWbWOQ0T0b0Ybcv9DRc6wRmRWmENHCY9HZukQQ0fN1UXvzYtDSQjfRkcuNUNJDYxICfXpQ0kxR0ZOvr9DSUZwR4TSVkNJW6JGiqbHQ0oOOkXT86FDStOyRcGvXkNLDMtHF4FFQ0y6EkW+QMtDTWkJRap2jENPA6lG2L3YQ1EHkUZcVWBDUgHJRcG+qkNSBKhGEwtXQ1JNwkXzjFlDVAptRi2NkkNVBDRGvGI6Q1abVUWvPodDVrF3Rc8SXkNXA41GEtnVQ1cIOkemvmhDVzyrRexVcENXUsRFvkoPQ1gTYkZDHHhDWOizR+2foENY6w5HXVpjQ1jsqEYPk6VDWQeQRrsIoENZDFlGxeg1Q1pyf0WikEpDWwu0RjW6wkNcroRFnhDIQ135B0Yc5vpDYQ7URiMLWENjCEhH532FQ2QJIUYdiqxDZQeSRuiZbUNm2NpGE6nXQ2jh/0dMGJdDaOR1Rqcv0UNo/zpF6LkOQ2kBeEX20PlDaRQARdSjVUNqAcFF7EH2Q20cpkZC+IhDcA3lR4/yjUNxa6VGIlZOQ3Q3+UW0FqRDdQsFRdggUkN3Az9Grg2dQ3cFwkYz2/ZDeBFfRaye3EN5A35FwhAwQ3lP20W6RKFDfOUMRekOV0N9A6VGKXzbQ34M0kXjO/RDfitdRcPeDUN++yZHo5IaQ4AHiEctS7JDgQcbRk9jskOBCZFG+7w7Q4FUN0WqpIxDgbReRcoaskOB0TlGFxMkQ4WJK0YDabBDhm+NReNwwkOGhwFGiY6fQ4b0OUXbZAlDh4aYRewrGUOHiHpGLSfIQ4ihwUXY/qZDiYJFRc63xUOJhvBF3sOdQ4qC90aG6NhDi/7OReOIAEOOimRGjRzHQ5CDAEZh2PtDkIQjRcMuJUOQiLRGS9lWQ5FspkWy6a5DkYn4RZ+bUEORx+1FrFKhQ5I8pUXBHqlDknPzRjRKvEOSdOdGYCl0Q5KCUkZ5BuZDlMXdRbsfqEOVjEBGAzdiQ5YE/kasAAxDl2tfRghQdkOYWbZGYL/FQ5iGrkW+uK5DmQkKRdT2G0OaDIBGbcIRQ51xUkaT0o5DnXJ3Rl/AhEOdi/xGIgSfQ59RBUW79cxDn1N4RpB1NkOfVUVGEnMmQ59W+0YUDv5Dn1lHRhovm0OfXFhF5myvQ6DsjkcBY9pDoO2CSANMSUOjCAFGCevjQ6OLsEa7jJBDpEzGRgrr1UOkjghGLqZQQ6iKs0YvVWpDqQKpRgxnvkOqH5hFron+Q6qNwEapVoxDrAnzRenXJkOxKrhFzk/IQ7HxI0X4UGhDsgn1RfnIskOy5ZRGIN4gQ7WYAkXZw8BDtenYRdPb1EO8ittGBrHHQ7ymuUXCRxJDv48zRjbnEEO/x8tFs90UQ8OHzkYuoqdDxA2aRcbHV0PG+mVFxhtiQ8b9MEadVs5D0hZgRa9viEPShRhFx19ZQ9aYjkZiTI1D12sURblKqUPaM4tFxL//Q9rebUW9iFlD4ZHNRbVt6kPlZ6VGk8IXQ+bHXkXrhbhD6SoaRdwt1UPqMsBFzBYxQ+yXoUZzM15D7b78RbcN5EP7BORFyhFkRAAY8kXBrXdEATfxRa/SIEQBXF9FwXdQRAMTckYQ2P9EA+I9RcgahUQHRyNFymd1RAdpe0XLYudEB2xJRoLJQ0QJi+1FwPBJRAr6qkXv+6tECxMQRoyGh0QRfFtFvxYpRBILXUYvJshEFGy9RcsN00QZ0spFsVp3RCEqOEafQmlEIssPRcp/o0Qju2JGNmJHRCUr00Z0U51EKJ8PRf/Gw0QtdthFvhn4RC8QS0XcTEVEMbueRegAbUQ31dVFzr1ORDgsMkWyEHJEONZsRkEdwERBfthGAKgbREw+z0W0vMBETOTZRdHFr0RNXdRF2dCvRFEs4kW+a75EUk3uRj6xMURVDbBFzfLhRF9oNEX2QFBEavuMRau1YERwwKdHKkeARHFr0kY8fF9Edy/oRigpgQ==</peaks>
+    </scan>
+    <scan num="112"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="449"
+          polarity="-"
+          retentionTime="PT57.6857S"
+          lowMz="51.450386047363"
+          highMz="974.516357421875"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.13091475e06"
+          totIonCurrent="1.8314992e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="113"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="421"
+          polarity="-"
+          retentionTime="PT58.1996S"
+          lowMz="50.990097045898"
+          highMz="999.208312988281"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.6427955e06"
+          totIonCurrent="2.0277816e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="114"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="450"
+          polarity="-"
+          retentionTime="PT58.6987S"
+          lowMz="50.002593994141"
+          highMz="972.503662109375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.91620925e06"
+          totIonCurrent="2.0584368e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="115"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="459"
+          polarity="-"
+          retentionTime="PT59.2049S"
+          lowMz="50.864566802979"
+          highMz="990.724426269531"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="4.3110835e06"
+          totIonCurrent="2.295593e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="116"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="458"
+          polarity="-"
+          retentionTime="PT59.7046S"
+          lowMz="53.724349975586"
+          highMz="998.9609375"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="3.5503385e06"
+          totIonCurrent="1.8366312e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="117"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="413"
+          polarity="-"
+          retentionTime="PT60.2259S"
+          lowMz="50.456207275391"
+          highMz="989.622253417969"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.349827e06"
+          totIonCurrent="2.1773074e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QknTKEWq46pCSnYQRZdk/kJL+M9FpK/jQlgNDEXBCI9CaV2ZRZMR+kJqUYdFrjieQnP48kZuXoVCdiy/RaWkXkJ3ng9Fq3g3Qnf0BkgPZpdCfnu+RdJm9kKAN1lFrAEJQoSllUWV8J9ChoYZRbBlnUKJcPpFrCxIQosRKUWhmJZCj3UtRbe/cEKRlehFp8RqQpHabkWzHitCkfxaRiTF90KUN51FqwcZQpTmhkXDyKdClgSARuc2cEKXVtFFyPC7QpdlqUW1kspCmCexRbGyT0KY+g5Fqo02Qpm0wUW/TxtCmgNtRqHqCEKa0rZFsngNQpvKLEW2lY5CnRkCRbJGy0KdKtFFpvwLQp1BHEWmcAdCoFpGRaLvj0Kg6OxFwsUtQqDp1EX9n1RCoOpXRbWPNEKg65hGwgy2QqDsikc8I55CoO6XRdDwjEKh8x9ILhB1QqIGf0XPQpVCpfGbR4DoW0KmDNlGlq4QQqY1y0XKfS9Cp8iBRaU6D0KoBJlGhGpBQqh510W2aCBCq15oRdhkDEKr8rVGR+ZRQqvzeEYZSepCq/6FRpPQaUKr/0JGi+e9QqwJJ0Wpj21CrApkRgwbyUKsCxRGVuiyQq4EfUbLM/VCsffFRe+wTkKx+RZG00tbQrH53UlJsDhCsfx3RenxAEKyDH1HO9YqQrJMdEXA9YxCsmDmRa8FW0Ky6WRF2p+AQrP7nUYB7L9CtL63RbDJQEK10hxGjdodQrXZ6UW5iq5Cte6ERc/4cEK18e1F2JIjQrX7dUYmf0JCtf7lRrSiGkK1/7dG+1a8QrYARUdN+w5CtgECSByUK0K2AdFKhL8GQrYDPEd0dvJCtgP5RxeXrUK2BWxGLQ5jQrYH2UYwf2hCtggqRecTekK2KYRFoPYcQrYxmUYGIkdCuAN8R5wYgUK4DOtGlOzOQroD9kbL3EpCvMiHRfH2B0K/565FojaCQsBiUUW1W+FCwbbxRlKGVULByFlF2Fq2QsHWUkYKn7lCweUmRgxQO0LB6CJGpHKUQsHo5EcIQ3FCwenBR3AkMkLB63pKgy51QsHsdUfimJpCwe0VR0LVQULB7fpHGBdKQsHvUEaJBuFCwfAzSLMdU0LB8hhGMwtaQsIgKEXOopJCw+sWRsiEmULD7ZxF0sPOQsXpRUhFi4xCxe2TRpaE00LIAe9GPBfnQsqH40W4f6RCywfIRaHWmULMp55FxT3vQs4UY0XPF1dC0gnRRqa2B0LSrJdFs1UlQuAabUY1F5ZC4SEPRboFCELh+JFGracxQuKvRUXdC55C5geHRzkQkkLuEc1HHvZ/QvFfr0WwMOtC8f4aR/N5G0L5bRhFurgdQvn7e0cXcNlC/A+6Ru5kvUMBBOhGOnzAQwO9V0WwoO5DBAewRt4PbkME8jBHMYzhQwT/EEcV121DBQOXRqWF6kMG8XVGFHvwQwb2NUW8rBlDBweZSHqfv0MJ5E9FtpAcQwr4XUZlx7ZDCxKQRaIfPUMLExVFvPJyQw0ctkW8XDJDDn06RZprvUMO9yJGpWicQw75lkgKW2VDDxV9RbsWzkMQB5tGC7yRQxDxxEWz1XtDEQONRfZ+n0MS8jxFrWv3QxMHm0eFG7xDFQulSHIZg0MVDJBFyZVEQxUOCEWwwdJDFgyMRi8h5UMWkWtFthGHQxb+FEYdmWZDFv8XRcwhSkMW/4BGVgVJQxcAFUba7E1DFwDeR2fJ7kMXAcBKFo2JQxcCu0dBr8pDFwNARsPYF0MXA/lHnwpKQxcIukYJXSNDFzTsRg0RUEMYAaFGeMdJQxgCkkeov9VDGCL9RbilREMYN0NFure2Qxj8eUYHBn5DGQCnR4yoikMZAuBGhJ73QxqDk0XWUKxDGusfRtCoXkMbC9pFwxTyQxsdOEWmYy5DHQb7RnTcJEMi1rRGIoY0QyMGbUXTehNDI7y3Rb25DEMk8oJG9+hBQyUKR0cNiYRDJgSDSIhb/kMnAHlF9YyQQycFfEW6nLFDJw5FRghXNUMoA1ZGNHcuQymYPUeu3b9DKk7JRbXmrEMq5IZGGYQAQy7wokW8UtNDLwZURplUTUMw4SpGCBZvQzDiW0XI1tRDMQpKRxLh7UMxW9VFrm6gQzIQTUbJqRJDMvu5RdoN+kMzDkJH2qeVQzNHtUW5xp5DM6R+RdqgPUM0D4tGLyj3QzTrtkY1VbpDNgvBRgrf90M3AZ1GGWK4QzkFmkajQ0lDOvbFRkkW80M6+79H0cfmQzsE4kYLIktDOzIfRe+KIEM8F55GzSHmQzz6/kcE4E9DPQ8nRgfszUM9EmdGEMSYQz0TaEX7t01DPRRWRgjdcEM9FZZF7696Qz0YW0YDDdNDPRnGRd+Cy0M+D7lFugSQQz8E+Uewz/lDPw5DR8EoGUNADzdF1cKKQ0Ezd0XJ2z5DQT1/Ra/Ms0NBZelF+PEuQ0FqYEXkjTpDQXIFRbJs6ENBfDBF4oz3Q0F+bEbpEpZDQX+PRmvhRkNBknFGMb22Q0GTn0XpkaZDQu1aSU1+P0NC77lIqF7rQ0LyLEa+imZDQwz2R03HB0ND7TBGMHc0Q0QHF0Y6w4dDRBKaRd51pENE7DxHCJPLQ0YGGEWtQbNDRwmfRt4kCUNHai1FqsjLQ0kI30W5rY5DSQ2ORme5b0NJMVpGgz21Q0lFPEYVQW9DSUaWR4CkRENJW8JGjVtQQ05yBkW2P2dDTwOWRk3eYkNRB7RGEwrkQ1EQ5kbJfLFDUk+KReCQRENVBHNGDKl8Q1YArUbSbZ9DVwhmRjZlikNXIP5FwE6kQ1gSIEW3wg1DWBPpRhoPD0NY6MJHz9rnQ1jrGUa2mc5DWWPyRbIrLkNdmNxFoLNZQ2Ar20Xr3ZFDYRCkRfU7NENi/wJGmocsQ2Mae0X5eOdDZP4pRipi5kNlB1BFyNOsQ2fJaUXJnR9DaOIQR03r9ENo5MJFwI8QQ2j/AkYyaP5DbAYFRoLV/kNuB0tFxVZVQ3AN6Ec/eOpDcW3NRjhDNUN3A2BGdvUiQ3iFIkW0Uu9DePluRxQQ70N4+7RHVlwAQ372jUXXHmJDfvstSLL5OEN/+/9GT7wXQ4AZO0WujQVDgH0QRlIX/0OBH7JFtKCQQ4HSaEYICeBDgoOzRgbltUOD/iNGKJzpQ4d6Y0aUrfNDiDTHRebbn0OKgv5Gfo6TQ4wAEEYl6FVDkH5qRk+ZH0OQguVGMldiQ5ELJUYINglDknLaRiCEZEOSgnNGOu22Q5XfQEW4CcZDlgTxReUsZEOWh7FGD+mbQ5dsqEXyz7BDl28qRaHjKEOXgq9HL39jQ5g+f0Wj/UNDmFidRb9EM0OYWghGPETlQ5sBLUWyUkVDnXA1RqKYoUOdcVVGd3U9Q59JHEaG31BDn0rnRo4HZEOfTiFGV2jgQ59QvEXcuqhDoKwmRaV6dUOg58JFqINDQ6Do0kYN1sNDoOxpR/pg2kOg7xxGMM2RQ6KJE0XlCp1DpEuxRgJuwUOkTLpFrfiKQ6ROIUY/109DpWzURkYU9EOlhblF0f4tQ6a4JUW3CZBDpv72Rkuwv0OobghGCxVxQ6iHVEWcX6VDqIhQRdpkWUOoiktGOj7SQ6kCyUY7gnxDqc0hRavXUUOx741F7hJiQ7IKUUXw3M1Ds4U4Remc4kO30M5FrcTyQ7k9TkXLJ81Dv/pMRcqyuEPB8hFFxkkZQ8IG/UZV3VtDwooqRbh/nkPDiYVGDqwUQ8b9Y0aDBm9Dxv9/RcNIc0PMMHdGAS3rQ8zPhkWq905D0lVbRbJ7v0PVX3NFzellQ9aabUX6ahND3XzLRfpGcUPdguhF1UUqQ+RJgkWwITpD5UwnRdNtpEPlZwNGUNCvQ+bIHEYPdvhD5+T2RbPz9UPoPnxF5Y/5Q+o0bUYgQk5D64PZReEgIUPsmZlGQYM4Q/K950WzrvtD8webRalmIEP4BT1FtirVQ/tF5UXWvM1EAUnKRa9nSkQCWVJF0bIGRAKHmkWkNIVEAxSGRjS4n0QHV35FomnYRAdsfEZjg/tEB24sRbkX60QIZGtFyB2jRArhq0XSANVECxHvRh5H5UQP34RFwJs9RBIM10Yj8EREE/63RcwSKEQbaa9F37ByRB1gkEW9cXVEHdfrRdl7WEQg+pdF1SnKRCEqgka0DzFEI7zFRmIZ4EQlK7dGiwMcRChRoEW/Ur9EKmPKRd6sWkQsDFBFxbMvRC5YM0XqgQFEMh/PRc0V90Q0Y4tFzEaaRDjX2UY/3WJEPnZnRd7QQ0RBfn1GFd4CREMDE0W4/5lESUcBRfPyeURKw4FF3uzWREwYR0W/z+lEUk+xRku8OURXUOBFz91LRGAQqkX/5yVEcL1URhL+skRwwPRHJmJwRHDFP0XWhGZEcW4WRjNLMUR0lslFul2aRHcusEX0izhEd2fTRbKFjQ==</peaks>
+    </scan>
+    <scan num="118"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="400"
+          polarity="-"
+          retentionTime="PT60.7291S"
+          lowMz="50.404720306396"
+          highMz="988.7373046875"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.194353e06"
+          totIonCurrent="2.3504784e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="119"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="426"
+          polarity="-"
+          retentionTime="PT61.2224S"
+          lowMz="51.633811950684"
+          highMz="995.111145019531"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.3671665e06"
+          totIonCurrent="1.8966864e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="120"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="455"
+          polarity="-"
+          retentionTime="PT61.7357S"
+          lowMz="51.297592163086"
+          highMz="969.223937988281"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.6285465e06"
+          totIonCurrent="1.9911038e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="121"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT62.231S"
+          lowMz="51.106521606445"
+          highMz="993.126892089844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.125671e06"
+          totIonCurrent="2.215795e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="122"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT62.7269S"
+          lowMz="52.106845855713"
+          highMz="993.078186035156"
+          basePeakMz="191.019317626953"
+          basePeakIntensity="4.0896895e06"
+          totIonCurrent="2.282465e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="123"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="449"
+          polarity="-"
+          retentionTime="PT63.2369S"
+          lowMz="50.959281921387"
+          highMz="999.453125"
+          basePeakMz="191.019256591797"
+          basePeakIntensity="6.646938e06"
+          totIonCurrent="2.8366558e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="124"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="406"
+          polarity="-"
+          retentionTime="PT63.7379S"
+          lowMz="50.717617034912"
+          highMz="988.726806640625"
+          basePeakMz="191.019302368164"
+          basePeakIntensity="7.263606e06"
+          totIonCurrent="3.2272374e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="125"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT64.2315S"
+          lowMz="50.139419555664"
+          highMz="988.7392578125"
+          basePeakMz="191.019317626953"
+          basePeakIntensity="4.748336e06"
+          totIonCurrent="2.742626e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="126"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="402"
+          polarity="-"
+          retentionTime="PT64.726S"
+          lowMz="50.541927337646"
+          highMz="989.620910644531"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="4.699368e06"
+          totIonCurrent="2.2386148e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkoq70W4OlNCS+45RZEZMEJPRVVFka3sQlCo40WYXfxCUsH/RZDlWkJV6h1FvBOVQlmXOEW3HuBCW3MzRZ+oXEJgGl1FqR4lQmENvEWP8eFCZUa6RZyovkJlR9hFutm6QmnOJkWtXR1CcNuTRaoQd0JxqGhFm+MRQnOE90WglM9CdCKURaDyyEJ3HTNFolNDQnf0CkZ5lNJCe3D4Ra5ZLEKB0OxF1+yEQoi75UWmmE9CjoNBRa3uOkKOhTVForNBQpGJrUW3DVtClgSERhJDvkKWJghFrYSZQpxX4UWqmAdCn1ABRc8XY0Kg5jZF2PETQqDsE0YNJ2hCoO0vRmxldEKg7dVHaMgYQqDvp0X+fY5CoPC9RdwpOkKg9XFF7U+5QqHzI0eWDqBCozN6RaNOwUKl8Z5GzYryQqYM10bB0kZCp+XVRcsaZ0KqDxdHKmeaQqpvPUWpp31Cq/MiRl23zUKr99ZFzaZ2Qqv6aEYwu6lCq/72RtaFcUKsAM5FrsrGQqwDiUW3wBVCrArKRo864UKsC5VFyQXQQqwWmEW+/fZCraX3Rb/0UUKuBHdHBeYkQq5DXkWvEkBCsCG2RdFEZUKx+eFIBVK9QrH8V0WszvJCsf1MRdimBEKyDIBHsF94QrLkyEXR3dVCsuVjRadlgUKy6JVF8ZdFQrL070XZX1VCtWphRaXznUK1z6lF0uXkQrXSG0ZyRS9Cte6CRl6mnUK18e1F+HX5QrX7OEYuf+tCtfvHRhK7JEK1/odGKpvvQrX/zUcMNB1CtgB3R5iSQkK2AdVKj2nQQrYCo0gAI5BCtgNrR4ktEUK2BAVHg1uVQrYIRUY5zeNCthU+ReX3nEK2MYZGCZKVQrgDgUelNe5CuAz5RhoRcEK6A/lHBj+XQrt2GEW4Tk9Cu+ldRau+WkK79OJFzkanQr/t00W8ey5CwY/qRbOKqELBshpFobsMQsG3AEYkSsBCwdYuReuULkLB5C1F5n/HQsHo3Ec2O/ZCwen4R1hsN0LB63tKarzMQsHtPUdJLOtCwe3/Rs8FPULB8DtIGOv4QsH9J0W9wZxCwiAURfj1DULD6yFGyo/TQsScfkWtNMJCxelISC3gm0LF7Y1GcR07QsbJwEXQ/3xCygxRRi3uG0LMujhFomttQs4UaEX5sY5C2fsARZ7w0ELb8FBFpukYQt4EYkhC51pC3gofRgy1+kLgGldGFzmxQuH4ikb/HCpC4qzWRfiJ10LkCgRGC7o2QuX6VkW/bhVC5geCRu2c7kLqCdhGCgn1Qup7yUXWeXpC7HT9RaMvy0LthRJFuzCyQu4PxEYIoQBC7hHQSMwPC0LuXfBFq/npQu7xxkXTL59C8LCTRapA7kL7K2tFv6fHQvvW8EWyfIFC/AJMRbXbiUL8D7VG1TeQQv3k2kWjYzxC/gdmRdVdKEMACQNHkgOaQwEE6EgvI0ZDAxLQRa6p8UMDHvFFwiiPQwUDckXOFkRDBQzgRomFNkMFKbZFwXQUQwktUEW7ldFDCkEMReq000MNg2JFuZumQw4M90bF5WdDDvc2RhdF8EMO+ZRHYMLaQxAHtEaql31DEBDpReU4XEMQFf5F0YBfQxBX+EW6zdRDEQOdR3NjlkMTB5FHbrYKQxUATUW+6wFDFQuuRgTX4UMW/c5F0H5bQxcBv0cqh6VDFwawRkEK1kMaTXJFqawXQxqBVEX8D+VDGwMFRduMPUMeM0pFt4CrQx8BYUWwsopDIA++Rjdb8UMgjc9FrBVgQyC95EWjNDVDIQucRnSzMEMhHrlFtNRIQyGTmkXJJiFDIuaxRZTl00MjD5xGTW5HQyTyh0aKEhVDJUtlRaXVY0MmA9xGOoCeQyYEk0Y3gBlDJolSRfCthkMmrKJFuHn+QycCVEWvmTpDJwOyRbaIcUMnBVVJVXlgQycGd0aLnAVDJw5NRf5mXkMnF+xFqawNQydQw0WcH9lDKAYvRsVagEMpl0ZF8KkKQymYNEeucWRDKZmERaXCWkMs/vdGH97oQy0Ai0ZedxlDLQJFSVef8kMtDnFGH+UMQy4DH0csSBNDLgpcRnyazEMuWFpGIHgoQy7CUkWyB7dDLwOERe8eY0MvBkZGzSdFQy862EXAex5DMOEARdrXuEMxClRF7lDFQzKayUXAxwFDNQlQR8wesEM1oCFGHuqwQzWhfkXNm6RDNeV0RbtaDkM2C6JF45X8Qzb2FEXa8nVDOQrvRbZTO0M5cWRFqGx9Qzl1ckWcAZ9DPGrhRapvqkM9CldGwZ7RQz0QoEYHIXZDPRMbRgl68UM9Fk1F67rvQz0YOEXsf4hDPRxDRcjefEM+V4xFurYPQz8BnkaCIvZDPwLiRou6rUM/BPdKMvV4Qz8HYEbrsNpDPwgCRjVEy0M/CPJGRgDAQz8OYkXe1htDQAXMSAmpTENBBhtGt3ttQ0Fq+UYiENJDQXKeRgtvgkNBfuBHFiAIQ0GS1kYr92FDQqh+Rc5b5UNC7VBJIAE6Q0Lvrkdc32pDROwxRxTcMENE84RFywslQ0URW0bSQdxDRV70Rbxa4kNGNPZFwz5uQ0kwgEaUB5xDSUWuR4D9wENJRzZGASFdQ0lKG0WgA29DSVrmRpBpo0NJcGFGAZ1aQ0rBHUWbIAdDSv9SRsczaENLlIxFp5o+Q0z+sEXz5/dDTQjfRmtPx0NQFJlFzybMQ1JMnEYfjPtDVBFgRakmCENU6FlFx/Q/Q1cab0Zns3dDVz3DRbdIiUNYESlF3GgGQ1jouEblO2pDWQBjRhOcb0NdC3BF4yjIQ2AF8kYdPedDYQ29RheWGUNhEARGQ7g8Q3MP+EdNov5Dc1UVRcS6BEN0EJNF9XBNQ3gFq0YStLFDeBz3RdwXvUN8BJpGB2/EQ377Q0fAqGBDgOhxRcpflUOB0JtGK7OiQ4IC8UciTqJDhHwcRbfn3kOEfMlGQozVQ4R+e0mFY2pDhH/1Rb9f1kOE/vJHHGmzQ4V99Ua97opDhX7yRivSn0OGA6lFumSwQ4qo/0XHhtxDi4B5R4ett0OL/hJGEVZoQ4yG20YBZ59DjV+9RbEBjUONdnZFrlOxQ498LUYZ6ldDj4gHRgNuGkOQYrFFsr8nQ5B+TUisTvlDkPgJReTGkUOQ/spGg2XHQ5FACUW1wN1DkX3dRpDYkUORfu5F1OQvQ5JS/kW/jw9DknCMRbs+xkOScrlGE+OSQ5RXYkWsOQVDlMGuRcEZOUOW7j9FqiRYQ5dqfkY0L6dDmFgMRavUM0OYWb5GNeAEQ5qMyUWtNTxDm3vfRnMsYUOfSmlFx+GtQ59MgUaUQNNDn0/6RnFwXkOg3pNF5BHtQ6DqTkYgccBDoOuRRilcikOg7eJIEuBlQ6DwB0YOQqZDoP0oRhyePUOkTBtGLFnKQ6SgV0W7UX1Dph5+RbhefUOm+3hFzYnNQ6eGS0dbgRNDqInfRhzxh0Oqg79HHc9bQ6uFyEYAIwNDrhzIResuiEOuJplFwysOQ66IPUXAgtRDrvrnRbHPp0OvdHtFt3emQ7HnS0Wz+ZBDsfBKRjSESEOyCQtGO1sSQ7LlFkYr5ipDs4YtR2Gb+UO1elZGQTgUQ7pC80Wwn/hDvGcMRcXMsUO92bhF8kGvQ8OG+kYZ2dxDxu0sReMNdEPG+mBFx3T8Q8b9H0aTWRRDypmoRd6q10PLuedF57YzQ80+dUWx+RND0wZYRbQKKEPUU7JFul44Q9WszEXdED9D1peeRiTGnkPYgjlGahW2Q9urtkXK/+xD4GZxRbi8IEPic/JFth61Q+VmW0aXwfFD5dtORdphQEPoKxlFuJ6oQ+yWjEZEUulD7ahPRcPJAEPvBNhF0fnqQ/sh/EWoNq9D/131Rcp8zUQDEuxF3brcRAU2dkWw7/lEB2xRRnjzJUQHzZJFrumeRAsSSEY6815EEgq4RgN8NEQUkjJF1KPARBeTuEXP8flEIRg0Rb5w3kQhKixGpu7eRCO6qEZLiKhEJSsQRodczkQn81hFvn/QRCiSSkX4UpJEKe4qRcl+LEQrUYxFx7PURC88vUWnlF1EL0pSReyPyUQwEPtFy9yJRDGfpEXI9XpEOCMrRcJMv0Q41cdGSkIyRD99UkXRAFREQX7+RiYAHERCEYJFzlzPREXjvkXGUs5EUTM8RanGL0RSTPZGbnBrRFma6UWkyu1EYRSCRd2dcERjI1hFwkPHRGaWJkXCnFJEcLvcRh83oERwwGFHJaEJRHDEXkX1JKREcWqZRm3Fe0Rx/UxFyPNERHcuskZFOmhEd2S6Rbq1Y0R3Z71FrKiC</peaks>
+    </scan>
+    <scan num="127"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT65.2296S"
+          lowMz="52.122653961182"
+          highMz="996.97802734375"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.4694095e06"
+          totIonCurrent="2.3625246e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="128"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT65.7223S"
+          lowMz="51.103168487549"
+          highMz="998.768188476563"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="5.649697e06"
+          totIonCurrent="2.1907348e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkxppUXj/IFCVE8nReqXEUJVpXZFuGK5Qlc/LkXreTpCXcl4Rc9SpEJeKLRFxdEnQl6T+0XEFXpCXvahReUl90Jfd8lFvsWUQmB4xkXI/NJCYNl8RemXYEJkLzhFx16bQmfnFUY8Y/lCaNFXRgGC70JvLWpFzM0/QnCOZUXv/1JCdVm9RdR/bEJ3IE5F54CeQnf0GEZUb8NCfEAGReco8UJ+e5VGHxhXQoNukUX1D3dCg6OsRfTh4EKIMgFFyYTUQojvK0XhvmNCicr8Rgqk20KKFSVF2YA3QoqefUXumfRCixd3ReMnmUKLKFZF3tVVQo2FLkYARSxCj7tmRdgXS0KTI1NF7fvuQpNIrkXTHFZClS/tRcDWHEKWBHVGVFqGQpaQwUXZ7kxCluEzRetQcEKXbG1Fy+G0Qpnwo0XdSEdCmgb5RgAVqUKaFWxF7Pz/QqDocEYCuFZCoO3fRl3m80Kg7nJGWKGdQqDvL0eXhtlCoPC6Rmnhk0Kg8u9GBV8sQqD2cEYQMIZCofMfR3C/p0KiXuJF1VSUQqM4MkXmpDZCpB4CRg/qp0KlINlFxga3QqXxpEaoAmFCpgzPRtlWbkKnZGZF834jQqd0aEXx4olCp/KVRegNc0KpHJBFvQAqQqlCCUXaqdhCqg8SRqj1M0Kr5DtF6zCxQqvmuUX3V+FCq/KORrzpEEKr9y9GBWfhQqv5oEXYoNFCq/1WReS9L0Kr/mtHHD6fQqv/bkZdPs5CrAB0Rg2QqkKsBbtGA3YmQqwKRkabe9pCrVasRemVY0KuBGtGrXb1QrCodkXlcFZCsN4QRdoyCEKx+dxIJ9lLQrH85UX7nlFCsgktReuHV0KyDH1HmajGQrLos0Yjuf1Cs5rdRedxD0K1HfZF6uU9QrXP0kXyK55CtdIlRo2ALkK13EZF7HYhQrXuj0ZbO45CtfIFRd4g9EK1/qFGiARKQrX/ikdJvrpCtgByR6igZ0K2AQtIQ8yYQrYB1EqsakJCtgNOR6WT7kK2BApHpiqWQrYE3UZmbxhCtgfyRg59JkK2CHJGOGhTQrYR20Xrw8FCtjGkRhDhlUK4A35Hy06YQrgM30aEX41CuWiDRcPMEEK5ipRFyP24QroD/kcfg0hCusI3RdJUI0K8KbJGCRiCQr1d8EX7kc5CvrfxRdrV3ULBtwpGPdYsQsHkbkYif6hCwejeR4kSqULB6fFHgomZQsHreUqVNUNCwe0jR4l9cULB7eZGgs4oQsHuIUaCOkBCwe7ERpd5JkLB8DpIXiQNQsHx/0ZQB99CwfKrRh1jykLB/S5F42V+QsPrIkcDPy9CxelISGe+dULF7ZNG2wXjQsYElUXZch1CxshwRd0+1ULKDHhGDTA8Qsy9e0XwnmBCzhRdRhaMo0LTIvVF4aL5QtQVAUX+sdJC1adFRexnfELXz3BF19TRQt4EXEebpmZC4BpVRiqnTULh+IZG74V9QuIev0XPhDVC4o34RkIYK0LmB4hHaTPfQuoJ20Y/QFBC6st5RdaA2ULslI1F7tIbQu4RykiyF1ZC7hP5RiXA8ULuFR9GG0JGQvgco0XJre5C+jfDRcig2kL8D7lG09czQv4IGEX9uQ1DAAjyRmCZe0MAshFF8GT9QwEE5keYoOpDBPIsRqgzg0MFA4tGHogWQwcHj0asx/JDCErSRgTLq0MLEnVGGi/HQwyhCEXhNHRDDgz6RqsCP0MO9yVGzaZBQw75lUehRFhDEAenRidneUMQEQlGGAiSQxAWuEXnkQdDEQOgRxR3nkMTB5xG4aIwQxO1AEXh9jNDFQuhRhOLH0MXAb9HW9G8QxxvBUYEW3xDIQueRqJi30Mha09F25yUQyMPpUY6B8pDJPJ3RuRrX0MmBJVF/nvRQycFUUiqBl5DJw4vRlzP40MoBi9GfJuIQymXrEaDeRZDKZiLR9POBEMp42ZF7VOcQysJD0XZNnpDLQJESNdYs0MtDolGaLoLQy3MoEYJ4CRDLgMgRqvU/kMuCl9GBsERQy45M0XjbwdDLlk0RgYN00MvBkBGzkTEQzEKQUYVvW9DMgzrRkeXFkM0E7tF3+/MQzTsBkYhMa5DNQlbR2SJbEM1oJxGQ+hCQzd4BUYCUVhDONTqRgt8/UM6KthF5mMXQz0RbUYJvGlDPRM3Rhd7MUM9E+BGFImXQz0VeEYbwHlDPRaBRgnDzUM9FtJF/OvQQz0YM0XD4f5DPRtyRfzwwkM/AplG0TZ8Qz8DtUciYXZDPwT1ScR7eUM/BzJGVlwtQ0AFyEdYymBDQPJFRfLh8kNBBgFGD8F9Q0FqV0Y0yrtDQXIwRg5HcENBfkJHP4rTQ0GQlUXmMpBDQZJdRgbt00NC7ANGt61LQ0LtVEmCFvFDQu+4R7m+PkNDDQZGESx+Q0PtFEY2HflDRBZBRe9zRENEd2BGH8ArQ0TsSEcqSy5DRO5wRjKbDENE8rtF4OjFQ0URKUY0nQBDSTCiRs/vmkNJRdJHnyqIQ0lbE0ar89VDSv9FRj/hbUNNCOBGGiTrQ1JLhEYklz1DVO3tRk23AUNXQDxGEhS4Q1gTUkYfppRDWBTdRjb9LENY6LVHvynEQ1kAs0ZnNH5DWuLHRgAu0UNgBedGFv/mQ2ENE0YpMHhDYQ/kRmJNK0NozltGCgXbQ2jiJ0cYzIpDcWgnRiaG6ENxaXVGHKAHQ3MPvEcWIi5Dd05iRdmCfEN8BLZF9u2IQ377Nkg0trFDf3l1Rdzk5EN//H9GIVI0Q4HQGEZhKWZDhH54SPEqs0OE/vlGimVXQ4V+AUYYfJdDhbIFRhjsfUOHLARGOQANQ4d84EY5BABDi4CGR4Zjc0OL/aRGLLpgQ43JwUXm1N5Dj3w3RnPCm0OQb5pFzuirQ5B+Tkhn9FJDkP7rRn49ukORfedGO9H5Q5JygEagYA5Dl2jIRgkECUOXad1GVKkPQ5dqtUXMWYFDmFpRRkIHnEOYmzRF70WCQ5t7+UYZFrhDnXAwRpYPVUOfS/NGHNVbQ59NCkaXH2dDn06ZRtpWHkOfULRGS3q4Q6DsuEZv5yJDoO26RlSCsEOg7zRILj/HQ6DyQEYwZc1DoP01RkxyeEOkSxhGFdTfQ6iLJEY5g4lDqoPARxs7NUOsuzNF4S2QQ686YEXkA/hDsfCVRiMDfUOyCSJGWEABQ7LkNUY88u1Du87NRexhYUPB3sFGCCbiQ8OGL0Zh4u9DxqdIRgpjxEPG/bJGmotOQ8muDkYNKr5DyyrrReBgFkPM8m9GB4j8Q87um0X4iLpD0yq8RfnPqkPWBBdF3ImnQ9aWuUZWOz9D4CbzRgQa1kPgMB9GAA+0Q+OLQEXrwOBD5A54Rg/kw0PlaD9Gm423Q+o0ZEYl+CND7JVxRhxPgkPy/MJGAwpdRAMSZEZhCFBEBFLYRgP78kQHbL1GfEKNRAqlFkZF7sRECvp0RiLNxEQLEixGbOMmRBIKOkZhSX1EEn3ZRe6ysUQWu0tGC28JRB0T5kXr3ppEISujRnKi60QjSaRF+MF4RCO5+kZon+ZEJSw3Ro/e00QlLghGAUtrRC1zQUYIdJJELaV3RguHMEQwqDVFx0lfRDCo+kXRTFlEM59zRe/IFkQ149RF51e+RDYEWEYAUOJEONTrRlmQW0RBfllGOgN9RESSH0YLKh9EUCMTRiDwUERQ5gZF+4IPRFJMO0ZsNtNEXQ+RRguj90RfWlVGA0mkRGzzREYXa01Ebbk3RfWjZURwsRZF9CVhRHC/KEcLkeFEcMNMRwA2AERxacVGKl4TRHcun0ZY3jhEebEqReXRdQ==</peaks>
+    </scan>
+    <scan num="129"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT66.2164S"
+          lowMz="51.268859863281"
+          highMz="994.058532714844"
+          basePeakMz="96.95987701416"
+          basePeakIntensity="4.756609e06"
+          totIonCurrent="1.9368346e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="130"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT66.7186S"
+          lowMz="52.326347351074"
+          highMz="988.707153320313"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.3586375e06"
+          totIonCurrent="2.0685424e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="131"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT67.2142S"
+          lowMz="53.81217956543"
+          highMz="988.837768554688"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.0616555e06"
+          totIonCurrent="1.9048446e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="132"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT67.7135S"
+          lowMz="51.04211807251"
+          highMz="989.593200683594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.577008e06"
+          totIonCurrent="1.3540484e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="133"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT68.2459S"
+          lowMz="50.916297912598"
+          highMz="991.434448242188"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="5.0075975e06"
+          totIonCurrent="1.811974e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="134"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT68.7522S"
+          lowMz="51.533168792725"
+          highMz="988.718444824219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7474045e06"
+          totIonCurrent="1.8389534e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="135"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT69.2497S"
+          lowMz="50.865631103516"
+          highMz="990.431335449219"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.9398615e06"
+          totIonCurrent="1.6063216e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="136"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT69.7583S"
+          lowMz="51.503143310547"
+          highMz="988.712646484375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.4360305e06"
+          totIonCurrent="1.8437258e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="137"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT70.2586S"
+          lowMz="51.19261932373"
+          highMz="989.620178222656"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.107386e06"
+          totIonCurrent="1.7344762e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="138"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT70.7605S"
+          lowMz="50.954998016357"
+          highMz="995.857604980469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.15427025e06"
+          totIonCurrent="1.3886936e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkvR60VutRNCTFU2RUuhS0JP/kRFXx2bQldbI0VRmzhCWYj/RXo0Z0JhaTBFVhKNQmfm/kac2OVCakYARVO7JEJu9y5FXsiLQnH8akVPKsVCdn8BRU5er0J38/lGDrquQnhx9UVWMpRCgt7oRW47zUKDSPZFg2zVQoui40VtMSZCjB3IRWmR3UKQcCVFcVoTQpGKf0WIYghCkfyPRZiOYkKTJBtFbgMrQpP93kV9wbZClgRsRgytTkKXTjtFY0LfQpe+00WRq3BCmFd+RW7FAkKdqzBFa7PrQp8dNEVsQ3BCoOysRhd3ZEKg7YNGvTRWQqDumEakbLlCoO+RRermT0Kg8HhFdTC1QqDyM0WcsrlCofMWRtDkDEKl8YxGHhT9QqYM1kajqotCqASkRiKZ4UKqDw5F66eDQqvyFEX8pRpCq/LBReuOX0Kr88dFj1I7Qqv9+EZ3/JBCq/52Rk3+BUKr/2NGHtKUQqwFQEV9Z7pCrAo+RfouckKsCvJFg4F1Qq4EZkZD4b9Crq2XRWrsVUKw0I5FjSvTQrH4XUWHoTBCsfnbSJn4QkKyDHlHVKyvQrJoQUV/A7lCs7ioRbjcfkK1z+5Fg3IvQrXSCUZ99URCtd3ZRYQKAUK17mRF8MgIQrXx5EYI3E9CtfwhRc7SJUK1/GxFxJFmQrX9nkYpMplCtf57RnZLiEK1/vdGvvdxQrYAQEdVTT5CtgHKSn2OeUK2AoRITGTRQrYELUbA2CRCtgTdRkSySUK2BaRGU9oUQrYGT0XHI7JCtgd9RdxWt0K2CE9GCNo2QrYQp0WVAeBCthUfRgh6IUK2IftFh7q/QrYxkkX6DfxCtkTzRXhi1kK3BMhFcmNbQrgDbEei1hVCuAQrRdF9sEK4DNdGBrtpQroD5EcC8d9CuozQRVCrF0K6yzhFlno4QrrxXUWBCihCu2MWRXHDbUK9M+hFe2KeQsGnWkWPQFxCwbb9RixQXELByBNFSio9QsHWLEYM4YNCwdnuRaKk70LB5khFpsyYQsHm2UXrpGRCwee0RiqskULB6DxGCxWUQsHosUY2dOpCwetvSkJtb0LB7FhIFzyJQsHs0UdbqIRCwe41RoRsiULB7x1GK7g/QsHwIEgGHLJCwfKfRZYNEELCH/dF7j7tQsPrDkafYe9Cw+1dRXm03ULF6DlF8hnYQsXpO0gad8BCxe2HRqkcUkLHahBFWmOcQsgCN0VoAx1CyB7zRWz0pELKDFtF1ybSQspVtUVrbsBCzRxnRYhZt0LOFGFGOmmSQtDq8EWF4WJC0bsZRV1AoULWmUVFiusvQt4ETUazW+JC3goDRitk3ELgGlRGHMMWQuHfm0XS1WNC4fh9Rp4sBkLiqrZFgrq6QuSXRkVyOd1C5gd7RxBU1ELpc+JFYdLfQuoJukWgJZJC7FiqRYn4sELuEcFIX5GEQu4S/0YGe0FC7ixZRXnSE0LuYh1Fil34QvATfkX5p6dC+OJbRa8fUEL8D7BGwnWMQv4HdUWXnZFDAAjXRXbpJ0MA7LVFgcbDQwEE4kZ0yv1DAxPkRa+MFUMFA45FroFnQwcHjUW2JGJDB9ElRYEysEMIMcJFcbV1QwkLjEWM73NDCWFiRW+l00MLEWVFiz/8QwvhMEVaenpDDbZ/RWwpfUMN1DlFgiUfQw73FEZsKuZDDvmNRzG8OEMQB8xGBrIQQxEDkUcBl/lDEgvLRZaC30MTB6RFhZcdQxUE5EWJGotDFQtqRaONaUMV6mxFblvzQxb9u0W+ybtDFwHCRmcIhUMXOSlFjhV8QxgrcEV8u7RDGoLiRfvRvkMchqtFhwGeQx4TvUWCM71DH7lVRZCiQEMf2fdFfuT0QyMPt0XJkPlDI7puRW8CGkMju+xF0qbXQyRK6kVkwk5DJPJ4RluLjkMnBB9F3iUxQycFSEiS/fBDJwZKRh2lnUMnDk9GAviAQygGJkYrJeZDKZkSR28iUkMpmhJGH0gYQyma6EWf+FdDLQJCR4Ci2UMuClNFyog/Qy6BvUVyKRlDLwY3RrNQ6UMv335FcTzLQzDh/UWP+0VDMOLyRYOgHUMyDORGFOf2QzTr2EXYLulDNZ90RdZwT0M41xdFv5VkQzr0jkWpN0xDO90LRWspdEM9C8dFnNhnQz0QgkVq9RdDPRN6RWzfmEM9FDxFxFUNQz0WckWom6NDPX5zRbTqgEM/A4ZGE1HVQz8E7UkCX5RDPwYxRpZn1EM/Bt5Fx4WZQ0AFqkaIDqRDQWmxRWVXfUNBamZFjyVZQ0FyFkWpPDxDQX2ERiBRS0NBfmZGnvRDQ0F/cEYJOytDQZJYRcp29ENC6sxFrhxjQ0Lr2UZ24+VDQu1OSRr6jUNC7o1GiN8qQ0LvqUdkPaFDQwz3RaTIvkND7RxFlOYAQ0TicEX/u3tDROxARw9hL0NFET5GEo3NQ0kw/EZXT/VDSUYgRy36XUNJWz9GLqJTQ0m9+UViyvVDSv90RbVg1kNO+PZFhglPQ1E4TkVwoDJDUa6IRXyk6UNSTrRFzbx2Q1TtrkaMbVpDVjpHRXjPG0NXP0BFg9/WQ1gT4EWhxtlDWBUwRYAIYUNY6L1HACnAQ1jq/UWgJZxDWQBqRhYR+ENZAtZFjPcjQ1p/4UWcYw9DWuJTRbg53ENhD7hGEoUtQ2IzVEWBYKNDZNGiRWasakNneO5FiEVAQ2jiD0aV6bpDa3JXRWqV50NxbLBGBqzoQ3MP2UdCXexDcy0bRWqJR0N3TrlFhvmHQ3oNrUWCyihDfvhZRXL9Z0N++y9IBcE3Q379LUWlrrhDf/xkRelDNEOAfRxFgjDrQ4CB/EX/T9pDgYdIRZtR4kOB0bRF7vkCQ4IC/0VvFFVDhH01RZiz6EOEfnRInsIyQ4R/fEZ5Em5DhP7eRlhChEOFfelGAI4gQ4b09UWTw1lDiDYIRba+90OL/3ZF9NyrQ48Y50Vf2flDj3wWRgfKUUOQfkxHR0pwQ5D3pUWmSQFDknJxRi19fEOXa89F+PYTQ5hYwEWrpNNDmFnxRZEgrEOYWzhFj0wfQ51wKEY0LGdDnm0yRb434EOfSnRF6Ea0Q59MPkXPaDVDn01tRlz42UOfT8VGOhtKQ59RREWaB5dDn1JaRY2ujkOg4LpFhkpKQ6Dq20Vn/YRDoO33R3ZhUkOg8PBFgIiHQ6D9d0WguoxDpE2JReNV00OnhlJF5AfMQ6iKckXR2MVDqSyKRYY160Oqg85G70GmQ6uFi0Wzc+5DrTC8RYejdUOx6JxFlDN4Q7HvWkXzEcpDsghGRfPF4EOyheRFg/9lQ7Lmd0YN6eJDtCwTRZddAEO1ef9Fh3VfQ7aMgUWQW6pDtp9MRZPc7kO3tRBFhO9+Q7wyWUWCrspDwI1aRZDTKkPB4e9FiTdgQ8OIjkXYf89Dw4prRYGyw0PG+5dGEQ/hQ8b9bkYAB7VDxv7xRaUczEPH5KNFZJeIQ8iDnUV88xRDzmv0RY8dK0PQ+HtFiXuKQ9L1/UV6xnpD1plWRipOG0PXgMtFaamRQ91KwUWDr7lD4M94RWZtckPlZxxGOvjfQ+oyeEW582lD7JiGRgXbNUPu3zNFaszmQ++rS0V5R1ND8N0wRXbitUP+D8hFdUdERAAKEEV9L85EAaEyRaDGykQCB3NFcdpARAMT9UYTAlNEBjx/RY2tBUQHbJZGFj4YRAi3ykWFdmdECvl7RZa5pkQLEbpGOF1WRBF/0kWM0eNEEgwNRdzeJEQWPg5Fhj3vRBdR2kWIn5hEHD1hRY/nu0QhKl5GQq/IRCO8IkYOKH9EJLYgRYJPQkQlK41GOORwRCcIiEWQEONEJysyRZZlmkQon0hFeOQWRCpHPkWc6o9EL3yPRYgEo0Q0ZfZFhqd8RDa0XkWVtB9EONc7RcL8fUQ754JFjf4zRDyTwEWOnDREQX7XRgg9R0RDN09FjHQyREM8EkWCSkdESIYRRYKlqERMtRVFbBgFRFJO4kXt339EVETNRY6vL0Rfb1pFp3f1RGRbY0WJPZlEaa7GRXCGHURwSGtFicKnRHC9iEZLea1EcMDvRs85vERxbK5F/bwNRHb0kkWGFxhEdy2hRe/BeUR49uNFgPSz</peaks>
+    </scan>
+    <scan num="139"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT71.283S"
+          lowMz="51.801383972168"
+          highMz="993.473327636719"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.838846e06"
+          totIonCurrent="1.5172794e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="140"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT71.8012S"
+          lowMz="50.613807678223"
+          highMz="993.126159667969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.4458575e06"
+          totIonCurrent="1.4797653e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="141"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT72.3023S"
+          lowMz="50.399124145508"
+          highMz="983.334655761719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.574728e06"
+          totIonCurrent="1.1867225e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="142"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT72.8402S"
+          lowMz="50.868545532227"
+          highMz="989.52880859375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.579504e06"
+          totIonCurrent="1.4190197e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="143"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT73.3576S"
+          lowMz="50.532909393311"
+          highMz="995.005737304688"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.5185225e06"
+          totIonCurrent="1.6733223e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="144"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT73.8597S"
+          lowMz="52.328155517578"
+          highMz="991.840209960938"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.219346e06"
+          totIonCurrent="1.5952214e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="145"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT74.3686S"
+          lowMz="50.0237159729"
+          highMz="988.756225585938"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.0519285e06"
+          totIonCurrent="1.5600857e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="146"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT74.8796S"
+          lowMz="50.260498046875"
+          highMz="988.730407714844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.911694e06"
+          totIonCurrent="1.464864e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="147"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT75.3904S"
+          lowMz="50.041759490967"
+          highMz="992.0625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.3115125e06"
+          totIonCurrent="1.751361e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="148"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT75.8904S"
+          lowMz="50.18529510498"
+          highMz="988.71044921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.370239e06"
+          totIonCurrent="1.5841105e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="149"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT76.3967S"
+          lowMz="51.170116424561"
+          highMz="988.701721191406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.3520455e06"
+          totIonCurrent="1.606471e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkyuM0WYJw9CUI+hRaay4EJW/RtFj2h1Qll8B0Wxv/ZCWfPIRaL+EkJawCBFp8X+Ql4SaEW/DVZCYqzyRaDtR0JjfitFk+H7QmcyYUWZHeVCZ+brRdOYiEJy9XtFjhSaQnMnkkWbfCJCc/jsRflMREJ2JK1FrVyUQnfz/EYEnaFCedy6RZoc/kJ6/UBFmW8tQnuUp0WlRNRCfe/aRZO4skKB0gVFob0TQoHzxkWgLxhCghNaRZ1aw0KDkP5FpXQ6QoTPzUWzRUdChZAIRaATmUKGotFFnEZ8QojPBUXGFEVCjtDLRbFEQkKQmn1FlRwmQpJbH0WYBC9ClSgBRZT9aEKWANBFmCQRQpYvaEXGL81CmPzrRahK9UKZJzNFsiYcQpruakWPsYhCm9tPRat6xkKcGA1Fm+RFQpxJJEW55XNCnIpZRZ1tt0Kg7B5GJIGqQqDtcUYbtL9CoO4dR3v310Kh8xRGV6sOQqYM0UadiUZCqAStRhEKXEKqrcZFr3sjQqtcIEW1LaRCq/EPRb1B9UKr81FGThVkQqv80UW4JqBCq/8kRtCV2kKsAHBGHYa0QqwB4UXbm9RCrAkbRcs83kKsCvpGZzkPQqwMEkYA7flCrSb6RZII10KuBIZGP+2hQrH3pEXPP35CsfndSPRghUKx+9NF2MrxQrH8mUXAfbVCsgx+R7PxRkKy6ShF1KRNQrXOykXWS+lCtdIMRpGqOEK12L5FtfPWQrXuhEZh8G5CtfHdRgXAH0K1/XtGf3adQrX+0EaepLpCtf+eRw3E2kK2AD9HkfZ2QrYBBEhLKzBCtgHMSqNU20K2AzZHonXMQrYD50dnyYdCtgVYRiXnokK2BeRGMaAYQrYGRkYjApFCtggxRlkxFUK2EZ9Fsg07QrYxmEYnVX9CtsPLRcIZ0kK4A3RH2LZZQrgETEWOcAhCuAzZRoFCKUK6AoxFljNqQroD6kckCtxCvcjNRcostkK+qqNFp4RYQsG2/UYe8yJCwdZMRetchELB6GBGnPz+QsHo2kamwzhCwenGRwHQq0LB6phHkE/dQsHrdUoTFS5Cwe0DRus8jULB7bxGdaDrQsHwPUflkERCw+sSRosxkULF6UlHw41hQsXtpkYvASJCxx9nRa5ESkLHMLJFmc5hQsgB+EZTvTxCyBeuRZ1gjELJUfxFnajxQsl2NEWyuvhCygxvRdSTu0LMhwBFnniDQs4UZUYmClVCzm0QRbX9RkLS2edFsWBGQtdcZEWdK3xC2+HbRZ+ne0Lcca5Fp9iYQt1cY0Wh5f5C3gRTRh68R0LeCiRGg8C/QuAaSUYJzuhC4fiDRyQmbkLir0RFuZeaQuYHikeE7UhC6BxrRadYAULuEJBFxFF5Qu4RyUiN0jpC8h5jRcT9FUL4rR9F2wpFQvtCN0WkazJC+1abRbJEkEL8D6lGpuO7Qv4HnkYUWnhC/pM8RbkUi0MBBOFF+SOLQwEOK0Xn/a1DA30PRcGtvEMDtg1FkWkWQwRH/UWxdRBDBQOURgM3WkMFDOlGDOo4Qwd9tEWpmXFDCQu4RavLO0MK+XlFnakoQwzKfEW9v5RDDo2URa6zhUMO9y5GAUlcQw75kUcSDDtDEQOURvxwD0MSCfNF1IQxQxILrEYIDi9DEweYRbXpXkMU4gpFm9XeQxb9u0ZL/IBDGRDxRbRnwkMagSxFpe3QQx5fA0WnfdtDJPKARg/CREMlK3hF0v8HQyasm0XVpMlDJwLYRaTt00MnA4dGGyKXQycESUbZrtBDJwVNSZIhmEMnByJGqz5DQycOR0XMWyZDKASRRmpSpUMoBiVHNmLKQymYnEej5fRDKZl+ReRc1UMsIFhFq0VEQy0CQ0cPbjRDLZvmRZwU9UMt/HpGpN0XQy4KUkaTCQJDMOFNRksD8kMyDOJGIfBgQzK9V0W4Db5DM7lNRb5MbEM1n4lGAQkhQzary0WgkYlDNxWYRah0s0M69EZGHDvIQzsSjUW6VepDPAsKRZyweEM9EB1Ft4EFQz0RDkW+bLlDPRJXRe6TEUM9E3tFyNGpQz0Up0XkfSZDPRXjRbs8gkM9FmVFxDxzQz8E80h/bvVDPzDZRbYPsUNABblGJDYjQ0FrI0Yw9URDQXLdReh7ukNBfwJHCAZeQ0GS7kYmzehDQuq0RcmphENC7VFIvU6BQ0Lvz0bhOKFDQ8+cRcZ3z0NE4mVF9wOEQ0TsOUajjcJDRPKhRdCZX0NFESZGdmEaQ0kxHEZqn3ZDSUZHR32fgENJW3RGiMP2Q0rOe0Wu7btDSv9GRqijg0NLcZhFrk5UQ038yUWovixDTvj8RcA7ckNRB4ZFtze0Q1JrXEWlghBDVO21Rrxut0NXPrZF2guNQ1gUF0X2rohDWOipRl1r+ENZAJVFz1oKQ1rifEYHInxDYusMRaV8UkNk6PtF0bksQ2hQHUWoyXhDaOJLRcfm00NpJD9FmZQ3Q2mSNUWwqBtDawXPRcaMxENvLPZFyd9DQ3FqOEXBn0pDcw/KRyyb0UN53O5FodNBQ3w1ZEW5B5tDfvs5R25cdEN/yQZFogHgQ4CCBUb92ZZDgSj7RZ/qC0OBz6lGAlfWQ4R890Ydh79DhH51SWZx9EOEgA9GgrcsQ4T+4UbnhvdDhX38RrUvOEOFf0RF0ZcPQ4b0sUXJvcJDiDVRRbAAm0OL/gBF4QIwQ498NEZpeshDj4gLRmBhOkOQfkVG0tjBQ5GKxkYbj+9DknJ0RbGZ3kOTDk5Fq9dKQ5SCNkWiSt1DlvRhRcnXXkOXan1FtvljQ5gEDUXPcVlDmFocRo443UOcITNFxTzFQ59RU0aHCcFDn1K7Rh9iY0OfVY9GlN62Q6DqL0YQNaZDoOzMRg+KA0Og7i9ICdYdQ6DvtEY6dDVDoPDaRhcZAEOg8npF/ZUDQ6GjmkXG6zVDpEw0RctH0EOneaFFvp/tQ6eGRUgJNylDqAb7RdeLuUOoWlFFryFXQ6qDsEaG+JZDrdD9RcA000Ox73pGLay9Q7IIX0Y6QqlDsubKRgU/d0OzdzRF0tHRQ7V6RkYkBUlDuYpKRauY8UPDHOVFvi+AQ8b9hEaWVd5Dzi/dRa9GXUPPDNlFpqLHQ9QeXEWkSNRD1pfuRdb/AUPWmhlGChYpQ9iB/EaZ4blD3qKLRdlFWkPlZhBGJUxaQ+VpCEYvdsxD5WtIReHsyEPlbntF6Cv/Q+bIQUX2Hv5D7JZyReb5c0P0tENFt5uGQ/eyHkXJp99EB2yURoanrUQIJx9FywLxRAlWSEWme6RECvk/RdY060QLEa9GP5cjRBIK/UXYx9NEGIscRdql4UQeSplFnmNbRB6niEXcvr9EISp/Ro7T/UQjDp1FykYpRCNK3UXCLeZEI7reRfuaJEQj6AFFtDRCRCQmkUW9N2NEJSp+Rf+WdEQlLOFGSJ/YRCk6WUW8CzJENHdpRbuEdkQ00B5FuOZHRDjVpkYLaD1EPKeHRcm9N0RBGyJF3KkZREF/G0YXxhREQvrlRbstbkRGhShFtp5EREeyAUWvca9EUOn/RdsEUURRC29FtoadRFEM/kWceJ9EUkd6RbOnuURSTaJGDlNlRFanzEXAcHxEXLxFRbv2FERlqn9F4Q7URGzJBkWjEhxEcMEpRybL70RxaxNGASBQRHcs6UXuCSU=</peaks>
+    </scan>
+    <scan num="150"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT76.9051S"
+          lowMz="51.893001556396"
+          highMz="989.596008300781"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.9444985e06"
+          totIonCurrent="1.7231884e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="151"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT77.4033S"
+          lowMz="50.099834442139"
+          highMz="997.733764648438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.756709e06"
+          totIonCurrent="1.6836986e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="152"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT77.9092S"
+          lowMz="50.574340820313"
+          highMz="965.647766113281"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.7849985e06"
+          totIonCurrent="1.694055e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="153"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT78.4102S"
+          lowMz="50.70454788208"
+          highMz="988.726135253906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.762489e06"
+          totIonCurrent="1.4742111e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="154"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT78.9248S"
+          lowMz="55.458866119385"
+          highMz="989.614440917969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.1697865e06"
+          totIonCurrent="1.3742856e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="155"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT79.4408S"
+          lowMz="50.284503936768"
+          highMz="992.738464355469"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.5438245e06"
+          totIonCurrent="1.7326366e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="156"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT79.9401S"
+          lowMz="50.401782989502"
+          highMz="988.719421386719"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.14915175e06"
+          totIonCurrent="1.2539083e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="157"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT80.4664S"
+          lowMz="50.599533081055"
+          highMz="992.362854003906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.395767e06"
+          totIonCurrent="1.5588053e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="158"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="385"
+          polarity="-"
+          retentionTime="PT80.9795S"
+          lowMz="52.042865753174"
+          highMz="999.814453125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.26762e06"
+          totIonCurrent="1.5759916e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="159"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT81.4839S"
+          lowMz="50.289066314697"
+          highMz="988.726501464844"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.507645e06"
+          totIonCurrent="1.5692584e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="160"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT81.997S"
+          lowMz="52.576637268066"
+          highMz="988.724975585938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.7354695e06"
+          totIonCurrent="1.6663045e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="161"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT82.4932S"
+          lowMz="51.686111450195"
+          highMz="990.255126953125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.179319e06"
+          totIonCurrent="1.4574072e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="162"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT83.0052S"
+          lowMz="50.082962036133"
+          highMz="991.199096679688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.5436895e06"
+          totIonCurrent="1.3050198e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="163"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT83.5231S"
+          lowMz="52.652767181396"
+          highMz="992.768432617188"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.498705e06"
+          totIonCurrent="1.2865415e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlKcb0VvyatCVzzaRY+Ah0JaFT5FlTEUQlpdZEVz/zdCYINbRWE7ZEJqsCJFg4pVQnP45UWzIqdCdEqiRWzCl0J0oLZFfl4FQnY/1kWQd09Cd2Q4RYYl7EJ5EJVFeQa6Qnu7jUV0oERCf1bTRVkE9UKCZsBFgeKpQoOYbUVtmGRChoL9RWyTHkKLnqVFYUrUQoxbgUWMO2RCj16ORbHyO0KRqdtFg0KIQpIySUV1KCtCkxwWRbsHiEKTyxpFVRezQpgjz0V3l15Cm8qoRYbEC0KcaG9Fh2GxQpyuA0VdujhCoNXeRYTJx0Kg5uFFl/NoQqDsTEXGFipCoOzuRhzqyUKg7ipG2TcbQqDux0az+ylCofMhRatMYkKjF4pFU3YXQqQfy0WCkyxCpEwXRYEan0KmDM1GtQ61QqY1BkWEzzxCp4IFRWUgD0KoBJ5GBOtfQqjepUVvLXNCq15MRWt+KUKr7CtFi8m8Qqvy3UZEwRtCq/eDRdCU5EKr/UZFui1GQqv+sUafy11Cq//KRfTWlkKsAx5FpQB1QqwKeUZa/uJCrAupRY2Te0KsEgBFn+IIQq4Eg0YyICRCrtOcRZysQUKx2odFhj2VQrH54EjvCNBCsgmsRZl2I0KyDIBHyTZ5QrMM60WCiGhCs6ZrRZJSUkKzuKpFubAWQrPG3kW4rddCs/unRdAp2UK10gdGXLziQrXT1UWUdPtCteHTRgNJCEK14xVFiXc5QrXue0YtdqxCtfHXReTw0kK1+3dGKcq4QrX9VkWYYglCtf3QRge78EK1/iZFpEXfQrX+lkZoTkdCtf8BRhr41kK1/4hHC68gQrYAdEdYgTxCtgHLSolKIkK2A0lHX8CnQrYEBEdKt89CtgS9RjAEB0K2BhdGNaxlQrYGmUW2hLtCtgcORaBz5kK2B3hFiAGdQrYIWkYCAJ1CtjGcRetBkEK4A25HwnEEQrgM40ZPCFBCugPjRt4e7ELB55hFfa3NQsHn3UWF179CwejPRqVNXULB6e9Ghe6hQsHrdEmw215Cwe0NRmnEcULB7ctF4Nl4QsHwQ0eVw9dCwl6QRZMyPULD6yBGNd9SQsTBdUV1sWhCxelIR4JfkkLF7Z1F+ClGQsacMkWLDOpCx0vdRX+MIkLIAgBGB3ehQshObEWJPqpCzhRlRk2WKkLUFNdF5y5sQtU/aEWP2kRC1rILRYsD0ELaFNVFsV6mQt09KUWMxC1C3gRfRmIV1ULeCf9Fryx1QuAUtEWVRyNC4BpGRaqQfULh+HpGz6qIQuH/fEWKyQxC4o6OReHQuULmB4hHOALSQu4RwkcYWjhC8fFvRYOvPkL0NYVFhkr6QvU8PEWA7WhC+AeYRcXqlkL8D7xHDJkHQv4HoEX130xDAAjxRkahIEMBBOtFyBP4QwIND0WFMZNDA41sRWnPdkMFDOdGXlN5QwYDW0VtpmxDBlnPRXsVR0MGngZFjw/dQwfU9EVzYadDCMzyRYTXlUMI2G5Fe3EHQwkLmkWtjBpDCwaNRY2DFUMLEtBFq/Y3QwtQ9EVyh59DDvc+RcTkAkMO+ZBGrW/iQxAVPkXYpTVDEgoFRYHw60MSC6ZF1N1sQxMHmUZE1tlDFC0/RYtgj0MVEaBFamReQxb9nkWdRGJDGZFzRWGwDkMaQ5ZFmcyGQxqBJ0XIPPVDHoGrRYbglEMfHr5FdGBiQyDXfUWk8YxDItasRfqtm0Mjuz1FdvvfQyP+L0VnybtDJhwnRWzZhkMnA45GINVNQycEUEbuhTFDJwVNSa2yJkMnBnJGpjRjQycHrUZ/hK1DJw4yRd6JWEMoBIhGMvuzQygGJkdejBlDKQY1Rbd1jEMpmP1HdfqLQyzwIEV1iO1DLQJCRqrsqkMtEpFFk4lcQy0rgUWNiL1DLfxjRl1lhUMuCldG4qzJQzDh20XCu8pDMgzwRh5GM0My+jVF8bqjQzL7lUX0rgdDNaESReQGOUM3v5NFhNRTQzi+jEWC65JDONUlRZVrVEM41q5FnYp7Qzr0gEWIxclDPRHpRcE4KkM9FAtFtPAxQz0U5kWde+9DPRc2RahEjkM9GLtFp51BQz0aPEWbc5FDPu3HRZG+J0M/A7RF3X3ZQz8E7kiDoWhDQAXXRkykMENBaotFtCBjQ0FyT0W2DMhDQXvuRbgkKkNBfFdFspalQ0F+iEbiNSVDQZJ4ReOdoENCJhpFgBtOQ0LtVUgLG8lDQu+pRkXlcUNE4oVFpDxDQ0T0zEWAYMpDRRFDRms9skNGaZ9FkIhYQ0ig2UWBTqpDSTG5RkZZbUNJRbZFxzq8Q0lG7kc1Vk1DSUm5RaNN3kNJXCBGSFiHQ0r/N0aRG6VDTP6HRh/EukNO+NpGTnRFQ1JMZEXOiAFDUtz3RYm4A0NUmZ5FerzcQ1Ttq0ZFxgRDWBR8RcGxOkNY6K9FrVWhQ1ri5UWyY55DXXq4RYHAd0NgVy9FgPCjQ2LyFUWD/plDZ5qiRZKyOkNrAkpFvqO9Q2ujKkWAaY1Db1LARWtDakNwADxFdpKdQ3FqJ0WxdMxDcWwURdyas0NxbOlFyRxfQ3MP20YJVfZDdgr/Rbh+d0N2rtdFkpBlQ3cvmEWXVO1Dfvs8RpbQG0N/+5RFiyMZQ4CCE0dMTuFDgdHWRcYPzUOEfMJF8fqTQ4R+dUk58HtDhIAMRghjFkOE/vBG5M3cQ4V99UZfDjZDid4oRaWzgUOL/q1FoCcsQ498CUW33qhDj+q2RYn0EkOQfk9GZKd0Q5C+nkWJGaBDktL1RYjOoEOUr85FcQcDQ5Y+RUWSFk9DloADRh8pOkOXGztFhDezQ5drykWrSsBDmFp8RieiT0OdnYpFhPDVQ59I9kWXXvdDn0pTRgzIzUOfS65GGADTQ59MX0YfLUBDn02nRjbOY0OfTrlGNVrhQ5+SX0Wiw4lDoApWRYphb0Og7BlGQW/EQ6DuxUeWAcVDoP0cRd3KREOi9JpFdanjQ6RM7EWG5L9DpxwlRZsNwEOneaxGDex4Q6eGREh/UHRDp4hBRb4ulkOniPBFmoqyQ6gGy0ahFiVDqItjRZKgHEOrqaFFn3/iQ6wR/kWNH2RDraMYRZY6wUOwlkNFoEw0Q7Fws0WJmf5DsfD5RiNuaUOyCetGBgmcQ7LmX0XPbz9Ds4YRRiOi7EO1ehFFrL6SQ7vNBkWUEUZDwLS9RZfNH0PDiCRFjKt8Q8Rmb0WYLmhDxJ7YRZMLg0PFbmpFk/ajQ8V2jkWJL85Dxv4WRnsVFkPHLGRFiJM8Q8mIfkWKMvBDzLf2RZyh4kPObc9Fq62CQ9aZCUXAuJZD2IILRo/GakPY+cdFmbybQ97zTkWZtOZD4ez2RX5xEEPiaRdFua0tQ+UQU0WBktVD5SxERX2K1UPlZslF0a3CQ+Voe0YHAZdD5si7RcpBMUPsl2NFzZJZQ+1ODEWLKGVD8T4kRZRKX0PyrWJFgE/NRAMSH0W7+kdEBIdmRZIlCkQHKP9FpupWRAdrd0WhrKdEB20CRl0gX0QHbw9Fg3W3RAsS4EY3N5hED3uERbBOzkQSC+1Fupe0RBde+kWKv/9EGllzRb7WR0QektlFhdQoRB/nR0WAeEJEISrkRkxlskQjBUBFmzxfRCO6/kYJek9EJSwJRgxaGkQprnpFjvV4RCu+NEWbV0xELGw/RYgGJkQs+t1FpR0TRC5V10WABcxEMADiRYJoJUQwhmFFj3FpRDEfykWEt1JEM6efRZFCCEQ14QhFnqs2RDaUJEWbOSFEONYeReypQkQ7UK5FlZoaRD0izEWKw8BEP+jPRXHaKEQ/6i5Fjn5IREF5uEWEFghEQX6wRgeFcURHk7RFkF5ARFB4OEWGG1VEUSSiRYgalERSTh9F1o92RFhoBUWXgN5EWJDYRZFJRERk1/1FqSztRGg2ekW4k3JEaJ57RZO70URs4NBFnOpMRHC+YEXjzIFEcMG/RuvG20Rxav5GAZyZRHSNEUWZsKVEdyI3RZuGE0R3L3JFrzxdRHgxLkWf864=</peaks>
+    </scan>
+    <scan num="164"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT84.0435S"
+          lowMz="50.321678161621"
+          highMz="994.366455078125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.459198e06"
+          totIonCurrent="1.2729324e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="165"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT84.5613S"
+          lowMz="51.163757324219"
+          highMz="997.862976074219"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.3063955e06"
+          totIonCurrent="1.1830491e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="166"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT85.0906S"
+          lowMz="51.580223083496"
+          highMz="988.758850097656"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.8613425e06"
+          totIonCurrent="1.8278572e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="167"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT85.5845S"
+          lowMz="50.422760009766"
+          highMz="989.632568359375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.5718725e06"
+          totIonCurrent="1.4136839e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkmw6EWUbZBCUG7vRYhpJEJSMG9Fq9k9QlKs9UW37D1CV3BcRYf0EEJYTYxFmkRjQlqwCkWs+vZCYQy1RdOMfUJiJ4xFvPSXQmeu0UWG9PVCbHvRRZ/EOEJvV5tFjrI3QnP4+0ZUpnJCdxcSRaIsgkJ39AtF8XqkQn1600Wa+mFCgZUCRbs2fkKHjgtFnzabQopdcEW6zHpCjRd5RZ4iskKOP7xFoEB8Qo7/tkXFF2VCk2+xRY8OjkKTxd5FoSNCQpYEeEYJIm1CnNCIRakv3EKeSApFu8akQp77cUWs5FRCn64BRZ+cwUKg5rpFm2CSQqDuHUdZSzVCoPWORecBN0Kh8xNGTfjjQqJrG0WYrq9CpfGDRcSL/UKmDM1G5FCyQqdjrUWyy8FCqASnRmSoQEKpu41Fko/4QqvywEZ0VutCq/c5RZpPSEKr/PtFqbV9Qqv+nkalfoxCq/9dRnPRsUKsBqxF8NcxQqwKcEZj//FCrAsuRfv7PUKt+xJFj7GRQq4EcUZ6E8lCsTH2RbF9vEKx+SRGqrKYQrH54EkjVlFCsftTRiiToEKyDIBHrflDQrIPe0W2AldCsuUjRbNO5EKy6ahF30r8QrPEHEWj54VCs/uqRgpz0kK0w4FFvZwWQrXSCUZ3L5BCtdn1ReY7NUK17nVGJ3o8QrXx4EY1ppdCtfpfRhcCW0K1+2xGYqKlQrX8fEYStndCtf4MRgsb1kK1/opGhMCKQrX++kYe0iBCtf+JRuszgkK2AGZHru3hQrYBzEqqCkFCtgNQR5gDs0K2BCdHi0UqQrYE/UYpZRhCtgf3RmtPmUK2CFZGVFoCQrYVMkYiN3xCtimuRcGho0K2MalGHTI3Qrf6EUWhz2dCuANvR9TNcEK4DNFGZ0WgQroD50ctXy1CwejMRn+XCULB6fBG1NqPQsHrdUm/bQVCwe0aRr1/4ULB7ZVFuyC9QsHwR0eVh9xCwnmCRa3RuULDiB9FuTzcQsPrEkYArdBCxelLRzpEMkLF7ZZGFSW0QsgB20YHoN1Cy8McRbugHkLMRD5Flqg/Qs4UZEaLH0dCzufpRbhSgELVkWJFqyxzQtxad0Wcq4tC3bHwRaISSULeBFVGODB0Qt4kFkWMMOBC4FIuRbsHq0Lh+ING/DiCQuKM/EYE3V5C5gHmRcNtiELmB4pHbMZfQubHV0XFWLBC6gnQReIQd0LsK/NFmR2DQu4Rz0baiFZC7wKmRcJ1tkL4B8xF7NIDQvj/OkWjvX9C+xcBRZZ3/kL8D69G4C3PQv2DLUW08s5C/geoRdcSCEMACP1GcTlcQwBqaEW1rjlDAQTdRgyvA0MDrhZFqTjVQwUDf0XssM9DBQznRprn6UMHB/JGkUswQwrVo0WyG+xDCxJcRc7QckMMDWdFmzzjQw0WREWiIIJDDvmPRrRVeUMPJk9FrlmOQxAU1kX7exNDEgulRjljdEMTB5lGNYUAQxXVYEW5w4RDFv3HRhI0BEMX6OtFq2u2QxqCpkYOZldDHAHBRaCoN0McuZdFt7CVQxzMKkWhNpJDHhViRb7vm0Mf1JZFpODpQyDR0kWeWLxDI7tpRdpKu0MmMxdFyPURQycB2UX2tcBDJwOTRmi7UkMnBElGzG/ZQycFTkmO5DdDJwfARiGWM0MoBL9FtmxfQygGIUch7mNDKCbARckzCkMpBmlF0AQkQykHIkWTgE9DKZkXR6HgckMtAkZGuMTFQy3OSEXlkxBDLgpRRuxnRUMw4MNGD0IdQzIM6UaUb7tDMlRLRawzEEMy+ixGGeVQQzNQQkWXGrFDNaBYRghdf0M3wPdFphS1QzjWp0XYzrhDOvSMRbmIR0M9EV1Ftp9BQz0R0kWiTOxDPRMmRdHYH0M9FbhFuedsQz0XrkXRqoRDPwTySK9Fj0NABd1GYPPNQ0FyKEXDTsdDQX6BRu4w2ENBkm1GC2FsQ0GTnUW6so9DQu1WSBYLWkNC7wlFws4YQ0Lv/0X1CmBDQ89xRbX9YUNE7DVGKC6tQ0T0y0YJVe1DRQ05RZbM+UNFDe5FndpnQ0URUUZ1AnJDRrw6RbiYDkNINHVFszt0Q0kx6UaJ+c5DSUcRR2v3IUNJXDhGhKRbQ0r/RUaT52lDTKFSRbh0PUNO+QRGNpAYQ1JOFkYHaqFDU+RJRak5i0NU7bRGkZNuQ1ZB/EWh9n5DWBM+RaaP/kNa4p9F5c6YQ1y2OEWbrAdDXkvnRasOvENg5E5F0UmrQ2XgcUWYf7xDZ+rdRZjbhUNta71FrFQ/Q2+9fUWkOHNDcWwWRfiIXEN1eqVFo52DQ3YLMEXvaD9De+W+RarnukN9/MJFnk/MQ35JoEWf3qtDfvtTRjxbDEOAggpHTLJJQ4HRd0YDoBdDhF2lRa5uWUOEe6NFs9GOQ4R+dUkTh7NDhP7dRkilNEOFfeFGgVpZQ4b0LEYMYEJDi/7wRhrY5UON3D5F1d3UQ498JkYJLIZDkH5GRrc390OSfw1FrfD3Q5WEzUW3o31DloAJRd1ZKUOXa31GJcp3Q5hZq0YMhzFDmQpdRbJsVEOdCLxFq3jgQ59F0kW17rdDn0jMRp+NakOfSs9F2crMQ59MLEYilLlDn087RgoiCUOg31VF6qtfQ6Dr/EZms+tDoO4xSAWB10Og8GFGIpwuQ6D9GUYYpO9DomQTRbDVCkOkTRJGFoxcQ6eGQUgKWpRDp8JIRaI2REOoBrpGiLTNQ6iKH0YdVQdDrWwwRbrEvkOuWU5FrBiNQ6877UWko+ZDsddkRbGrPEOx5elF/GLCQ7HwakYS83tDsgkzRmkxIEOy5i9GCpc1Q7OGL0aNaCFDs5ycRcCO50O3PSlFwEyLQ7xqeUWqgjtDvYq6RfPj9UO+wA9FyuMjQ78IhEWvloRDwvdFRav8iEPDiCtGVoB/Q8QyJUW4cF9DxvzURqAubkPMIfFFqeHKQ9aZAkYYFU5D2IIXRnIl+UPlZttGbTwsQ+yBrEW2ui1D7JgERgy4wkPvgzpFol40Q/Tv60W26QhD/KlcRciLuEQCkPJFuw5CRAMTxUYP08dEBEpcRbXgSEQHbDRGYX2oRAnwPEWwzVdECpjzReNl7EQK+gBGHR6VRAsSbUZ00nhEEgupRlMzbUQV8/hFsrKWRBmq2UXW0e1EISnZRpB1W0Qju5hGaYK5RCUrTkZsdAZEJbr3Rbb8qEQpBfxFu2NKRClNdUWyILpELhqdRbZipEQuWQhF28wdRDRC2UXEdlFEOBs0Rbv28kQ41sxGNN7yREF+wkYtKwREQgcmRaTm8kRFRf9F6OFaRElG+EXTs+dEUP1pRfnstERSTklGEFN1RFYX8UW94gZEXxrSRbnetkRg321Fy2BzRGV/7kWsXGlEbCHxRcg0UERwwAlHI9/5RHFsR0ZYF5ZEd2h8RcmSwA==</peaks>
+    </scan>
+    <scan num="168"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT86.0904S"
+          lowMz="50.202693939209"
+          highMz="988.768615722656"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.0521715e06"
+          totIonCurrent="1.1122888e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="169"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT86.6219S"
+          lowMz="50.059921264648"
+          highMz="988.789794921875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2203335e06"
+          totIonCurrent="1.3178316e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="170"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT87.1316S"
+          lowMz="50.354885101318"
+          highMz="999.930480957031"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.8805775e06"
+          totIonCurrent="1.2329008e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="171"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT87.6474S"
+          lowMz="51.225337982178"
+          highMz="992.309936523438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.460837e06"
+          totIonCurrent="1.3971398e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="172"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT88.1528S"
+          lowMz="50.866912841797"
+          highMz="993.877746582031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.445727e06"
+          totIonCurrent="1.4086011e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="173"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT88.6518S"
+          lowMz="50.678512573242"
+          highMz="973.18017578125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.4843605e06"
+          totIonCurrent="1.0944879e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="174"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT89.1791S"
+          lowMz="50.135112762451"
+          highMz="999.085998535156"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.853833e06"
+          totIonCurrent="1.397945e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="175"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT89.6771S"
+          lowMz="52.963584899902"
+          highMz="991.017761230469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.2204055e06"
+          totIonCurrent="1.0498123e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="176"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT90.21S"
+          lowMz="51.677280426025"
+          highMz="997.680236816406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.0958665e06"
+          totIonCurrent="1.3086985e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="177"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT90.7158S"
+          lowMz="50.734466552734"
+          highMz="996.883850097656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.580176e06"
+          totIonCurrent="1.2870381e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="178"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT91.2242S"
+          lowMz="50.102306365967"
+          highMz="988.743530273438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7267875e06"
+          totIonCurrent="1.3456065e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="179"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT91.7316S"
+          lowMz="51.579658508301"
+          highMz="988.759765625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.584102e06"
+          totIonCurrent="1.2759925e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="180"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT92.2467S"
+          lowMz="54.627201080322"
+          highMz="995.362365722656"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.026338e06"
+          totIonCurrent="1.2339545e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="181"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT92.7525S"
+          lowMz="52.433300018311"
+          highMz="988.727478027344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.892648e06"
+          totIonCurrent="1.4419769e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="182"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT93.251S"
+          lowMz="51.36483001709"
+          highMz="988.742736816406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.6297175e06"
+          totIonCurrent="1.3600845e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="183"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT93.7568S"
+          lowMz="52.502956390381"
+          highMz="988.742126464844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.740521e06"
+          totIonCurrent="1.4248963e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="184"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT94.2575S"
+          lowMz="54.879047393799"
+          highMz="988.746948242188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.6383955e06"
+          totIonCurrent="1.1783852e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="185"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT94.7784S"
+          lowMz="51.157775878906"
+          highMz="999.648986816406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.287195e06"
+          totIonCurrent="1.4091002e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="186"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT95.286S"
+          lowMz="50.570720672607"
+          highMz="988.746154785156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.0626005e06"
+          totIonCurrent="1.1113025e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="187"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT95.8065S"
+          lowMz="50.921291351318"
+          highMz="988.749755859375"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="5.3912515e06"
+          totIonCurrent="1.4483774e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="188"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT96.31S"
+          lowMz="52.533229827881"
+          highMz="992.134033203125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.937568e06"
+          totIonCurrent="1.5199753e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="189"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT96.8149S"
+          lowMz="50.053291320801"
+          highMz="965.653381347656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.223111e06"
+          totIonCurrent="1.1864938e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="190"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT97.3425S"
+          lowMz="50.419216156006"
+          highMz="986.077209472656"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.639964e06"
+          totIonCurrent="1.3062933e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="191"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT97.8616S"
+          lowMz="50.163516998291"
+          highMz="988.768005371094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.067431e06"
+          totIonCurrent="1.4697315e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="192"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT98.3663S"
+          lowMz="50.69157409668"
+          highMz="998.958679199219"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.95971825e06"
+          totIonCurrent="1.1423233e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="193"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT98.9013S"
+          lowMz="51.865734100342"
+          highMz="988.762817382813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8003465e06"
+          totIonCurrent="1.3743048e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="194"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT99.4232S"
+          lowMz="52.426727294922"
+          highMz="990.567321777344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.541073e06"
+          totIonCurrent="1.551813e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="195"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT99.9203S"
+          lowMz="51.479679107666"
+          highMz="965.719116210938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.3174585e06"
+          totIonCurrent="1.4386136e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="196"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT100.425S"
+          lowMz="51.039924621582"
+          highMz="973.277221679688"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.1948315e06"
+          totIonCurrent="1.4543126e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="197"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="400"
+          polarity="-"
+          retentionTime="PT100.925S"
+          lowMz="50.013130187988"
+          highMz="979.537109375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.31742e06"
+          totIonCurrent="1.481349e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="198"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT101.44S"
+          lowMz="50.446056365967"
+          highMz="989.655090332031"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.7665285e06"
+          totIonCurrent="1.222922e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QknIw0WE+z5CTxOYRZLNSkJPc5JFcKdhQleRoUVk8I1CWHGNRXoDqUJZmwtFnHktQlxu4EWYYiNCXMlbRYZZQkJhgs9FifQ+QmNZq0V5fAhCZBZRRZbtLEJkU7lFh6tvQmR/90WHaR5CZo7uRZE1IUJnssJFjHhuQmh/x0V2t5FCa5ZaRYHJNkJwatpFiyPAQnP47kY/8+1CeLvNRXfdwkJ6r8RFhOkoQn0YWEV9sIRChWP+RYmjRUKId3lFkHCIQojvY0VbSn9CjT0NRXjjikKQbIJFb7QFQpFd80WFnEZCkcvERVsHs0KR/HdF0ZRfQpJWykWAKDxCl1+vRWMxr0KXa71FoOmlQpjJWEVnvFpCm9VnRYSsm0KdkoRFmD+1Qp8BaUWGV7NCnxQHRYKr2kKfZhhFZS1ZQqDoUEWcuO5CoO41RhhbW0Kg7wtGmDv3QqDvt0ct3aFCoPK/RZzc+0Kg9nJF5qS/QqF9/0WDHU9CofMZRjMaLkKmDNhGiXiUQqYRw0Vd/n5Cpp++RYBNjUKnLI5FbCFvQqdMdUV7x3ZCqASiRgBne0KohclFmczRQqkx1EV6Gk1Cqg8MRnKZuUKr8GdFgqwMQqvyt0YBgeBCq/SFRd5vDEKr92NFr3k/Qqv+mUaDiqpCq/+0RgSe0EKsAEJGC9qFQqwBAkXEgBNCrAFTRbAjEkKsA41FodSiQqwKc0XniZBCrgR7RqsT6EKuh4pFnzNBQq87UEV3+lJCsBqIRY6IzkKx+JJGButoQrH5JUakswxCsfngSQQjmEKx+zRGHJD2QrIMekeSYZtCs4hyRYTLGkKzuKNGAClTQrWBKEWIqCNCtaogRYitkkK10hVGSytnQrXUzEWQWmxCtdtdRe+daUK13xdFn3vVQrXug0Y2/2pCtfHkRdKclUK1+qlFhFXcQrX7QEYTbCtCtf2GRaVLjUK1/eFGMAGNQrX+iEaZ5NFCtf8dRZKMO0K1/8ZGtKNGQrYAdEeoILZCtgHLSpF2gUK2BDRHBNDCQrYEtUawmJNCtgVzRnqVpEK2CC9GXHe2QrYRqkXIZYJCtjGMRgDflUK3BRhFgZJ5QrgDb0ewmMZCuAzaRk98GkK4VkVFt6dNQrn8qkWKEcpCugPgRuQ9DUK7YUdFZiZ4QrxUkkV+bl9Cvq8bRX4hBkLB6D1FmCwdQsHp8kYgFplCwet0SUYsUELB7ORGSZwEQsHuP0W9+Y9CwfBMRzXqIULCR2RFe8yrQsXpQkbqjGFCxe2hRZmkxkLIAeZF/ZsoQs4UbkXZa5BCzxDJRXtLakLSUJlFjSwaQtY+QEWFDglC1nPXRYhsvULX9ftFhKukQtoUv0W5aIdC3gRiR8V7BELhLQtFgJI4QuExp0WtcHNC4fiCRr/TDULiT1VFkV+0QuKIbUW1485C5P0qRbZ7zkLlsxhFgp90QuYHg0dpXe5C6fcjRbvbUULrixhFl0MIQuyYY0WCocRC7hG6RfJ4eELuakpFhLEsQvDBaUWIJ6dC88hzRZY7U0L4Zf1Fh/FmQvjiNUWafKtC+hyyRX80hUL6mNZFiPC6QvwPrEadlsNC/geJReQWHkL/WPVFejb9QwAHr0W7yVlDAAj6SIvGskMBBOVHB015QwEJzUXONwhDAgOeRYltJEMCDP5GaWmRQwUM6UZmhKtDBUKyRZOiikMKMLtFgQVUQwrC3UWOLeFDC86uRYwRTEMO+X5GcWBGQxAUmkWxcJlDEgw+RYZuzEMS8B1FnVSjQxcGo0eJB85DH0ixRZ2FDkMgArtFiiLyQyAPqUcIM61DJwVERbWDc0MpVDZFb1U+QymXSUWn3gJDKZjZR4Ke8UMpmcFGDTwAQy0CQkg6gwRDLQ5MRhgHyEMtkbFFjeb/Qy3MZEV1n4BDLgMTRf+FWkMuVmJFy/v/Qy9U5EV1ifNDMOGSReGl+EMw4n5FcvhBQzIM+EZrud5DMvoyRmLGXUMz8T1FlVA+QzWfpEWVqdRDNaESRbzca0M1+CRFnetEQzeQU0WkgrtDONXBRfcRDEM7LfZFlD7iQzxZm0WJEpJDPQPWRY7eCUM9EBBFp+W+Qz0RSUW8OGBDPRIqRaMzHEM9E65Fp5HpQz0UZEXZps5DPRWnRajn6EM9F/pFumtoQz68i0We7fBDPu3NRd0A9UM/AvxGfClUQz8E7kn6sYJDPwgcRgpNukNABcdHxoCAQ0EF5UaL7OtDQVZaRYSBIkNBav9F4KN5Q0FyUkWlsENDQX7zRrDQ3ENBgBBGBPgNQ0GBGkXeWApDQYqcRZrrhENBjsJFjZ+bQ0GTDkWFe2pDQu1YRyEQG0NC78JGMlH9Q0PMMEWWjY1DRPPWRewctENE9XFFpU+hQ0URfkW8j6NDRosERZfJV0NJMPtGUvm2Q0lGJ0dFW3ZDSVtYRkLvM0NJ5+hFp5R3Q06f+EWPXYlDTvjlRnGBqUNSTsRFzyZaQ1TtuUZH10FDVzr+Ravt6ENYFDRFy87qQ2AOrkWTxllDYQ0/RZxwtUNhDjJFia6wQ2FrSEWa7eZDaPz4Rln/KENxau5FgiQkQ3QBgkWkUYxDdHWARZIxRUN4/glF5GszQ36nS0WWzHNDgn3IRg0lZEOGQRNFnJKRQ4b0w0We/b1Dh7nURYPYq0OIkopGJfbIQ4rXv0WKDxFDiwGnRXcaDkONr3FFmcvuQ45sekWOi+pDkH5LSDkpjUOQ98hGHUDhQ5D+pEXkKQ9DkX2dRcgWBkOTZ69Fh1fjQ5bWOEWV1rRDl2riReMh+UOXbCNFtbbkQ5haT0ZNLilDm3umRY0g0EOceOhGWdF7Q59FFkY4KTZDn0c8Rdy2HUOfSX5GcNlPQ59KrEYnk3pDn0v/RflMU0Of5mFFiVv+Q6DinEWai9ZDoO0VRg0qdEOg7nZGwY1CQ6DvuUfJ5UlDoPVtRZtAXEOg/SxGDv4HQ6PjI0WYIMFDpEyIRaweHUOmHRJFnOgpQ6ZmVkWRCQRDpwvMRZa48UOoizxGBpkrQ6mVw0WNpBdDqhOlRZCeokOsEnVFnCZOQ64RJ0WDH8pDsPlURYFnJUOxpdxFlZULQ7Hw7EYJaIZDsnmFRaKSbUOy5btFqI5BQ7Lmu0WQLe9DtB7BRcJ+zUO7OApFwLgzQ77s1kWMqNZDv4W8Rg5pvkPBDq5FjNBTQ8FWK0WLA4pDwkwMRYoui0PDiARFjAhHQ8b9yUZWAxdDzPE4RYu9jUPRyx9FlgipQ9HMSUWBfHBD0lTIRaY0bkPSv+NFlW+MQ9ZfK0WD80hD1pgoRhR4WEPWmfJFuG3DQ9huOkWFeBZD44NtRaYoy0PlZ/lGVRs7Q+o1fkXRKOpD7JdMRZiCQUPsmXZFvNw2Q/Nv1kWL/KBD+FcHRZMUxUQCEv5FpjRcRAMTOkWNmslEBo3VRZzDN0QG/ndFhRwYRAdsn0YjWlJECRo+RYUNvUQK+qhF8mmhRAsS4UXOYIBEDTb4RaN6OUQSC2dFyxiwRBMcq0WKTBhEFCr2RZlYz0QVINVFkSCNRBhdK0WSwb5EISqwRmdpDEQh1GBFltioRCO69EWvMJFEI7yARbF9XEQlLIVGMYccRCeHW0WR5qVEKKF8RaKTqUQv57hFnDZ4RDUDokWwamxEN9gWRbDvoUQ41hhFkvfuRDjYJUW01gFEPPKlRaBrOkRBf0NGLF3jREJSD0WjBLZERSpaRZON90RSTchGBGqTRFexBkWTLbxEV/H2RZmKN0RaSclFgsFHRGVeYkWMW/VEZkbFRYr4aERq68ZFleTVRGzWX0WgaF9EcMFgRvnpAkRxa89GDx0aRHdp7UWjqBc=</peaks>
+    </scan>
+    <scan num="199"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT101.955S"
+          lowMz="51.970218658447"
+          highMz="998.715942382813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.014101e06"
+          totIonCurrent="1.1253794e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="200"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT102.483S"
+          lowMz="50.446071624756"
+          highMz="988.78466796875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.285173e06"
+          totIonCurrent="1.1611289e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="201"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT103.002S"
+          lowMz="50.160106658936"
+          highMz="988.774169921875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.675433e06"
+          totIonCurrent="1.2481962e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="202"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT103.524S"
+          lowMz="51.701351165771"
+          highMz="999.075744628906"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.2103665e06"
+          totIonCurrent="1.3080833e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="203"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT104.024S"
+          lowMz="50.655242919922"
+          highMz="996.827270507813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.49202e06"
+          totIonCurrent="1.170082e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="204"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT104.554S"
+          lowMz="50.905834197998"
+          highMz="996.485107421875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.747232e06"
+          totIonCurrent="1.3873516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="205"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT105.061S"
+          lowMz="50.592826843262"
+          highMz="965.713134765625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.17779e06"
+          totIonCurrent="1.5042031e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="206"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT105.561S"
+          lowMz="51.162487030029"
+          highMz="989.656188964844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.391101e06"
+          totIonCurrent="1.2729128e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="207"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT106.066S"
+          lowMz="50.029514312744"
+          highMz="988.767517089844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.248133e06"
+          totIonCurrent="1.2199777e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="208"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT106.576S"
+          lowMz="50.863033294678"
+          highMz="988.724731445313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.736169e06"
+          totIonCurrent="8.925045e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="209"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT107.103S"
+          lowMz="54.948707580566"
+          highMz="988.768493652344"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.5590585e06"
+          totIonCurrent="1.0629107e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="210"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT107.622S"
+          lowMz="50.930282592773"
+          highMz="999.648132324219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.1951875e06"
+          totIonCurrent="1.1545245e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="211"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT108.137S"
+          lowMz="50.22660446167"
+          highMz="988.762512207031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.272896e06"
+          totIonCurrent="9.686998e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="212"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT108.666S"
+          lowMz="50.371921539307"
+          highMz="989.165100097656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.6264695e06"
+          totIonCurrent="1.2654436e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="213"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT109.176S"
+          lowMz="50.203338623047"
+          highMz="988.765380859375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.731658e06"
+          totIonCurrent="8.2944e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="214"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT109.716S"
+          lowMz="51.301704406738"
+          highMz="992.784362792969"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.341223e06"
+          totIonCurrent="1.1092802e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="215"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT110.231S"
+          lowMz="50.794467926025"
+          highMz="994.116821289063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.1943905e06"
+          totIonCurrent="1.3124225e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="216"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT110.733S"
+          lowMz="50.634895324707"
+          highMz="988.765075683594"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.403885e06"
+          totIonCurrent="7.9362e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="217"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT111.286S"
+          lowMz="50.867462158203"
+          highMz="988.751281738281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.0000365e06"
+          totIonCurrent="9.297251e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="218"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT111.812S"
+          lowMz="53.111709594727"
+          highMz="988.757873535156"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.606391e06"
+          totIonCurrent="8.302601e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="219"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT112.354S"
+          lowMz="51.94953918457"
+          highMz="993.894470214844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.939359e06"
+          totIonCurrent="1.0460052e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="220"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT112.877S"
+          lowMz="50.897270202637"
+          highMz="994.958618164063"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.492524e06"
+          totIonCurrent="1.3419907e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="221"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT113.373S"
+          lowMz="55.261764526367"
+          highMz="988.763977050781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.066853e06"
+          totIonCurrent="1.2857048e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="222"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT113.883S"
+          lowMz="52.155422210693"
+          highMz="988.747802734375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.98117e06"
+          totIonCurrent="1.0573621e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="223"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT114.397S"
+          lowMz="50.25110244751"
+          highMz="988.731384277344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.8865625e06"
+          totIonCurrent="1.2338751e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="224"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT114.899S"
+          lowMz="52.644844055176"
+          highMz="990.700561523438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.5372425e06"
+          totIonCurrent="1.1942164e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="225"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="375"
+          polarity="-"
+          retentionTime="PT115.406S"
+          lowMz="51.729782104492"
+          highMz="988.734497070313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.5476175e06"
+          totIonCurrent="7.6864875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="226"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT115.955S"
+          lowMz="52.741542816162"
+          highMz="988.769897460938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.923681e06"
+          totIonCurrent="9.968033e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="227"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT116.475S"
+          lowMz="51.075267791748"
+          highMz="990.094177246094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.1569975e06"
+          totIonCurrent="1.2107483e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="228"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT116.978S"
+          lowMz="50.655307769775"
+          highMz="994.971130371094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.412475e06"
+          totIonCurrent="9.132736e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="229"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT117.507S"
+          lowMz="53.806495666504"
+          highMz="989.880920410156"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.257035e06"
+          totIonCurrent="8.895672e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qlc52kVnB5VCXOIZRV1ut0Jc/C5FTtr3Ql7Dx0V0Dc9CXzYXRUPFeEJi1htFUybQQme0QEVdBd9CbFs0RVZIQUJz+N9GbCVHQnRZT0WWXqlCd0fPRVX6kUJ39AxFl+jhQnjqo0Vdd79Ceb+GRVMQ+UJ8vpZFaT4xQoGWBEVufiRCg41GRVgnk0KFQzhFT4ChQodP0kVZG8dCh2UqRXnsRkKIO/xFWevXQopycUVaErBCiuwiRUW5a0KL/ydFdOZvQpBzJUV3blxCkN2LRVH82kKRis1FhcLOQpGh60Vg279CkxxfRYtACUKVixFFX7pxQpYEfEXA3PVCmjohRWNeyEKbkcBFVaf0Qp1Ie0VDzHJCnXYrRUmgXUKeG/JFShWsQp6P+0WGkoxCoOhmRV0tGEKg7axG2waaQqDuZUa9THVCoPF7RX0w60Kh8xhFrcdiQqIbMkVBxahCpgzNRrof2kKoBKlF199kQqoPBkYN7/hCqhszRXbFK0Kr8q1Fhl70QqvzpkXE2b9Cq/QjRgoOdkKr9OJFphyhQqv45kWZMfhCq/7FRZDQ+EKr/3pGCorkQqwACkZ+setCrACqRl0LmkKsB8pFs9mCQqwKmkWzvkhCrAssRY9BqkKsC+xF14reQqwMgkWqYoFCrgRqRh3DNEKx+dxJQTEQQrH6oUcSiAtCsfxfRgnh50Kx/blFqJwcQrILeEWOxKNCsgx6R5TuV0Kz+4lGEj5FQrWx/EVi3QRCtcBKRY0I6UK10e5GaqGvQrXWVkVShoZCtdm0RYOFDUK14cNFx3KCQrXkq0VlZAtCte5pRgpZnEK18dJFiuOKQrX7WkaDBNFCtf3ARkagnUK1/mJGVTA1QrX/iEZkgg1CtgHFSoHqFkK2Ao5IYkf5QrYEP0a74ZNCtgTqRis4D0K2BbFGQ076QrYIFUZpSTNCthHURYfUcUK2FQ9Fvvi5QrYcwUVSscxCtjGgRhDB5kK4A2ZHtVRAQrgMy0ZTMO1CugPfRxchb0K68kBFWWNiQsHpxUXkWblCwepnRnzPnULB63FJBiyYQsHsXEbJtfpCwezSRiPqaELB8EdHM23zQsPq30Ww/lRCxelERoOFJELHuUhFaM+YQsgB4UYJClhCzhRcRpsMZ0LOrgdFfR8GQs8sXEVd6W9C1BTcRY9jV0LaFKNF4wfGQtqRt0V7gOJC3gRORozdhULe5axFZ0pXQuAaNEYJRZFC4TK7RUW1KELhiNpFa9zMQuH4fUcWVsVC4liiRV/8q0LmB31HRvFPQunqhEV2q/1C6fcJRiv7RELqCbJGKNhzQu2MkkVckJZC7hHRRgou2kL2GzBFYUwuQvaENUVvsfNC+XT0RV3cfUL8D6xHARxHQv4HfEYFcCZC/lBcRXLRa0MAXt1FczaIQwD1ikXIV91DAQTdRvse8EMBtP1FfqasQwMI9kWicrRDAxV9RYGyx0MDrv9FhJo/QwUDh0WbJrJDBrprRVKmhEMG/lhFmsVFQwdHQkVqZUpDCkOSRU0gtEMLExNFiEe9Qw75jUYl5zFDEvAsRgqqg0MTB51GFER2QxMqYkVlAjZDFQu1RXNfWkMW/chFt/bkQx6bM0WR2Y5DINdjRgIJSkMhAbhFbi3vQyLWyEYZIO9DJPJ7RY4LdUMlCr5F7eBbQyUsBUVzg8NDKZlgR2HKdkMpmnZFi+f/Qyp6wEWBdNFDKwpoRomajkMtAj1IQWaaQy4DKUWYq8JDMOBrRad9K0Mw4h1FlfuVQzIM70aKQZxDMvovRrzNvkMy+61GL/Y4QzWhZ0XKs0BDOXKxRVJ4p0M69F9Ftj4rQzwOQUY2Jh5DPQo3RqdCv0M9D+JF4S8rQz0Q/0WWYEVDPRGsRYF5JUM9Ep5FhNG+Qz0TkkWW1KBDPRU5Refb3EM9FoBFvMOoQz0XiUV9q9NDPu2ZRg6ScUM/BOxHx/83Q0Fz50WTCrlDQX7QRXy2DENBgBNGpZGbQ0GBIkYGJHBDQYxnRZ3/gUNBlBpF/zdxQ0LtVUaZNQpDQ89kRgtR9kNFET9GAIECQ0XO6kW+lyVDR83QRa0ankNJMfdGKt8dQ0lHOkcyUCBDSUuhRY+7jkNJXGNGMwtUQ0rwz0X5L/1DS6opRWi6vUNM9QBFWUNbQ0745UcZjf9DT1JlRWI5B0NU7b1GpGhnQ1UeqEViTnRDVVi4RWYUoUNXOtVFqlbgQ1gQWUWNYDRDWBLdRZOp7kNdiMFFlf7XQ13MjkVh3ldDXeLeRXv72kNePjNFZ+g8Q1790UZZX8JDYQ/sRsxTJkNhEZlFhjXKQ2Vd0EVaDH9DaqUcRXdYx0NzD2xFZrmlQ3MQa0Vs+8BDeePwRWwdHkN9F8ZGfvZlQ4HRuEWSNwRDg24IRXw6jUOFxB9FkPn9Q4gzK0VxeBJDiqXuRX5uN0OKwHVFal3fQ4v/N0WjrsVDi//uRYfZqUOMANtFkeN/Q46HzkXmLEFDj0S6RV7T4EOQfjVF7+OTQ5Ggl0V56T5Dk3kgRYSazkOT6IRFiQsVQ5Tc0EVqNnZDll++RYp+s0OXbctFkgJdQ5hZw0Xl45JDmOR/RXlm2kOb9FpFbXQ4Q59R60W0XalDn1MXRZYKeUOfVThGm9VsQ59f+EWBfwRDoO3LR6JvC0Og7x5G7lUPQ6D12EWe8KBDoTKHRZRHC0OiiJZFjJHpQ6ROP0WFY45DqIsVRdEuKkOqCFRFhuaQQ6wktEWDwBdDsfFwRgHTiUOyCkJGANd6Q7LpPEV8DfRDsxqCRY9AZEO3ddFFguqgQ7q0sEVhNGpDuun8RYWq/0O96KdFaOBvQ8PxuUWPHXBDxKZFRXPVYEPFup1Fc4oqQ8bCTkVcKBxDxvncRYtuWUPG+wZFit1gQ8b9TUYG0WtDzB3iRX5lPEPMk/FFcLf+Q862tEWUHEdD2eO9RWd58EPcze1FXzK9Q92aSUWVYeFD5WflRkY/fEPqaClFYf3SQ+yYs0WnEcxD7Jl7RaxM5UPv+UJFZ9fOQ/rcz0WBc+xEACpuRWMjnEQDFM1Fs0BURAcz9EV5qkZEB2xERho2bkQHc/tFftzQRAqdQ0V8zShECvr7RYybyEQLE1pGNfATRBH7V0V/AstEEhPeRV2cJ0QUH0NFatCbRB1dbEWGVkpEHaMARZPRmUQeoPVFc5fgRB9TH0VugT1EISleRiglhEQi8a1FddBpRCO8mUXshcxEJSwgRi/rAEQm3KRFl9cVRChd0EWJDNpEKZ7jReJIwkQr1GFFgB1lRDHNV0WSGYNENYIBRXK4bkQ41mlFgYnERDjYJkWnYylEObAIRWohgUQ9QiZFdCAjREGAOUYB4PBERbRsRWy/mURHNH1Fit12RElHoEXid5JETG7/RX2k80RREspFuVn3RFErkUXaVFVEUT6/RYpaN0RST69F6tJRRFSb1UV1MCREXqjVRZ9/aURqxCVFdXIkRGzRdkWI7NdEbWsuRY2pjERwvt1GoGUoRHDD3EYtaoBEdzBSRZ4EikR3eGFFiEu2</peaks>
+    </scan>
+    <scan num="230"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT118.036S"
+          lowMz="50.421432495117"
+          highMz="991.598815917969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.5507585e06"
+          totIonCurrent="1.0973392e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="231"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT118.544S"
+          lowMz="52.118724822998"
+          highMz="989.672973632813"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.6770235e06"
+          totIonCurrent="9.392019e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="232"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT119.068S"
+          lowMz="50.263935089111"
+          highMz="991.077697753906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.667585e06"
+          totIonCurrent="1.1074943e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="233"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT119.578S"
+          lowMz="50.385181427002"
+          highMz="988.744323730469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7567295e06"
+          totIonCurrent="1.1626276e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="234"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT120.087S"
+          lowMz="50.564010620117"
+          highMz="988.738403320313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.395139e06"
+          totIonCurrent="8.946738e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="235"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT120.611S"
+          lowMz="50.422607421875"
+          highMz="988.748840332031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.295482e06"
+          totIonCurrent="8.838933e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="236"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT121.144S"
+          lowMz="50.327156066895"
+          highMz="998.620849609375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.386743e06"
+          totIonCurrent="1.0217275e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QklPAkVs3+JCUlvgRYH2FUJUMXlFcCzZQlkQzUVnrdhCWstzRXgYxkJh9V9FgH5pQmMGj0Vuvc9CZTtyRXAMVUJnXbNFajSdQmf7akVttLlCaZ/nRXU+HUJqGShFfUWKQmrJukV/nARCas4PRWSKrUJxlDxFfOF1QnH05kVwkihCc5D8RY46ikJz3m5Fo01dQnP450ZEZMFCd/QIRclJrEJ9dM1Fq2E3QoLcEEWSdvRChwoaRXmo+EKRiqNFs4YoQpH8XEXDlYtCksveRXoceEKS5JRFb7/dQpMc/kWMXENCkyGvRYh/j0KYCFhFhXqLQphrkkVtRqJCmsSoRYKlcUKbAhdFkNYiQp0QZUVy4iVCoO3hRxfPk0Kh8x1GRIWvQqNdnUV3DElCpBTyRdiUrUKkKCpFczv5QqRNc0WcS9VCpfGeRajkD0KmDM9G+nxiQqgEmUZXg01Cq4L6RaR9IEKr87lGNuHrQqv4YUWrUjZCq/+KRr05xkKsADpGBYSkQqwEOUWa+o5CrAbHRZ25tUKsC2tGVS2jQqwyRkWZJHxCrgR3RjMe6kKuCkFFpHocQrFafkWDGTlCsfiURk9E7EKx+d9JN66qQrH7MEXGvOZCsfy+RZlgE0KyDH1HwWRuQrL2U0WNmGNCs7ieReuy40Kz+6JGGjIWQrXR5EZ82gFCtd9rRaGRV0K17mxGORnbQrXx4EYTLuJCtfpSReR2E0K1+yxGHTniQrX7kEXVAvBCtfyZRa86ekK1/c5GZb2PQrX+4EcCtO9Ctf91RozuXUK2AHZHsyJnQrYBx0qkY+5CtgMpR19wDUK2A+VHcLF+QrYFBkaV6ZNCtgV6RYlphUK2BshFsJsYQrYHMEYeJe1CtggmRn6agUK2COJFxHihQrYJfUX1kgZCthGoRZpDNkK2FSdFpgZuQrYxu0YSF9xCuANmR99970K4DMRGv5ezQrhWJUXIBhpCugPjRzTc5ULB6fpGGWq4QsHrcEkKWDlCwfBKRzrN3kLEDHpFrOYJQsQgfEWNgBFCxelFRnyvAULF7aBFjE72QsgB8EZCP5ZCzAn8RYt0ZELMCtZFhZ0YQsy7pkWotGxCzNDmRYIILULOFGVGqDcmQtPgmUWCFFRC1BTcRZYp90LaFMBFsO4iQtp3wUWJimRC3BQ1RZa7eULeBGBGLtfuQt6uoUWivvtC4cIqRZ2hLULh+IBHIVyHQuIDw0WKzrNC4oglRe3PEELmB4JHsLQFQun29UWkI65C6gnORh2nN0LsBYFFhicJQu4RukYcr/9C9F80RZWOEUL8D6xGzgobQv4HikXm/jtDAAkLRZfhR0MBBOZGpD7oQwEeO0WEgM9DBQOvRch21kMG/kpFtu+OQwfl0EWJcdZDDvmMRjPzJEMQErlFql2DQxCWPUWkbJFDEYt3RYcvC0MSC79F7bz0QxLwRUX5V05DEwejRk/O20MW/eBF57QZQxqCmUXPuA5DIIpIRYGH10Mg13FGX21wQyIJFEWOMe9DItbCRoclt0Mi+21Fgcj6QyTR+kWcng5DJQqwRhgxokMlQQ5FiPSYQyWJVEWSOqtDKZiqR4RE0kMqRE1FkDB3QysKa0cLzMJDLQI+R6jO90MtzrpFs4gzQy5UEEXfozFDLvSiRbPm6UMw4PJFpHh/QzD6sEWH12VDMdjeRYAqeUMyDPpGkLOkQzL6L0aoYnVDMvucRmjrlkM1oilGIDQRQzjW50YYr1lDOV5eRX0+Y0M69EJFgarkQzvvD0WQF7xDPQpAR1xlkkM9D8tFgMm4Qz0S8EV6oLtDPROBRYoRAkM9FBpFlLdaQz0VhEXy5vlDPRbNRdjdzkM+7aJGU8l7Qz8E7Ue5k15DQAW3Rb+bRENBX5FFgdSFQ0FriUXReH5DQXNcRfrLWkNBf4JG5bw8Q0GTiEX4i11DQq99RZK9S0NC7VRGpM4qQ0PPbUZvi4FDRN7VRYzStkNE9SVF4qAWQ0URREYcqWpDRc6pRpNspkNJMbVGSDVGQ0lFtkW58ipDSUbsR0IluUNJXBlGWvDHQ0orR0WJPtRDSvD6Rc0vqkNOdhNFkpCxQ0742EcgmCZDUdSXRZCBjkNSTmtF7+vdQ1TKeEWQ3FtDVO2/Rp+UQENWtvtFlakZQ1c4eEW80dRDWLtXRYTEWUNZQNpFmRizQ1spTEWBsy5DXK1ARYrxnkNe/cNFv/6+Q2EQCUcX+/FDazjDRYYDvUNtZJdFeLASQ22eH0WH0MBDcWxSRbWbIEN24qNFgkDbQ3yOakWGhnxDfRehRfaTf0N9sz9FjHykQ3/onUWVHkRDgMyzRYTtJEOB0ZtGC0CGQ4IwCEWPLVdDg8gPRYMQm0OFsZZFjiNVQ4YaJUWHe3BDhtwmRYT5TEOL/i1FlyN0Q4v/M0YgZTJDkH5PRf4+Z0OSrT9FlWD4Q5drq0W80BpDmALsRZXeCUOYWKpFtDwrQ5hZuEXLc2tDmwQfRY49UEOfSmFFsQTeQ59Ng0WegWpDn096Roge30OfUXdGLnIBQ59SykXUBgVDoAfhRefll0Og7f5Hy8R2Q6DvOkbZz6pDoP0pRaf2RUOh13VFmgM2Q6U87UWIY5ZDqIswRj2CiUOtm6FFipQ7Q66LpkWikQxDsfIWRfLrd0OyCvNGDmI+Q7LmWUX0A5hDvWX3RZPFn0O9fwVFrAyEQ8B1U0XDIaVDwyMaRZbFdkPDiFtGA62EQ8RsCkWSUxxDxNkjRY/irkPG+75F84YtQ8b880YpqgNDx5ZvRaORr0PRfDZFhjjmQ9UjY0WLFCxD1USHRYfO2EPWmRxGNnVOQ90e4EWKBgVD4Xx6RaEv+UPlaFRGZPnNQ+anPEWO/cZD6jTnRZL0P0PsmDhGHfIpQ/If8EWYOjdD9OcSRZ8wukP5V6xFpN1GQ/26REWFDhFEAQggRa6d1EQCFfdFnRG6RAMTxkX0HG5EBWKCRYBWg0QFZXpFlLnERAcsc0WW2QdEB2qcRcCOckQHbCpGMj1aRAqaMEWCIcFECxOvRmH82EQPR89Fi3WsRBILs0X0+LREFfnrRbCZvUQhJ4lFgUWmRCEqGUYh275EIfUYRbgbUUQju8ZGDvJeRCUMg0WX+xREJSxzRlH+2UQlozVFir9iRC3auUWjlP9ELlSDRZkQOEQwJ7FFgs0QRDaD0UWVmp1EONb6RhVFBkQ5cINFlWyXRD4bdUWHXwZEQX+rRfDG+kRCawJFpwMJREKveEWoAg1ESCmyRaJTPERJRs5F4KuTRFJOjkYfTRFEU5x7RabbaERVjxNFo4VWRFp5TEWWzhhEYwV2Ra+r6ERlhU9Fq1mYRHC9G0YGAsREcMB2Rtz9lkRxa/RGC0m7RHWfkEWqTt9EdzEKRgiw0UR5p7xFjY33</peaks>
+    </scan>
+    <scan num="237"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT121.662S"
+          lowMz="52.310592651367"
+          highMz="988.744445800781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.829383e06"
+          totIonCurrent="9.807553e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="238"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT122.184S"
+          lowMz="51.183917999268"
+          highMz="996.980224609375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.593604e06"
+          totIonCurrent="8.917901e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="239"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT122.711S"
+          lowMz="54.923515319824"
+          highMz="988.762145996094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2154395e06"
+          totIonCurrent="1.0178318e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="240"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT123.228S"
+          lowMz="50.544078826904"
+          highMz="995.750732421875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.5141815e06"
+          totIonCurrent="9.567961e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="241"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT123.744S"
+          lowMz="50.422458648682"
+          highMz="988.748413085938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.1883405e06"
+          totIonCurrent="8.673286e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="242"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT124.271S"
+          lowMz="54.358367919922"
+          highMz="965.682678222656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.9955785e06"
+          totIonCurrent="8.018494e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="243"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT124.81S"
+          lowMz="50.201148986816"
+          highMz="988.746337890625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.9185315e06"
+          totIonCurrent="9.907195e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="244"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT125.334S"
+          lowMz="50.322708129883"
+          highMz="988.902526855469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.6547965e06"
+          totIonCurrent="9.262329e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="245"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT125.854S"
+          lowMz="51.501327514648"
+          highMz="995.9931640625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.7901095e06"
+          totIonCurrent="1.1132204e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="246"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT126.367S"
+          lowMz="51.345500946045"
+          highMz="988.783874511719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.5724355e06"
+          totIonCurrent="1.0872837e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="247"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT126.879S"
+          lowMz="50.067008972168"
+          highMz="990.142761230469"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.8150405e06"
+          totIonCurrent="1.0014424e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhEnkWBO7dCTsvbRWFCEUJgzzxFipqUQmN4EUWFyEVCZBEqRVnJEEJkhPNFeStfQmW9V0VH0ftCaWqHRYnwJ0Jqhr5FaNbvQm4p4UVulSRCbnI9RV7P/EJwxVNFYLy5QnLpaUVxmdlCc7VdRVQA4UJz+M5GGmo5Qnf0HkYGVFVCeVodRW4yGEJ5k9RFZ2HoQoCBGUVTY7JCgU5RRUdKpkKCtKlFZV7VQoPSNkVnxLhChBBaRXOm5EKGkwtFTkTEQobDNEWsZjJCiKkYRW/P2EKNwFNFfZ4BQpDd/kV3uCBCkfxmRbcgJkKUBzlFhNLUQp1jnEV3f9dCnrq3RYcIkEKg6H9Fkv+CQqDuukaRM2hCoO9bRx2BI0Kh8yVFyysJQqRM/kWO68JCpgzORuyMjEKnZLpFjnTPQqgEoEYlvVBCqNF4RWU210KrhZtFdSe4QqvzfUYNKXdCq/RlRbKKD0Kr+ONFyw9IQqv6yEXMQkJCq/6jRcRy10Kr/2NGodrmQqwAJ0YcdSRCrAOtRY6m9UKsBz5FkaSEQqwKf0XQlVRCrAs3RieRIUKsC/9F0ZfTQqwu50WJYxxCrgR4RnhLpkKutIxFhSncQq7xakVikLtCsAH6RYi0n0Kx+G9GKcdJQrH53ElF+2tCsfujRW0GFUKx/JlF6LGqQrH+mkVlGBRCsgx4R9P9xkKyzMNFUsndQrP7l0YmDZlCtIY8RWmnJUK10eVGghxiQrXYUkWjJnNCtdy3Ra0qGUK14cFFxQeyQrXldUV+CDlCteqNRXg8YEK17mtGQbcaQrXxzkYEgQBCtfbTRWzFnkK1+sRFwI42QrX7VkZFZQdCtfxQRbmwykK1/VJF7AMgQrX93kZLPVhCtf7YRvBZ40K1/71G6a4UQrYANUeHDIZCtgHCSpLxgUK2AopIerY6QrYC9UeguPdCtgPcR2gqKkK2BKtGHArLQrYFVkZa5AVCtgcWRbRVR0K2B3lGAoopQrYIZEYmNlxCtgk8RcwSfUK2EalFenCjQrYVD0XFOpFCtiHWRfb/UEK2Ma9F0xeRQrY1E0WKPJ9CtwSVRYW320K3MwNFd612QrgDYkfBY1dCuAzLRrqWOEK6A9VHG2GMQrrwBkWDBoBCvgy2RXoOy0K+jtxFi8nMQsC3t0V/EjlCwaGURXkddELBrz1FeeNcQsHoKkWqzLpCwenCRZckGkLB625JBfiYQsHsVUa9W6JCwfBERyBTcELCbRxFgzNfQsN8FkVig8hCxEinRYNS6ULF6UhGliFoQsZ2qkV5+bdCyAHsRgWKwkLJj15FlpGqQsvMy0VOHlhCzLtFRZ09wkLOFF1GpXZBQtFL1kWBjKRC0rX7RVqJGULUFK9F2uzPQtaYw0WicIpC2IojRZTgVkLZXGNFiHiVQtoUtEXTdstC3Z96RXweqkLeBHFFnz/+QuBgIUV9RAVC4fhwRyokA0LihZZFzQJ4QuYHfUeNiqxC6ShjRYt++kLp9xtGIumQQuoJu0bXMXdC6g2sRW1TQkLt9YBFfN49Qu4R0UYkbgtC7/zmRXSQb0L0TDhFYrxpQvjhlkXrDuRC+PE6RYOOP0L8D6JG8U1EQvxli0VhmDNC/UX+RYzTA0L97EpFe6cAQv4HgUYQbMJC/kjjRXfE20MBBNdFn7AUQwMTgkXNqspDAyaYRW/VMkMFA39FyAicQwb+Q0WzseRDBwerRbGsc0MLB+JFcw5qQwsTl0V9eItDDFIgRV7FaEMM7+9Fg95dQwz1jkVde95DDvmMRmK3gEMSC3BFpKIiQxLwMUYEdGNDEwePRvIr6kMTEOdFmBzGQxOjf0VyDY5DE8VbRXr4ckMWcI9FakHnQxb9qkYBV4JDF+6ARYRgeUMYBPpFseHvQxksg0V3BbBDINdhRmnYaEMimlRFhM7YQyLWt0Z6Wv5DIwYjRYFBuUMju2xFkVlmQyTyakWxIQdDJQqmRhjgmkMnDk9FqJ3QQyhB9EVyluBDKKChRaI7u0MpmW1HcdBPQyn+7kWDBPhDKwppRrq4g0MtAkdG9B1tQy3Oa0W+6UtDLvSCRY0od0Mv16BFYz9zQzDgO0XQwzlDMgz/Rl9q7kMyYppFhSZHQzL4FUV6gUhDMvonRwLQJ0My+6tGWDy8QzNKC0WOnFRDNaKkReT7WEM12qNFgtnPQzjWaEW6AHVDO7bCRXQix0M9CjJHu6YiQz0O50VaA1BDPRB5RdW8cEM9EZBFkiH+Qz0TAUWTjuBDPRNaRZSvwkM9FPdF3gsuQz0W3UWfL39DPu2VRoC7VkM/BOZHdIffQz9G9UWKwfZDQAXGRZ/nJUNA+xBF1u1eQ0FOh0WNjjVDQWtIRbnokUNBcxdFx569Q0F+C0XJqx5DQX9RRr2L50NBhxhFcKEhQ0GSAEV+SRtDQZNeRiSLEENC7UJGdD93Q0LwAUWKvrNDQ897RgchvENE9K1FqUHAQ0URW0XTWbFDRc7AReftX0NHNs5FfY87Q0fN/UW0ynBDR/CARX3BakNJMjBGHI44Q0lF9EWQXwlDSUddRzRxwUNJXHxGSw8PQ0rw1EYKqRtDSvoSRWp16ENM9NhF7JftQ06hskVuZ01DTvjgRxQw8kNQUO5Fk2TuQ1DHDUWBICVDUk4KRdzdAkNS6apFgjh7Q1MLt0WynqxDVO2mRkFxUkNXOfxFnKhiQ1iG2UWCbhhDX9xaRZy4s0NhD/dHqAnRQ2GO7UVfKIpDYhDpRfsiw0NiVd1Fl/3cQ2oDPUVjVTlDbRpGRZNInkNtg41FinGnQ24BlkVylTxDcWvvRdHK3kN7xrhFdJcBQ30YPEWNeUNDfUtuRYyULkOBukhFY3VGQ4HRQEXNk+RDggLLRbVr10ODgupFyWIKQ4Td0EWeX4xDhlDNRYrlAEOL/uFF8aOkQ5B+ukWBaBRDkZZPRYH6jEOS3SRFj0+RQ5XO6UVsXBBDl2uCRhKByUOYWSFGDxVlQ5hbxEWS+GFDm243RXA1iEOcHx1FZlmzQ5wxjkWCXjFDn0x0RkRvhkOfTmdGCVnzQ59Ra0YiswxDn1OORby1qkOgB91GYPtuQ6Ck1EWDsjhDoO33RrUyKEOg721HxTUTQ6Dw20aU4qZDoPImRdIdmEOkTOFGA1QkQ6iKZEYCQwNDrOFoRZTHKkOwTzlFjz/sQ7HkC0XKYgpDsfIMRc+xpUOyC6VF0LlkQ7JcHEV+KZJDstZ1RZskKkOy5ehFtPasQ7d4WEVu/xVDujweRWKlZUO/Z09FfZzPQ8OIM0W/HoFDw5wMRXaCo0PG/ERGKyl0Q8jZNkWCdahDzeNSRWSHGUPWmN5GAvCnQ9cU6EWS35xD2P8/RZLYOkPeUCdFhyTWQ+HkmkWLMfJD5WcVRlD5I0PmFAVFclErQ+sCJUWAbDND64oJRY3G50PrsJJFeG6gQ+yXvkYS5edD7KejRYpbS0PsuZZFjOTjQ/sIuUWOcmdEAaKlRXN8YkQDE69GChiPRAdrwUYqy/lECcIBRV1OikQKmrdFrhyYRAqycUWPkR9ECxPPRhYJnEQLK4BFbGpvRAxX7kV/B51EDf7jRYZU3UQSC59GAipORBfBWkWInStEHsRERYAIqUQhKZxGK9zLRCO7hkYDB/ZEJAsERYYMJEQlK5tGFxhIRCtIwEWROr5EK54pRYHDqEQ0+bxFm5/ERDjA50V410lEONanRf1+KERBf2BF1+yCRELDP0WCWk5ERWDcRaUM4kRJR7JFlzj9RFJOFUXhkWdEUuERRYPD5kRS7j1FgH6/RFfVKkWHsc1EWg4zRYUA/ERb/JRFh04RRGFsn0WClWFEZHW2RZCYNURk5/BFi4XkRGvLFEWCXZpEcL+1Rux9lERwxbtFs2qFRHFr8kYejJpEcycFRYhAckR3iSNFpZg7</peaks>
+    </scan>
+    <scan num="248"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT127.401S"
+          lowMz="50.191585540771"
+          highMz="988.747314453125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.544329e06"
+          totIonCurrent="8.875024e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="249"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT127.933S"
+          lowMz="51.090496063232"
+          highMz="988.745788574219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.058128e06"
+          totIonCurrent="9.830919e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="250"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT128.448S"
+          lowMz="54.252471923828"
+          highMz="996.683837890625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.599336e06"
+          totIonCurrent="9.050681e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="251"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT128.974S"
+          lowMz="53.030216217041"
+          highMz="988.732727050781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.166127e06"
+          totIonCurrent="6.502268e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="252"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT129.54S"
+          lowMz="50.216938018799"
+          highMz="969.425598144531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.1424255e06"
+          totIonCurrent="1.1176614e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="253"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="285"
+          polarity="-"
+          retentionTime="PT130.05S"
+          lowMz="55.41393661499"
+          highMz="996.786499023438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.6657285e06"
+          totIonCurrent="1.0905323e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="254"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT130.558S"
+          lowMz="50.154434204102"
+          highMz="988.75"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.3569595e06"
+          totIonCurrent="8.65511e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="255"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT131.086S"
+          lowMz="50.454700469971"
+          highMz="988.751342773438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.2119515e06"
+          totIonCurrent="1.0532264e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="256"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT131.595S"
+          lowMz="51.643032073975"
+          highMz="988.773559570313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8082805e06"
+          totIonCurrent="9.255337e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="257"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT132.115S"
+          lowMz="51.505107879639"
+          highMz="988.756225585938"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.9347935e06"
+          totIonCurrent="9.774398e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="258"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT132.637S"
+          lowMz="51.761478424072"
+          highMz="988.752990722656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8711535e06"
+          totIonCurrent="9.460627e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="259"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT133.158S"
+          lowMz="50.730087280273"
+          highMz="994.809814453125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.002123e06"
+          totIonCurrent="1.1481943e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="260"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT133.669S"
+          lowMz="51.023235321045"
+          highMz="997.8349609375"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.486217e06"
+          totIonCurrent="1.0243277e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="261"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT134.176S"
+          lowMz="50.929061889648"
+          highMz="994.002563476563"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.5424705e06"
+          totIonCurrent="1.0496565e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="262"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT134.688S"
+          lowMz="50.7626953125"
+          highMz="995.915710449219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.341558e06"
+          totIonCurrent="1.0382198e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="263"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT135.204S"
+          lowMz="51.848751068115"
+          highMz="999.660949707031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.4502095e06"
+          totIonCurrent="1.0555752e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="264"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT135.711S"
+          lowMz="50.593246459961"
+          highMz="988.765930175781"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.5452985e06"
+          totIonCurrent="1.0651988e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="265"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT136.22S"
+          lowMz="50.375465393066"
+          highMz="995.986389160156"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9549475e06"
+          totIonCurrent="9.423955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="266"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT136.741S"
+          lowMz="50.389808654785"
+          highMz="993.580322265625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.2272745e06"
+          totIonCurrent="1.0048757e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="267"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT137.248S"
+          lowMz="50.223487854004"
+          highMz="988.744934082031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.7595635e06"
+          totIonCurrent="9.177478e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="268"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT137.765S"
+          lowMz="51.164482116699"
+          highMz="996.96728515625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.7398365e06"
+          totIonCurrent="1.0996447e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="269"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT138.275S"
+          lowMz="52.177402496338"
+          highMz="989.63818359375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.405998e06"
+          totIonCurrent="9.222107e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="270"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT138.78S"
+          lowMz="51.877243041992"
+          highMz="997.038208007813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.5812975e06"
+          totIonCurrent="8.917961e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="271"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT139.304S"
+          lowMz="53.038166046143"
+          highMz="989.671142578125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.063978e06"
+          totIonCurrent="9.798069e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="272"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT139.819S"
+          lowMz="54.740005493164"
+          highMz="988.752258300781"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.102632e06"
+          totIonCurrent="1.0288919e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="273"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT140.323S"
+          lowMz="50.880466461182"
+          highMz="988.75830078125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.1971595e06"
+          totIonCurrent="7.7785565e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="274"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT140.864S"
+          lowMz="50.284637451172"
+          highMz="995.118896484375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.2150115e06"
+          totIonCurrent="8.256309e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="275"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT141.382S"
+          lowMz="50.11852645874"
+          highMz="990.226928710938"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.594501e06"
+          totIonCurrent="1.1116707e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="276"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT141.879S"
+          lowMz="52.863910675049"
+          highMz="991.3056640625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.375846e06"
+          totIonCurrent="8.52679e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="277"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT142.406S"
+          lowMz="50.723941802979"
+          highMz="988.765502929688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.196269e06"
+          totIonCurrent="9.918231e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="278"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT142.917S"
+          lowMz="50.733497619629"
+          highMz="999.196350097656"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.7191745e06"
+          totIonCurrent="1.1014414e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="279"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT143.423S"
+          lowMz="50.442779541016"
+          highMz="999.935974121094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.022524e06"
+          totIonCurrent="9.725536e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="280"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT143.945S"
+          lowMz="52.113998413086"
+          highMz="984.838134765625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.5504135e06"
+          totIonCurrent="1.0541815e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="281"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT144.451S"
+          lowMz="51.665489196777"
+          highMz="988.766967773438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.0518815e06"
+          totIonCurrent="1.0007535e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="282"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT144.967S"
+          lowMz="52.078136444092"
+          highMz="997.558166503906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.3218185e06"
+          totIonCurrent="8.849963e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="283"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT145.48S"
+          lowMz="50.360565185547"
+          highMz="988.777587890625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.65319875e06"
+          totIonCurrent="7.1910945e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="284"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT146.029S"
+          lowMz="50.78088760376"
+          highMz="988.773681640625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.4095005e06"
+          totIonCurrent="1.0570087e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="285"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT146.538S"
+          lowMz="50.053676605225"
+          highMz="965.688659667969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.0853105e06"
+          totIonCurrent="1.1507452e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="286"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT147.043S"
+          lowMz="50.874134063721"
+          highMz="976.24365234375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.653762e06"
+          totIonCurrent="1.0814772e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="287"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT147.548S"
+          lowMz="52.90856552124"
+          highMz="988.806579589844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.818047e06"
+          totIonCurrent="1.1030454e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="288"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT148.054S"
+          lowMz="50.648208618164"
+          highMz="991.869873046875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.414656e06"
+          totIonCurrent="1.2811916e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="289"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT148.557S"
+          lowMz="52.227035522461"
+          highMz="997.276611328125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.0507755e06"
+          totIonCurrent="8.1161835e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlDofEUvZNZCWYOrRYJ49kJhTsRFMftwQmSluEUqEQtCZ8XRRUeDXUJuGDdFPWTBQm8f7UU+LQdCbyEDRTDiQ0JvsA9FPaHWQnC2JEU5KqVCcU8QRWdif0Jz+ONGp8uxQnfz+kWjCM5CeI6WRTfQJ0KGYy9FaxdOQoko9EU9GJtCiXuSRUtxeUKJqq1FQJ6sQoolbEU14vxCjeL1RTJySUKR/HBF1HE2QpIPBUVjl0tClgRxRbMZvkKWT0ZFQ+C5Qp9KlEVFmdZCoF+LRTH9TEKg6LhFfv+iQqDrZkVG1kBCoO2vRYC6K0Kg7qBGBaWqQqDvikcMJhBCoPFrRa86OUKg9j5FQlMLQqD5p0UyBg1CofMQRZ2wsEKmDNBGvr41QqY680U9nsRCp8T3RV0nIkKoBKBGWtQ7Qqvz4UXhJTdCq/iERUbmpUKr/YpFpWIbQqv+vkWBDkNCq//SRlsDrUKsANNFk+9eQqwBwUWNQLdCrAtDRb98ZUKsC7JFy1+vQq3ukkVM7MZCrgR/Rhdoe0KwAhpFmSveQrEyh0UsAWRCsTLmRUHcAUKx97pFf+2GQrH4WUYbbkdCsfj1RqM1FkKx+d5JQGEWQrH6qkbVsXNCsfseRl2mfUKx+7RF6gPUQrH8SUXKaURCsgt3RXXP40KyDHxHp7QlQrLjnEV7BOdCs/uJRhywXUK1gRFFd+GxQrWyA0Vj4JlCtdHeRnBcRUK14ZpFnWoNQrXmcUWEtKRCtelpRW6s40K17mhGBdu5QrXxx0XKyeZCtfslRcifv0K1+6FFuqisQrX8m0YEkDVCtf24RZW4zUK1/khGKpG0QrX/ekcVJKxCtgA3R1OzqUK2AcNKdz1eQrYDA0eU3yZCtgP6Rxg5aUK2BPhF7rGcQrYGr0WH1KJCtgcYReIt/kK2Eb9Fqm5CQrYVGEWsk59CtiImRXhTzEK2MbxF6K5ZQrY5q0VADL9Ctj7/RTMBN0K2mTNFRpZkQrgDX0ew4FJCuAzKRox2m0K4puRFRc2OQroD3EcIuipCvV8uRVFD2EK+CupFY31xQr7f9kUvG4xCv2A/RTZqSEK/kflFV7qxQsHoJ0VaTwhCwetxSKaS1ULB7FlGG9HEQsHuREVrWc5CwfBQRvvdA0LDhZBFUNYkQsXpP0XqTCRCxiD2RTL+M0LIAfZGSv1sQssbtEU11zxCy6U0RWx6FkLL0uhFNz6KQsy4qkWGRsFCzhRhSA9XukLQY/JFTVpPQtML0UVM5alC1BThRfd1kkLUlK1FVmfNQtaV+EVmIHdC2cHfRTFK50LaFL5F1UEHQt7pcEVJa3lC4TfmRUY4X0Lh+HxHJqOEQuKEbkWdIqVC5HcrRUg5IULmB3tHbE4kQuYWwkUw5TdC6fcdRmW6oELqCbxGySffQuocUEWAcINC7hGYRYA9IELwyv9FSTbjQvIO7UVfXHpC/A+xRtgmb0L+B3xGIwhBQv+K2kVMTRhDAQTiRixrO0MDGv9Fb4L/QwUDi0WkFVlDBQzqRcMTIEMG/jVF1RTFQwcewUVdeV1DCXbBRUpickMKQCtFd4fbQwsX9UUzRXlDDvmYRi7oKEMQlBhFXAKXQxLwOEXlZtBDEweoRWqTnkMTEMdFNt7lQxMT2UVZhGRDHQOXRX6M/UMg13xGJ1tAQyELoUZOlUBDIf+HRT0ig0Mi1r1GB+cCQyZqXEU7L8BDJwjYRysRQkMnDn1FgLGqQymYbUdAaGhDKf5gRVXZK0MrBuNFb0YZQy0CTEa9naBDLcSURXmtuUMtzUlFbzsIQy3hCUU5gq1DLkSRRT+48kMuVRNFWuM8Qy5alkV7ESlDLvSkRYRgJUMvBkRFwMuZQzDhekWMWI1DMPYyRVWO0kMyDPBGTPq4QzL6LUb3k2ZDMvuVRjzK8kM1os9FfZQFQzjUa0WeeEFDONWQRY1lrkM8AKxFwFrCQzzpmkWAvXpDPPxnRurZRkM9EohFed8pQz0T00VxwaZDPRS2RVchg0M9FcVFWcMtQz0WXEVSz9JDPRc0RWnapkM+7ZhGcNTuQz8E7UbFCEdDQThVRUVSl0NBa9tFsn97Q0FzsEWV78JDQX4IRZ0iWENBf8tGmg6oQ0GDH0VO2pJDQZOvRXqHUkNC7S1F02NLQ0Lv+kWDwspDRJQyRTRlXENE8GxFdkb2Q0TyaEWRnmBDRRFERj/xv0NFzsxGE6ewQ0bvf0VyK0VDR84BRZsu/0NH5X9FS/a8Q0kyPkYph1VDSUKTRVulAUNJRQJFhA3QQ0lHeUcMG01DSVybRi9+GENK8NdGStIVQ00RTUUul5NDTvjaRxlUMENR+LJFVEG9Q1JLtEWtVpdDVO24Rm8F2UNYFC9FmtE2Q1sCVEWVDeBDXEdeRUqyKkNfGoFFVFSlQ2EMpUWft5JDYRATRaFgwUNh6qNFgdYeQ2g6NEVNlENDbi/tRUtuzENwUvFFWDCTQ3Fo60VefphDcabERVLd3UN01SJFQLhHQ3rXzkVSIgFDgIn4RWKGhUOBz/lF0HCdQ4HQ6UVwv2hDggLvRxj37EOCg19Fml9cQ4qxlkVk6FFDi4kQRan3nkOLuC5FQnBVQ4v9HEVI4FJDl2mfRcAomkOXaohFRoxeQ5hYdEVvR/tDmFpJRgHvPkOaf1ZFT2axQ5rMokU8+k9Dn0qfRaEBCEOfTZJFNq4tQ59OfkXm6E9Dn0/GRff/1kOfUHBFmmf0Q59SDEXJRINDn4h0RafxSEOgd6tFTd9KQ6DOxkV0aNtDoOvcRdugR0Og7dBFz6sHQ6DvmUei1V5DoPFYRcpDbUOg8zJFwAzKQ6JwkEVQeUBDpEsYRa2nTkOkTHhFgh/xQ6iKw0WjA9dDq4WTRWJtbkOsEBlFquUKQ6zhKUVfrilDr0ccRVee8kOv9aBFbKIQQ7GL2kVrHGRDsagKRYbznEOx6XtFYeG9Q7Hyv0XYKGpDsguPRcTbm0Oy451FtIDRQ7gKZkVNJ4hDvsfsRUv5TEPDhiBFp2UtQ8b9rUYih6VDypAdRTwJe0PLqSRFbSX0Q9aWY0XqiBVD2W+/RV8LPkPlZ6xGJFTAQ+Vp70WBQfdD5shzRaSBfEPqMk9FYw3yQ+sI+EVdEKRD7JVNRd2RjUPwQm9FXAkZQ/GNz0VQOHND8ih9RaBM9EP2DCdFQA/0Q/irdkVkwUxD/Dj5RV3WCEP/XWhFcgoWRADThEVSyDREAXIcRTn11UQDEk9FleX3RAaCwUVjiEpEB2zDRjze00QHnTBFRTSPRAnxs0WfRJtECuPcRY0DrEQK7glFZGAiRAsUU0YRPAZEEgnMRaGZLUQbLqFFYj3lRBy/cUVI5TlEHr6GRW1hmUQgdXxFkglcRCEqokYoFHBEI7mgRbPEE0QlK+lGHhShRCjNFUVQupdEKzVhRVk5wEQtF99FTEoBRC4tWEVUjitELlqqRYjPBUQvpHpFYz/GRDC28EU8g2FENf+sRVpRNEQ2z6tFSBR+RDjU60Xc7zNEPl4PRXtM/ERBf95FrrcCRElIAEV2IypESbX3RWZqKURONLlFbOy8RFD3jEWWAZVEUkvyReiInkRVQ9ZFeH8HRFai2EWIAkhEWKZNRWiMEkRjeKhFYE9QRGedYkUzc1FEZ54+RTKxNkRsyANFSdwsRHDBW0a2i7lEcMbRRYihjERxaTJF6bNoRHcjwkWPGUVEdyYKRWccDUR3MdpF4MiuRHlRtEVU5Y0=</peaks>
+    </scan>
+    <scan num="290"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT149.095S"
+          lowMz="52.239658355713"
+          highMz="989.711608886719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.560797e06"
+          totIonCurrent="8.721809e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="291"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT149.618S"
+          lowMz="51.071605682373"
+          highMz="989.72705078125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.82635e06"
+          totIonCurrent="9.503467e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="292"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT150.135S"
+          lowMz="50.55415725708"
+          highMz="989.432189941406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.5968005e06"
+          totIonCurrent="9.25564e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="293"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT150.657S"
+          lowMz="50.862937927246"
+          highMz="988.788940429688"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.01238e06"
+          totIonCurrent="9.607751e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="294"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT151.184S"
+          lowMz="50.692272186279"
+          highMz="996.979309082031"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.010977e06"
+          totIonCurrent="9.977168e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="295"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT151.695S"
+          lowMz="50.662914276123"
+          highMz="988.803466796875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.00573225e06"
+          totIonCurrent="6.4088255e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="296"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT152.264S"
+          lowMz="50.417678833008"
+          highMz="988.837829589844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.9746025e06"
+          totIonCurrent="1.1600084e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="297"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT152.766S"
+          lowMz="50.141006469727"
+          highMz="984.687927246094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.5855235e06"
+          totIonCurrent="9.463215e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="298"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT153.291S"
+          lowMz="50.066349029541"
+          highMz="995.034057617188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.5635205e06"
+          totIonCurrent="1.1003661e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="299"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT153.798S"
+          lowMz="50.428607940674"
+          highMz="988.082397460938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.775626e06"
+          totIonCurrent="9.961948e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="300"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT154.323S"
+          lowMz="51.458568572998"
+          highMz="996.329223632813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.401945e06"
+          totIonCurrent="8.797688e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="301"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT154.845S"
+          lowMz="50.045715332031"
+          highMz="993.708190917969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.2632115e06"
+          totIonCurrent="8.436107e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="302"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT155.383S"
+          lowMz="51.883754730225"
+          highMz="999.973999023438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.5178305e06"
+          totIonCurrent="8.636147e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="303"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT155.91S"
+          lowMz="50.364685058594"
+          highMz="993.039672851563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.4202885e06"
+          totIonCurrent="1.1471269e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="304"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT156.424S"
+          lowMz="50.251739501953"
+          highMz="988.826782226563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8682135e06"
+          totIonCurrent="9.435132e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="305"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT156.946S"
+          lowMz="52.554046630859"
+          highMz="996.628234863281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.092083e06"
+          totIonCurrent="1.0249001e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="306"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT157.452S"
+          lowMz="50.237079620361"
+          highMz="988.844848632813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.4144595e06"
+          totIonCurrent="9.04893e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="307"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="375"
+          polarity="-"
+          retentionTime="PT157.971S"
+          lowMz="50.381484985352"
+          highMz="988.861694335938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.729054e06"
+          totIonCurrent="1.0055808e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmGpEV9mdRCSjLPRWOB/EJMjcFFbFoMQk8/7kVQ3AFCUUzURXFgNkJRdipFdr4xQlS58UVzC6JCVgqURYQK3kJW4yRFVlySQliRLkVlE0BCWiCWRZDbpkJc5bhFgxzoQmOeOkVpDIFCbbEaRVPPJEJt/0RFaPBUQm9RTkVcec5Cc/jrRrSdTkJ0FmhFihodQnf0DUYCtBBCet9dRUflI0J+b/tFhWMmQn57n0Wc1GVCgdHKRY4Og0KCO6tFcM5MQoO0lEWFTABChJ2CRY2lEEKFDzBFYrutQopk+EV/0FZCjyQYRVJzsUKPJFZFScshQpDFhEWBFVNCkfx1RfXOAEKTILVFwXvKQpOoiEVZb9tClblURYBaLUKaYTRFf0rQQpu/AkWQ3Q1Cm/YYRW6jPEKccJlFfrhQQpyW6UV7Oq9CnKQ9RWAuzEKeV/FFgH79QqDrlEWbJYNCoOyxRX6yckKg7bpGFSn0QqDuSkawwLRCoO8CRxaSMkKg8ZRFoLaIQqD4PUVvWP9CofMlRa5jcUKindNFavZhQqLbq0V6bKRCovkURaHrKkKl385Fi54WQqYH/kVf2ZFCpgzSRsTFpUKoBJ1GXTALQqpmCEVxYNxCq/PeRck9U0Kr9IxFurAHQqv4fUWO6aZCq/vXRacN30Kr/f1Fb12gQqv+mEWIbPJCq//FRpxp4UKsAF1GXbylQqwB2UV43zZCrAucRiQRFUKsDCpF1kmeQq4EhkY2X/VCrgo3RZgc80Kxy6RFhofjQrHecUVxkmFCsffKRebaA0Kx+P5G9tHPQrH53kmJMYlCsfqwRyPlpkKx+15GcHM/QrIC40V5LS1Csgx5R7C59UKy5mdFptOVQrLpq0WeBNlCs7imRfVejUKz+5BGjHzEQrWMBEWSLQlCtb3PRZA0akK1xjxFiQEpQrXNf0WCpnFCtdHsRouawUK13A1FtHc+QrXk/EWiGqRCte5yRi/PzUK18ctGEi7JQrX5B0XT/1ZCtfoDRaGGOEK1+zdGTEGxQrX+g0ahTVVCtf/DRxWHJUK2AOpIEAQ+QrYBxEqQUbxCtgNmR0ZxDkK2A+lHq6H+QrYFBEZWa3JCtgaORcTZg0K2BxNFxsTxQrYHc0XLj9NCtgg7RlmNK0K2EctFrbq7QrYVF0W8NhVCthseRXS5IEK2MZ5F28fRQrY8kUWFwE5CuANkR9S64EK4DM5Gl2REQrjmYkWh0WZCugPfRzMf/EK6LddFf9mcQrrwTEWiiWJCuzkqRYzBukK8rkZFfGixQrznB0VtSNhCvR/+RXwQbEK+9fRFhqcSQr8hl0Vgj2hCvyYRRXZr10K/Q4FFVGgLQsCJdUWHvIxCwMivRY8j6ULB63NIpI6SQsHsZkYzFIxCwfBNRq1PsULCAkZFok7VQsOIi0WfnsBCw9yFRWcUfkLE6j9Fe/jZQsVWskV+J0JCxek/RjCTxkLIAfZGbXEoQsoMXkWdu41Cyl0URYGzOULMbYxFZ96NQs4UYkfSI2dC0BYrRZ02uELRtsZFcPyNQtLcJUWB/epC05waRYLIS0LUFPVFr1bwQtXkwEWA7/tC2hTERgRiQULc4YtFkiTWQt+LnkWbOn9C4BpCRZyMdULh+HZHHem4QuKByEWHAG5C47Z6RYUFpkLmB4NHcD6FQun3J0ZEo4xC6gnPRl10L0Lsl/RFg6wvQu10M0V98YZC7/sdRYDsnULyDqFFbHs8QvIweUVwshZC8jdyRYQ7MUL3ajlFlbftQvjjn0WzFP5C+TkDRXeMn0L8D7BG1Z6yQv4HiUY3QVJDAQ4yRaM+eUMG/kdGKheqQwipw0WCowRDCQuWRab2UEMKQ7xFjOa3QwsXNkYJxDhDCx/+RYnGtUMO+ZlF0uOaQxAQ+EWZSSdDEBrzRb7eW0MSDIFFpSGbQxKp1kWBkX1DEvBCRdUCH0MTCmtFmMfgQxObOEV8zG1DE8CoRYhNFEMUDEhFiBzYQxb9xkYTPQ9DF48mRZczT0MYwHdFjZR3QxpnFkWX/VVDHTpTRXiDyEMeMQhFiD2OQyDXeUYuFfNDIQuWRyMj2kMi1rxGIcJaQyO7tUWV6ZtDJGD2RW94wEMlLgFFrSJTQyl3nUWFnstDKZluR3eoR0MtzjtFlauvQy3PlkVsWe1DLdBHRWbTL0Mu9LNFu4bdQzDfV0WskB9DMOBqRYrFm0Mw9iJF3+1SQzGuB0V0ubVDMg0DRhZhYkMy+i5G1fySQzL7okaPc7hDM1p+RXn790MzZGFFgvgaQzWmo0W7ik1DNfyIRZfs/EM2v3JFiFaZQzr2yEWG7OBDO8H5RZEl30M9EkZFnk8eQz0TZkXohXdDPRWFRa22REM9FrdFql5QQz0YGEV/3lFDPRn5RbzFc0M+5OpFiQaCQz7tikZu3ORDPwTqRqKpLkM/tdJFiMmVQ0AF1kWMG7VDQDuhRXWm60NAVXNFxoKBQ0E69UWcDEhDQWvcRiVo7kNBc39FqyvQQ0F/z0bKTcNDQZPHRd9/GUNDz11Fww/yQ0Tie0WrJ9xDRPTkRYiE6ENE9etFeSqFQ0URSkcK53FDRc7KRed5tUNJMdRGdAnFQ0lHDUc7KutDSVwuRlyBwkNK8NhGTQpyQ0z0uUW6DQpDTQxZRYgLNUNODg9Fa8ZOQ0743Ec2SwJDT7cYRZRrikNSuvRFfzZJQ1Ttw0YspTpDV76HRXsXv0NYT4RFfKIjQ1r+pkWJAhBDXq3ORZt9XUNeyLtFheLvQ2EOHkWf6oBDYgQSRYfhVENiCxtFirY7Q2I1BkWypjBDaOdXRZxf+0NxbYlFlWGSQ3IYVkWKMSxDdER4RWu8uUN4XhJFeMRjQ4HRUUXKU1tDggLvSJClT0OCA/JGD6x+Q4KDZ0bT4BlDgwJgReba+kODA9FFjVBFQ4bz+kWjkUdDiDm0RbNSFUOL/8lFpMK1Q48rFUWUZalDkcbsRaTor0OVuh1FgLYpQ5ff00WV711DmCcdRXmkQEOYWU5GQ5qAQ5qje0WOZxdDm5k4RYQSqkOdHlJFvAfGQ59F3UWQFyRDn0ehRbFWDkOfSXxGHnKyQ59Lw0Y1Ku9Dn03cRego2EOfT3FGOGyIQ59QJUXvSSxDn1LPRcDGVEOg7cJG6gxIQ6Du/Ue6GOVDoP1tRZXc6UOkTNpFnA+1Q6ROS0WxKNVDpM1MRYYIEUOn2fdFm9ViQ6iKNkXBFZNDqIylRccn6UOsEY1FoWCsQ7H2cEXWw/dDsg9kRhz/aEOy5vVFrmexQ7Ln50XNUMJDuSEDRXfHGEPDh69FpxhWQ8OJOEXIl3xDxvyGRoFqckPM2TFFishqQ9I1GUV3BoFD0viKRYK+SEPVO2ZFfuawQ9aYnkXZCOlD1po/RcRE6UPbGEJFf2qxQ9zFAkWcGthD4plYRYIjXUPkwd5FjLpFQ+VmokXpo11D5WkhRg64TkPla81FqH6vQ+WAaUWJ4w9D6SWmRYxfUkPsl6JFyuXVQ+yacUWm+hJD7WC1RYYmmEPvXWhFmhsZRAAZMEWGT0JEAxTWRYu5ckQDfStFhsvsRAdr00Yzlq1ECEQJRYhFo0QKPTxFgxgDRAqFrkWPqzpECv7URcUhx0QLFzZGTW4rRBILbkXHfE5EEgyRReOB+kQaM1FFtEJoRB0c90WNEBZEIKSQRYq2uUQhKb5GPqC2RCO7AkWQg05EI7xbRfrsWUQlKmhF9VWnRCUtJUYiFqBEJ/bHRYFiskQrlZNFiBN4RC2bKUWREWdEOAEfRZOD2UQ4HShFiTT7RDjXpUYbp/NEQW0RRbqgYURBf+tFtF/8REMBfEWlMD5ER8q3RYfdoURMV+1FdmuQRFJPT0Xc5cREU5USRYsJS0RYfVVFnRAQRFoIxUWJ3MREW2QZRZ6wV0RdrwtFj9HgRF8BD0WLq/tEZA12RY9b10RnTyhFjWQgRGvDCUW5kKpEcLx4RehIxURwv+hG7aGBRHFttUXyhfJEdcUJRZiVjkR3NyZGDszA</peaks>
+    </scan>
+    <scan num="308"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT158.489S"
+          lowMz="51.35249710083"
+          highMz="988.867492675781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.5368955e06"
+          totIonCurrent="7.5014085e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="309"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT159.036S"
+          lowMz="51.004104614258"
+          highMz="999.286987304688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8354175e06"
+          totIonCurrent="9.661446e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="310"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="296"
+          polarity="-"
+          retentionTime="PT159.554S"
+          lowMz="50.764415740967"
+          highMz="996.065551757813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.327445e06"
+          totIonCurrent="1.0744319e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="311"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT160.057S"
+          lowMz="51.960624694824"
+          highMz="995.300720214844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.2440345e06"
+          totIonCurrent="8.822873e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="312"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT160.587S"
+          lowMz="50.758750915527"
+          highMz="988.872924804688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.5436895e06"
+          totIonCurrent="8.828667e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="313"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT161.121S"
+          lowMz="50.966003417969"
+          highMz="994.653564453125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.2661495e06"
+          totIonCurrent="8.896292e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="314"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT161.652S"
+          lowMz="53.326801300049"
+          highMz="990.230407714844"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.8432755e06"
+          totIonCurrent="8.181764e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="315"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT162.181S"
+          lowMz="50.994895935059"
+          highMz="988.870483398438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.86214e06"
+          totIonCurrent="9.151148e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="316"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT162.707S"
+          lowMz="50.167671203613"
+          highMz="971.24853515625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.7273255e06"
+          totIonCurrent="1.1208507e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkirskXDovhCS0pfRbJqlUJXRKtFrytCQme7SUYB6DRCaPk0RcfI7EJsc7pFwPk/Qmx6Q0XDExBCcdmpRb9mTkJz+OBGtRXPQoHQJkWzRiNCghFLRbs6LkKI6JpFs2TNQooj90XEHnZCin78Rb+ezEKL/cFGD4Q6QoxXnEW8rzZCjHLKRbE5MkKRB7xFsnBKQpIWQEW6iBFClKYTRbhJ50KcmEtFs2DkQp1QBkWxYO1Cn7U1Rcikf0KgK8pFsiETQqDnzEXrE3FCoO43RskIcUKg7tZHcfAaQqDwpUXpGxRCoPYFRfQEI0KkS0NFuct7QqYMz0apmVhCpyQmRbyBB0KoBIxGAACpQqoyBUWkUChCqqqcRcYux0KrpO1FuC0DQqvxLUW4ObxCq/KVRbYMo0Kr9FlGiDqOQqv4tkYEiUVCq/9fRmf58kKsAFVG2bsHQqwHckYFzJJCrAqvRcxVZUKsDBxGevUxQq4EVEYTpO1CsGv4Rc6xj0Kx+HZGQ08aQrH51kl183pCsftSRlyyQEKx/DFGAVHRQrH8k0XVdwNCsgx0R6SbUUKyV49FsaQ8QrLkg0XsNgxCsun4Rf9c8kKy9lhFxFPQQrMLWUXFCjVCs5GZRbYg3kKzp9NF1zpaQrXGPUXyUmxCtdHdRiqN/kK17oFGd9YHQrX8eEZlUZ9Ctf3HRoTxIUK1/slHk+wiQrX/dUdQpWlCtgBbR6VcnUK2AcFKrsi7QrYDVEeaR0RCtgQDR4BD/UK2BOtGfITsQrYFakZ+lClCtgZJRhSz3EK2CC5GPTTdQrfURUXSbAVCuANmSATZZkK4DMlGgo2VQroD5kczIhJCuu5kRb3e+UK8jnBFwFi+QrzFgUW9Ma5CwetwSKiW7ULB8E1G6wZCQsM3BEXL8K1Cw4Y2RgHF1ULEdYdFx+nXQsXpSUYTxVFCyAHgRj7m4kLJ+JBFxojiQs3zP0W3MJtCzgE8RbeJ+kLOFFZG4JOoQtDlC0XMdOFC2W0hRbtAoELaFKNGLNT9QtsPD0XKQgFC20wbRbZyGULcFCBFuKlpQtweKUXAlLhC3HVURcWynELeDc1F1cLrQt6v3UXL4j9C4BpeRgjKIELh+INHKtgeQuH/fUXtgelC4odXRhn07kLmB3pHcCL3QuiQo0XDtzlC6fczRhUe/ELskmRFyaLUQu40MUXA5P1C8QUtRbaMVUL8D6JHDcogQv4Hi0YxEhNDAAZ0RcfKakMB4dFF1vTKQwSSoEXDR6FDBmEmRai5xUMG/itGEdMRQwcaIkXoY9BDBzv/RcSte0MKQOhFs312QwsYq0YdllNDDH8sRcVpeEMQshpF2mWGQxLSb0W/NqdDEvA9RhD24UMTJUhFxT4NQxYOdkXQybBDFso0RfR2HkMZU4hF0zdKQxqBNEYuzURDID8IRcYZO0Mg131GS5VkQyELlEcYt+dDIXR6Re6p/0MiLvVFyOwsQyLWvEabEB5DI7cLRdN4fEMk1cVF027dQymZ50fGJ05DKok2RfGqjkMtzIJGG+RhQy7w5EXH7Z5DMOC4RkDbxkMyDPVGGVKFQzL6K0c8+WRDMvuMRmXZH0M1qNZGENfsQzWs8EXm1nVDNe27RcXmT0M41PpF6smjQz0Q3kYVO1JDPRJ+RiIX4kM9E/1F+mYVQz0U+kXcfsdDPRaSRgCOJkM9F6VGBldTQz7thUZuVt1DPwT1Rpv3pUNBWIpFym18Q0FsSUZtjEFDQXOyRhsYLkNBfvNGSV8eQ0GAGEcXXkZDQZQVRkTqZENCwaJFytfwQ0P8c0XkBOpDRPKbRjnah0NFEUVGqbn9Q0VcVUW+NGZDSTIjRpx9ykNJR1JHh1qRQ0lccEaEycVDSvDbRkKZ5kNLymBFyAiXQ0z07EYPLehDTvjSR1MUe0NU7bZGQ64NQ1dEukX0+ctDV2XNRd4ArUNYE3hGIoVdQ1g8xEXNozhDX+x0RdfpR0NgHBNFxVxpQ2EM7UYaO55DZG3SRdJFCkNltI1F56dDQ2oRQkW6pqJDbjF1RdxOAUNxZ79GEr90Q3FptEYqH2RDeAVwReGLZ0OB0C5F7WVcQ4IC7khhxhpDgoNWRmF7lEODAmxGESwmQ4SGDkXbh31Dhj0WRcQViUOJwXJF4h1yQ4v9oUYKCUFDk4O8Rc3xdUOVQkpFrzAvQ5dqEUX3U9xDmFm9Rpg8kkOZb65F0ik+Q59GcEXlmJVDn0okRkRYiEOfS0ZGDqr6Q59Mu0ZY2t5Dn03eRlZIf0OfTttGtwzMQ59QLUYaf0hDn1FuRh0yk0OguvxF8UixQ6Dtp0bqZipDoO7nSBlOKkOg/ORGLWcZQ6RLjUYpIZBDp6ZqRc8/L0OoigpGjSLdQ7Ccu0YYyGZDsffZRgnzIUOx+P1GC63mQ7IRAkYY+1tDsuR7Ribix0Ozix9GAZfLQ7SEgEXZrVRDt7SQReKClUO5jhRF0+xWQ7vHZEXIu9tDvPUNRgEGnEO+Z3RFxCJ7Q8GWo0YDycNDw4aBRghd50PE40JF3mNSQ8UivEXf5HhDxeRiRbeA60PG/RpGrhuBQ8tnwUXoKJJDzHOLRczhI0PMeNNFwETLQ8yTX0XHEa9DzQ+vRdLev0PNXjxF2CjbQ8++a0XWDaRD1j4+RdJ5jUPWlsdGCBevQ+GDv0Xk9SpD5WabRqOr/0Pmx3hF/jC7Q+hsz0W/sZpD6jRiRgDMXUPslWJGaGBAQ/OdYEWtzPVD9y6HRcSOukP3id1F2i7TQ/nFqEXwfJxD/I10Rc0m6UQDElxGJ056RAdsJ0Z5j+ZEB9SyRda5ykQIawpF2XHERAmrFkXfJltECg6AReukZEQLFzdF3//1RAsYf0Y1tnxEEMu5RdCPBUQSChZGPtDXRBS/C0XOY91EG0UDRbztDUQev8pF7krqRCEqEEbEGPlEI7myRijOskQlKzNGrsJXRCb9QEW74HdEKKDyReqi0kQppQlF0lEcRCzvK0X+relEONSTRihKoUQ/9v9F2dTcREGAD0YrJMtEQ32ARdforkRNgyFGD0E5RFDzdUX17OlEUku8RkMOTURYGlhFw9zJRF6pcUXQ7EhEbN0DRdO9YkRwWGZFwV/tRHDAY0c3eDpEcWkWRj+MrkRyz+hFyYW6</peaks>
+    </scan>
+    <scan num="317"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT163.206S"
+          lowMz="57.258613586426"
+          highMz="988.883544921875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.109567e06"
+          totIonCurrent="8.135945e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="318"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT163.75S"
+          lowMz="50.629451751709"
+          highMz="999.173889160156"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.2617045e06"
+          totIonCurrent="9.87659e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="319"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT164.266S"
+          lowMz="50.59774017334"
+          highMz="992.233703613281"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.163689e06"
+          totIonCurrent="1.0712273e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="320"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT164.782S"
+          lowMz="52.790073394775"
+          highMz="990.656921386719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.81130225e06"
+          totIonCurrent="7.7014285e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="321"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT165.317S"
+          lowMz="50.573623657227"
+          highMz="998.959838867188"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.208467e06"
+          totIonCurrent="9.971308e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="322"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT165.831S"
+          lowMz="51.55131149292"
+          highMz="989.610046386719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.392028e06"
+          totIonCurrent="8.492421e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk40i0VA2WNCUAbaRVDm2UJTAQ5FSipyQlS21UUwUN9CVZUHRUQihkJVnjFFPdimQlmZUEVLyXVCXkGKRS8C/UJf8j5FT16rQmPcz0VjhTdCa6vIRT4bKEJs1rxFRtAHQm0IeEVFHbNCbsnfRUSVOkJyQJJFPc7RQnL2kkU4Yp9Cc/jVRpTrrEJ39BVGIPjkQnpCy0WBO/tCgVAKRThUm0KBVWVFNSFQQoL36UVJ/oFCh8dZRT0ExUKKNO1FL50VQoq0TUU+qk5CjEJYRUd3SEKNGLJFRveqQo3B70U2/MdCkYdBRWydTEKRnUNFazr+QpGeq0VI/ZhCkfxnRZ1n3EKSoVVFO/oSQpVSzEUzVoVClgRxRccOsEKZB6hFUAmAQpn4kkU9Z69CoOYvRWGvPEKg65BFZQM4QqDt20cYwpJCoPBYRZ6ZX0Kh8y1Fp0cbQqIO+kU6yWdCo0qdRUhAN0KjkDRFXzPZQqSz1kU6jOlCpgzNRvT9CkKmz5NFOij+QqfXrEVcYH9CqASgRi9+sUKoDnVFRDtbQqtahEVWwEhCq/PZRgr0mUKr+zpFSbpLQqv8fUVIsYRCq/z+RTIuHUKr/65GgSCVQqwAkEXqXWJCrAuBRihD+UKsDFtFo8cNQq4EdUZM6qVCsJvLRVSEREKx+JFGcHnSQrH5I0cisWlCsfnfSWcS10Kx+0JGZbLdQrH8XUX6ZtNCsgAHRYR0w0KyDHlHuhRDQrKTwEVI5mpCsuJjRYjiiEKzuJZGBmXcQrP7nkZIU0BCtbk1RY8rCUK1xuVFhtKtQrXR8kZ4ez5CteGbRauMoEK17nlGEKIIQrXxwkX5qf9CtftdRj/WsEK1/MFFlcv3QrX9eUW4Sr5Ctf3hRiNRikK1/n5Gad16QrX/l0aAj35CtgBxR5l2AkK2AcJKhgi4QrYDOEduzL5CtgPjR09mDEK2BMJGPe3sQrYFZkY6KW1CtgeTRdx/TEK2CF9GTiAZQrYRv0X+HtZCthUHRaroVkK2MaJF8G/GQrcPtkVjn0lCuANcR9x8JkK4DMZGSZy7QrhUX0Vb0y5CuFYyRZ8o/0K6A9tG6SINQrpLikUykKBCvBUwRUoFh0K8zuFFRdM8Qr35c0VgX3BCvgyyRYLG20LB6etFgWJpQsHrbUiEizNCwfBCRt8k40LDtKZFV00aQsXpP0XDLWtCyAHmRmJ2FkLOFGBGjiGTQtDne0VYYP1C1BTgRgdmxkLUM8lFZ2LhQtjCLEVAO/1C2hSzRe6Ds0LbMSFFQ+biQt6USEWV0edC4fh7RzZmCELh/3BFopGSQuISLEV012pC4ofbRdNdM0LkNhpFV91MQuYHf0eN3kVC5sSXRWBe8kLm19NFSp5SQuijq0VjLO5C6fcjRlGvG0Lr0E1FgA7GQu0JtkVujxJC8nNfRUoqWUL1uLlFXP6iQvh4T0VNxgdC+Ny4RXva3EL8D6xG2vICQvzfc0VLu6tC/geORjvo+EL+bmZFb7APQwEHyEVoCINDASq3RaZMtkMEB6tFYZQrQwUDj0WTnOlDBtOKRU47vEMG/kNGA87IQwjhZUVMD0VDChdPRWYIfEMKPyNFdzCOQwsXB0WLZ5hDDgz8RjOMnkMO+ZBFt5zwQxAQ/kXXbzpDEBlQRWuIykMRelhFPyzQQxIBAUVCVQZDEiUtRUSFCEMSwyhFdcpoQxLwJ0XDYuhDExDwRaf58kMVWwFFgVeLQxb9uEYCX0RDGfzKRUpg70Maf5VFiP7PQxsLxEWYkTdDIEgURUkKp0Mg13ZGOw5JQyELkEaAuLpDIXnaRWWhhEMi1rRGOve4QyMLT0WH6vRDI7gQRZJ8C0MlK/tFU+kBQyY7aUVZLg9DJmskRUwF20MnA/JFcWezQylvGEVmciZDKZlmR044L0MpmmZFxeK+Qyvb6UVxOD5DLcr5RYBhAUMw9itFdZYeQzIM7kY2Tu5DMvo2Rxi9t0My+4RGa7vfQzT5CEWqpglDNaaWRbvNVkM1uNNFSKCFQzgvk0VFJr9DONL2RZxIXEM5WXdFU71BQzs52kVaJhNDPQ6LRZ27N0M9ENlFfryMQz0T6kWLj+hDPRYCRYFSCkM9FlNFfyeQQz0XVkV5IUtDPRh6Ranw7kM9LDJFUJ8jQz1KVUVvGKdDPpx0RWBeAEM+7axGXqSUQz8E8kaTQdRDP3pFRXXFq0NBCH9FTBchQ0Ej0UVPKfVDQWusRbfgO0NBc39FoJQbQ0F8Q0VWTF1DQX+8RpvKtENBgNpFo+U0Q0GTyEW9LpVDQu1LRZT8FENC9DRFWR/DQ0PPY0Yt5q1DRFg1RVyg6UNE8INFX5kRQ0URWUXA74xDRc60RjkkmUNG53xFR9x0Q0fN5kX62xRDSTIBRjouW0NJR0FHFnUqQ0lJNUV7Nz5DSVx3RkpwHUNK8NZGCIF5Q0z0o0WTy51DTQj3RjRXFENO+ONHVMTXQ1JJzEWPRutDUkpKRYzes0NU7bZGDpp6Q1dE8UWRa4VDWBGJRYnJf0NYPUpFXbVGQ14uS0VVDSlDXzjdRVVeB0NhCohF0R9kQ2djZkVO7KNDaNF2RWkzM0No/xpFhdIOQ3DBK0WB26dDcWclRccYN0NyIL5FXI5XQ3WLu0Vqzr1DdzbeRXjrEkN+W89FjJQVQ4GmnEVirZFDgc7KRcXs5EOCAvJHOLFgQ4SQhEVp09lDi/wrRawNnkOOhJtFmZQkQ5TaPkViGW5Dl2hLRekFx0OYV+9Fg05LQ5hZBUXHWvdDmFpFRYIpnEOcA6BFXPqPQ59PWkaH/2xDn94SRT+dTkOgLb5FbuY5Q6Dec0WhB9VDoOlBRXgm80Og7IBGIwvHQ6Dt7kepZM1DoO9LRjQgcUOg8n5FgNJUQ6D8/kVzTLlDoymURV4N1kOkSdlFzY33Q6X0zUVT1AlDqIraRfueJUOrhDdFTI0lQ65ir0VvjxlDsfY+RfaKG0OyD3FFsiP1Q7LiZ0WSI6VDtMraRVek7kO23DlFV2g8Q7wKIUVjRKdDvHDWRWWfgUPDhAVFtja9Q8ahF0WK0qhDxvoxRfFi00PG/B9FzjV1Q8b99kWQC4FDyeWtRYPeZkPMGVpFcMttQ9EK2EVemAlD1pSoRcRJv0PZtMZFXRTEQ9rZrEVSoXdD5WfjRi5UTEPqNMdFfw+1Q+yTGUYUhL9EAeOaRaI3x0QDEPJGBzdpRAVfkEVdTYJEBeroRYTUVEQGt2xFWBQwRAcuZkWmgwJEB2usRcT+aUQK/tlFpcyZRAsXIEYXfuZEC7CSRWpnVUQOa9FFZ1LwRA/8/0WIHbdEEgjGRg9pREQXJNdFZooQRBmQgkWASNVEGiigRYvAqUQeigNFdxiRRCEoWkYGyV9EI7g5Rg6c5kQj/G9FXYZsRCUsD0YEswtEL641RVV+HkQwPglFglwiRDjS6kW4Of9EO0dYRWHx9kRBgBlFpmW4REHlN0ViDAJER1mARVRBgkRJRy1FipKrRFDijkV4elNEUknsRbZAeURZdL1FaCg/RFn260VvFstEWtTyRW0MJURd1d5FTOxWRF5bLUWWNfNEX7XZRURU9ERsxfJFTSJHRG56LUVaB2hEcKjKRU+QfURwvVZGoW6mRHDBykYoyDtEcMVwRaB7NURxZy1F1+kDRHZqnEVlMhJEdzc6RcpMLkR3ZwtFX7pj</peaks>
+    </scan>
+    <scan num="323"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT166.362S"
+          lowMz="51.09204864502"
+          highMz="988.887512207031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3400215e06"
+          totIonCurrent="9.879929e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="324"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT166.882S"
+          lowMz="50.24006652832"
+          highMz="988.876708984375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.5599705e06"
+          totIonCurrent="8.720364e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="325"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="378"
+          polarity="-"
+          retentionTime="PT167.405S"
+          lowMz="50.212875366211"
+          highMz="988.88134765625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.5821615e06"
+          totIonCurrent="7.166867e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="326"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT167.961S"
+          lowMz="52.649337768555"
+          highMz="994.971923828125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.572546e06"
+          totIonCurrent="1.4651079e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="327"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT168.446S"
+          lowMz="52.026374816895"
+          highMz="992.347900390625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.9986815e06"
+          totIonCurrent="1.1234422e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="328"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT168.951S"
+          lowMz="53.130893707275"
+          highMz="998.803527832031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.029202e06"
+          totIonCurrent="1.3216754e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="329"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT169.45S"
+          lowMz="52.391925811768"
+          highMz="988.845764160156"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.584268e06"
+          totIonCurrent="1.0647199e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="330"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT169.964S"
+          lowMz="51.524799346924"
+          highMz="996.945861816406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.06121275e06"
+          totIonCurrent="7.774903e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="331"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT170.496S"
+          lowMz="50.724533081055"
+          highMz="988.852844238281"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.6473595e06"
+          totIonCurrent="8.599574e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="332"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT171.024S"
+          lowMz="51.100147247314"
+          highMz="988.852355957031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.7237835e06"
+          totIonCurrent="8.858189e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="333"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT171.549S"
+          lowMz="50.553936004639"
+          highMz="988.855346679688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.06239025e06"
+          totIonCurrent="7.85829e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="334"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT172.082S"
+          lowMz="50.780254364014"
+          highMz="991.361938476563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.537214e06"
+          totIonCurrent="8.790608e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="335"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT172.602S"
+          lowMz="51.097667694092"
+          highMz="988.870056152344"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.799616e06"
+          totIonCurrent="1.1280771e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="336"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT173.103S"
+          lowMz="50.596431732178"
+          highMz="979.134399414063"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.0813455e06"
+          totIonCurrent="9.604866e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="337"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT173.625S"
+          lowMz="50.195529937744"
+          highMz="999.386657714844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.1536565e06"
+          totIonCurrent="7.8021165e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="338"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT174.163S"
+          lowMz="50.165309906006"
+          highMz="988.832275390625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="5.9287655e06"
+          totIonCurrent="1.1314032e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="339"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT174.669S"
+          lowMz="50.444141387939"
+          highMz="988.836730957031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.980684e06"
+          totIonCurrent="1.1335127e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="340"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT175.182S"
+          lowMz="50.641891479492"
+          highMz="989.736145019531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.8513535e06"
+          totIonCurrent="1.1150381e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="341"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT175.688S"
+          lowMz="51.924549102783"
+          highMz="968.736572265625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.080117e06"
+          totIonCurrent="9.522782e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk+yvUWFPNxCVzmkRaWRYkJYONdFhXDBQluqc0WMaC9CaM0ARV+0xkJtaOJFbT3wQnP45kaw1FdCdz0mRWLY30J39BhGAkBDQn57hEWmVsdCgV+JRW2gNUKC64JFfaOsQoP+R0WWiStChdwJRYVeNEKIqqRFmLZEQojRw0WJbwRCiWwKRY4XmUKKXO5FcarBQoqchkWBgnRCi23mRX8UO0KNI1hFcqH+Qo077UWQp8VCjiBMRYuJ7kKRjSdFmpaeQpHU8kWXRyhCkfx1RcuG6UKTjZxFdiljQpUsSEV3jxRClgR+RaIWfEKY1PVFeYYzQpsauEVu2qFCoO3jRrZ5V0Kg7mpHF2TDQqDwF0YSzBVCofMrRdjGD0Ki+jpFieqJQqTaOEV3ppZCpgzIRttTb0KoBKBGHVmfQqvpA0WZjtNCq/PPRbcLEkKr9JxGIVy3Qqv5LkWYv1xCq/+ZRhRuvkKsAF9GoMezQqwHq0WEE7xCrAtvRaqWF0KsDDtGDeLrQqwNfkVnq6dCrWmkRZCPOEKt8CFFf8I+Qq5pF0WEJH1Cr+J9RYiM30Kx+GRGHeFiQrH5GEbvobFCsfnhSVr6y0Kx+0tGJ00yQrH8c0XNTghCsgx+R8IMw0KzuKRGCeErQrP7qUYKci9CtTQCRcWJckK10apGmqD7QrXUiEWs2oBCtd1iRe0JV0K14Z5GAZhDQrXuZUY80eVCtfC4Rc4nukK18b5F+czxQrX7MkY8KhxCtf4iRlKfK0K1/plGq2dIQrX/gkckUR5CtgBER1BihEK2AQ5IPpc6QrYBykqbCGpCtgNHR4yGwkK2BAJHLiNuQrYEtEaj5sdCtgU3RgQ8mEK2Bb9GMxUAQrYHCEXixcVCtgg1Rnii3EK2CLxFuvoDQrYVF0XTifNCtiMARYeGM0K2MfhGMmD3QrYzCkWWpJpCuAKmRbuRR0K4A2tH2qhKQrgMzEaUzGBCuFYiRhDh70K4+KZFdoF0QroD30cm8DJCuvDWRa2VvELB6pNGDfHfQsHrdUiH6zRCwfBRRuARnULCMcdFneYYQsOJtEWOXfJCxelQRfGgVULIAedGPe66Qsrq4EV1NpBCzhRdRnWFRkLUFO1FqjrTQtaYbkWygJBC2hS5Rgc7e0LgGk5Fm4HrQuH4iEceYMhC4f+JRcJtTkLihCNFtlDsQuYHh0eSEiZC5o8PRX3EbkLp90dGN2TxQuochUWwsdpC7JXSRZOm9ULv77tFiyxHQvnTsUV2tsxC/A+yRwXIrkL+B25GJMuzQwAJE0WMR49DBQOIRdoI+UMG/kNF9ap1QwculkW7xOJDB1pSRZU3ZkMH2PdFfRhoQwhufUWDl5RDCN4ZRZddnEMLFdZFhjewQw4M/Ebno1RDDie4RZDjskMO+YtF2m5DQxARBkbT5oJDEF0DRYJWCUMS8D5GN6LmQxMQ9UWcQjhDE0R7RY+5XUMW/cdF6VbMQxtIeUWCgcZDINd2RkmGvUMi1rJGMIU+QyO8hEWlzvFDJNZcRYhvtUMlKwxFq60UQymZbkeBdMtDLln3RdvME0Mw4N9Fvj51QzD2DkX/tL9DMQoORaKrIEMyDP9GNAXJQzL6NEdGijJDMvu9Riogs0M0+EVFhQY3QzT5EUWh0QlDNQk6RciTo0M1pPRF0suyQzigUUWjzQ1DPQ4NRZ24dkM9EPBFoLc+Qz0ST0Xk+PdDPRNbRZ8rR0M9FM1FzksLQz0WL0WBEjZDPRbTRWVtNEM9GPZFhOf5Qz7tmkaAV1lDPwT6RkLhV0NBZ/NFm4rvQ0Fsj0X8gHVDQYBmRsKSrENBgmBFoELbQ0GEfUWXH1ZDQZRwReOX+0NBoFJFm4bbQ0T3YEXRXAhDRTuvRZtep0NFzr9GASHNQ0fOBUXHxE5DSTGuRmLoQkNJRt5HRh0mQ0lcGEY9s2tDSWdZRYXHskNJoiBFyA7HQ0rw4UZdAi5DS+o+RagRuENM9UFFudoAQ0745EeOYnJDUlEHRbxyTUNU7cdGFlDPQ1c/ikW6JHxDWAhGRcSmCUNYE41FpcmCQ1je3UWG7/RDYUE7RYAITENop9tFho/OQ2oFqEWOOJ5DcW0gRZlLjUNxb35FyzxjQ3YyHkWRLiFDe9NzRZklT0OB0hlF5+/hQ4bq/UW5zwFDhvReRaqVe0OINmpFkkFFQ4iSjkWjItNDiMxkRYLBsUOLt0NFiSfPQ4wA6kWvmqVDjLdGRZGgcEOM9GxFiiQbQ5L6V0WT/c1DlHzjRZXovEOXbDtFreYlQ5dtxUWlKW1DmFncRjMdX0OZeTJFkc94Q5mm/kWDonBDmgP+RZ428kOdeglFlTz0Q59IGkaHOfdDn0nKRgLB2UOfTJZGDzQmQ6DpwEXc5uVDoOwrReEzikOg7ndHyAETQ6DwhkYPWRZDoPHpRg4eTUOg+RxFkZWOQ6RPZ0XVPUhDqIr9Rk8cgEOsJ11FnM6hQ7H02kXwBt5Dsg3LRfGFxEOy6I1F5WtmQ7NutUWBwK5DtOSORZiIwEO2EPdFwMmmQ7byHEWZgU5DubH9RY9xQkO6nOxFdjbHQ7vlZkWqdkFDvUVGRYtlbEPDi01F2VCnQ8b9BUZpuP5DzLoSRZXcMEPQPI1Fgu6kQ9aZ+0Wbgt1D1pwORdfz+0PbU9NFlA4OQ+DwnEWKCRpD4RhORaDqVUPk5HdFpzw1Q+VoAkZ0SdRD7JjCRcZefkPsmtRFuTQNQ/OsFUWG5hRD9dzxRZQINEQChAJFnKkmRAMVMkWdqd5EBVcpRa7PuEQHbEdGa2zARAr970WFogBECxX9Ri8vS0QOX/hFkGEORA+2LEWea9NEEETNRajS4kQSDB5F84ScRBIM6EXhqHhEF1j4RZOb9UQXmIZFhq7pRByzbkWVr5ZEHn+eRYqnoUQg2uxFltqpRCEqGkZdOClEIgAxRYHoi0QjbHFFfCtkRCO7+EWdptxEI71WRbwvrUQlLCpGSgAmRCxu7EWdjG9ELjeuRahhM0QuWmlFtR3oRDOQ9kWmEuNEONhIRaMRDkQ6nc1FjFalRDsQ6EWQ6+1EO8uURZ7UnUQ9ycZFiq+yRD8LjkWUQOBEQYCDRfT9MkRDApVFiNTVREc2akWvDsFESULCRaFHFkRJRqtFrl+RRFJQPEXecItEXwZyRYT9T0RmhxhFknWVRGb6eEWTn/dEb5hIRZNfzkRwwHpHBItGRHFuXkYBtN5Eci8kRaGvPg==</peaks>
+    </scan>
+    <scan num="342"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT176.205S"
+          lowMz="52.135997772217"
+          highMz="988.84326171875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.4797735e06"
+          totIonCurrent="8.432044e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlCLQ0VBXCpCURUvRWknZEJUPURFVaLHQlZOJ0VmaiZCVz4yRY6zO0JiikdFSAyHQmaWs0Vmq8JCa0hrRVsV00JuShJFYSbFQnFPEEVdwrRCcmiLRTlKSUJz+OZGxeqXQnf0AUYGfiBCe9XNRXHN30KAFrlFXuHeQoc4SEWAmOhCj9M4RXoU9EKP9thFOu/FQpH8W0VrfvNCkvqORVx3xkKTuedFTlvdQpYEpUVTE2BCoOk7RTsm10Kg63pFhRFOQqDts0XZFudCoO6zRsv3HkKg71VGviwDQqD2UUW3OFhCofMWRZ4YKkKmDNBGs0xuQqgEqEZiCSJCqkl1RXcVbUKqm2NFYFpoQqvyTkVTqD1Cq/PYRhJvFEKr/llGAMkzQqv/nEai5xpCrABgRhpHR0KsAdxFg15UQqwCUUWEbOFCrAo5RWpibkKsC2xGOEqgQqwTOUV1JfxCrgRsRiEGakKuE5xFcbgzQq4uPEVehBpCsHW1RYJGYkKx+F9GQfNWQrH530ll3mZCsfs+RkrQMEKx/HhFoQuSQrIBsUXKXphCsgx7R6k3dkKyDj1FhgTHQrI0CEVDXPdCs7iSRdUk4UKz+5ZGRW7lQrXRnUaAr7hCtdXHRWhkIkK14ZVGElKVQrXpcEWDeCxCtewGRWAdoEK17mpGQlpxQrXxqEXgAiBCtfrURXpGuUK1+3RGChdZQrX8xUXHSjlCtf1/RgjXWkK1/jBGDUC7QrX+3Ub9XBxCtf+iRuK4I0K2ADJHgQcYQrYBxEqItjtCtgM0R4oZMEK2A/RHDFGvQrYEaUbM96FCtgUFRht/RUK2BmVFuPRUQrYIOUYk9QpCthHaRbWcnkK2FRBF3RC7QrYhzkV9xGtCtjH/Rg/KcEK3MBpFRknYQrgDZEfILwdCuAzERnRRCEK4dDFFY1uVQroD3kcNAUpCuvN2RWxugkLB6odFxeZZQsHrcUiB3ShCwfBPRrJPLELF6TxFx/U6QsgB9kYgAehCzL0LRTmdCkLMvddFXdzXQs3prUVNWEVCzhRhRoFbXULOzO5FRxuNQs/lBEVb1ZxC1BTKRcRfTkLVUsBFYkfGQtaD+UVUH/BC2UGXRVIfK0LZXbBFYgmTQtoUvkWJdVNC3gojRYe6+ELgGklFkPkmQuH4fkcsDi5C4oYeRbAgbELj+llFpduEQuYHg0eKcbVC5metRXWLlELmyHVFiLuBQun3JEZBmPpC6vQWRXvo40LuEbtFiLMsQu5vzkVHTwdC7puaRV2qYELwHOBFmMACQvmetkWyyw5C/A+wRwCoh0L+B25GQ99MQv5WwEVSvYNDAVDdRYFDQEMCyHdFRyfsQwTVKEVXzHtDBQOQRYMu/EMG/j1F8FEBQwcHjUWfJldDCn1QRX01b0MLFjxFoSoeQw4NA0cVVHJDEBD4RtTY+EMS8C9F3TAjQxMRB0WGW/dDFv2xRfC1kEMYIyRFmFYrQxhvhUVnKg9DHjgKRZtUrEMg13tGiazHQyLWrEYdP/lDIvtSRbA8hkMjvmNFbO9xQyTV20WVhClDJSz2RZRcUUMn0HhFREO/QymYvUYpiFFDKZmvR1tfdEMtzp5FcYhiQy70jkWnRVJDL56rRZDYAEMyDPRGPfQ7QzL6OEcsbNdDMvu0RjzBF0MzflZFiVLKQzPirkWJaetDNaWRRcv9xEM4VTJFdf+oQzzpfEXL/GJDPPyRRYdka0M9ECpFmTuqQz0RXUWrukNDPROyRcmdo0M9FTpF2QcxQz0XIUW1HqNDPRmeRaESA0M+7ZFGrZGOQz8E3kY7+E5DP87ERYmIGkNBaXVFroHAQ0FrskX3TDlDQXNpRbJBLUNBfXNFu9cZQ0F/mEaxmsJDQZOcRcWpwkNDo4lFWXIhQ0UOa0WZiExDRc7FRdM0e0NG74JFh8iHQ0iJO0VdHa5DSTG1RjxMz0NJRvpHKVlGQ0lcKkZJBxZDSV2PRWxvPENK8N1GelIaQ0z0y0X4fctDTvjfR4TVkENST3xFiJ+PQ1JRX0V+xppDVO2oReLF7kNWHiBFXaHTQ1Y+z0VgnK9DXZlGRXncMENe5bpFbnFyQ2ETaUWTFuNDYgWoRXgIn0Nn6G5Fc13hQ2tlsUV+XNJDcW+2RZUrN0NyKdJFaevwQ3P+AUYQqSpDdzBSRZZvrEN/kZJFdr4ZQ4HQ+EWxiIxDgdPfRY818EOIs8RFU6nVQ4tL3UVzTvRDjAFVRYC6bEOMkOxFZK3VQ4zddEVpN3dDkpj+RWoG/0OYHzNFY0NkQ5hZbkYXxpBDmgNcRW2sSkOcAtRFaxwlQ59FKUVphTtDn0hNRi75AkOfSjVFgoJ7Q59L4kZELt5Dn079RdK3+0Og6ANFi+91Q6DsRUVyM7tDoO9XR6PF9EOg8wRFSS2wQ6D9MEXwUIlDpE3qRZEUFkOmrEJFZ58sQ6iMGkXeL8dDqWzIRYhuLEOreBhFcZygQ68w2kVrCSBDsOjpRWYdx0OyDitF61ZvQ7LXA0VcOz9Dsul5RX/OtEO4CmlFa+y7Q8CS/kWNJ3NDwM/qRYar7EPD3lBFgHDFQ8Qpj0WAleRDxvrzRcWRQEPG/NpGLba2Q8gCkkWRaOZDyaxvRVCw0kPP8XdFgImlQ9aZmEWe9itD1pu+RYg1TUPXKXpFcnu6Q9mnfUWGZ/lD3FlfRYRIJ0Pgj2pFhGFxQ+EZ30VbNaZD5GY7RWMU3kPlZoZF8DoLQ+VpSkYO7CdD5sdERbMoo0PsmG1FhpOtQ+yauUWmdZJD94QfRVlAnkP4GIxFfgZXQ/4aw0WDZvREARE8RYTpzUQDFZdFdv5dRAYwoEWORFlEByJRRXSWMUQHbB5GG3oeRArlzUWD4BRECv3xRgh7GUQLFk9GTXAURAy84kV2mU9EEg2FRY7wSEQVhnhFbKXBRCCwT0V2b3lEISnhRhtmN0QlLTFGLECyRCfCZEWo82lEKxOKRVvn8UQxhdVFnG1jRDHJVUWK1ctENb4hRXXv50Q4iRpFhyEXRDjZLkYT8gBEP4acRV5cAEQ/h9ZFVEtdREF/7UXRH1NEQnrbRWeoZURHvTZFXx1OREiGykWYAEZESUatRY6joURNJ4pFeGIxRFGJUEV7okxEUlD+RbytGkRgeKRFkJDoRGbRAkWNX3ZEcMALRtMj90Rxb1pFsWmoRHSG0kV4u45EdzX4RcVBsQ==</peaks>
+    </scan>
+    <scan num="343"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT176.73S"
+          lowMz="50.178478240967"
+          highMz="989.749450683594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.7076495e06"
+          totIonCurrent="8.890986e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="344"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT177.258S"
+          lowMz="50.86498260498"
+          highMz="980.471618652344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.61923225e06"
+          totIonCurrent="7.3299125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="345"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT177.789S"
+          lowMz="51.353893280029"
+          highMz="988.812377929688"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.861668e06"
+          totIonCurrent="9.15188e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="346"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT178.313S"
+          lowMz="51.930637359619"
+          highMz="988.813598632813"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.9470965e06"
+          totIonCurrent="9.12671e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="347"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT178.826S"
+          lowMz="52.140277862549"
+          highMz="988.832214355469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.943968e06"
+          totIonCurrent="1.1140429e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="348"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT179.334S"
+          lowMz="50.124351501465"
+          highMz="993.859497070313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.335263e06"
+          totIonCurrent="8.375503e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="349"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT179.872S"
+          lowMz="50.226921081543"
+          highMz="988.800537109375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9816855e06"
+          totIonCurrent="1.0023583e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="350"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT180.383S"
+          lowMz="50.392635345459"
+          highMz="988.809387207031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.913818e06"
+          totIonCurrent="7.456148e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="351"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT180.922S"
+          lowMz="50.867691040039"
+          highMz="998.03857421875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.457359e06"
+          totIonCurrent="8.2959995e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="352"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT181.452S"
+          lowMz="50.770515441895"
+          highMz="988.821472167969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.7821495e06"
+          totIonCurrent="1.049175e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="353"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT181.964S"
+          lowMz="50.847564697266"
+          highMz="988.8427734375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.398326e06"
+          totIonCurrent="1.0063702e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="354"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT182.472S"
+          lowMz="50.451072692871"
+          highMz="996.9716796875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.5037865e06"
+          totIonCurrent="1.0348184e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QknN5kVu5P5CT8gxRV4FFEJSTi5FcC/rQlKywkVn1+5CUrNoRWP0f0JW8YFFZwI4QlfEoEWHeLpCWGbCRXjI8EJYn+NFgBeOQljE/kWFIXtCWxl+RYrgb0JjcG5Fmc4KQmZivUWPmWZCaEYQRXKwh0Jph+tFiCJ9Qm2xIEWIV6xCbmVfRYlrdUJvT95FfMRPQm/BuEWB1JpCc/jlRqG6mEJ0NHdFby30Qnfz+0WI5eRCd/fnRZd0I0J6vJlFhGr6QntdGUVlIGlCfVFcRZr8+kJ+e1pFc7J+QoEr3UVobyFCgTk0RW8VzkKDhsZFfuN/QoYtgkWgDEpChjTzRXme3UKHNgVFhJtEQog3c0WG2hJCiVjyRYTY7kKMlTRFjWioQo0wM0V4K81Cja4sRZw0+kKOc25FkfJBQpATBkV8mXhCkPECRYOPnUKR/GBF45VaQpIFG0WEqLRCkxKFRXVJV0KUweJFlCALQpYEekYAqw5ClxsXRVhU3UKXaz5FnntlQpfTPEWCbDpCmUCPRXNdiEKczJ9FdnUrQp//pUV8lIpCoOw+RY/VNUKg7PFGeToyQqDtw0cnoTVCoO/qRdXiVUKjIHxFjij3QqRL10WFLoNCpXplRaFe8UKmDM9G+1ECQqY0G0V8dylCpm66RaWFhkKmzNtFYuVxQqfshkV1kipCqASYRi0j0kKohapFg1DzQqi1SkWvgAxCq10zRYV000Krz7FFiuaRQqvyZkWOsmVCq/SRRks6tUKsAGRGw10+QqwBlEW0nf1CrAIaRcwThkKsAt9Fn9GsQqwIRUWc23FCrAxGRlXoEEKsZ7FFeKv3Qq100UWDEhFCrgR5RnJqo0KwepxFfT9zQrH4i0ZN/3JCsfkXRxqlPUKx+eFJdVFyQrH7WEYzQ7hCsfvmRgaLAkKyAW1GBCBaQrIMeke9Vs1CshvlRXKedkKyYi9Fj1KSQrLqQUW4RaZCsvjDRZMmckKzuJ5GGf/nQrP7n0aEg+1CtA4VRaDBR0K0KahFm255QrXHmEWd72JCtdGrRmmqxkK106ZFx6DxQrXcrEWpqtpCteXeRYaYTUK15iNFhaMqQrXuaUZ3qo5CtfG0RhgyA0K19phFsQqpQrX5zEW4UnJCtfpHRaQnkUK1+21F7DWrQrX8t0Wqq11Ctf3TRg4F7UK1/o5G1L+ZQrX+70a8+3ZCtf94Rw3jckK2AGFHj5DqQrYBxkqn9lVCtgNWR5LAakK2BEtHAWFeQrYE1UZaqotCtgYQRh6QsEK2BsBGB7oVQrYHK0XaOeFCtgfjRhsJSkK2CNlF62lsQrYJeUXuhehCthHURgDOwEK2E0RFt2uJQrYVFEYCvSBCti/dRZqIEEK2MgVFtXA+QrgCnUXEJqdCuANkSAQeUkK4DMhGpaBsQrhWQ0XvlxlCuPGPRV3rzkK48glFZ+k3QroD3kc+tExCvV8XRZBsmkK+BaxFX4XIQsB+PUVtkNdCweiLRa0hDkLB6oJF+HeOQsHrcUh3roVCweyARah+qELB8FVGxh51QsXpP0XBPW9CxsXRRZD/T0LIAfhGH3swQsg3LUWQRSJCyLv4RYOlpkLI1rtFgzz3Qs4UbEbFRrNC0gvVRY/h8ELSWWZFq1RAQteLBkWfi/tC2fEDRYETfkLbxQ5FgwIbQt0+tEWPlUFC3olkRXa4EULh+IFHSqHgQuH/mEXMpO1C4oheRgQ6Y0LmB4hHjmVDQun3JEZDXL1C6gliRYyZMELqiaJFksORQuwK40WOhY9C7hHRRdKaP0LyDvlFuPrmQvIqKkV97vFC9wGlRY02okL8D69G/ECNQv4HcEYrJjxDAPWIRaRGiUMC5j1Fk0JbQwUDlkXKoWtDBv40RbyEx0MIgKJFiPP7QwsKkEWN6t9DCxYfRYXi3UMODP1HOI8bQw75fEXjdAhDEBD8R4sx/kMQGMRFld9eQxILUkWWywdDEg0zRZw89UMS8CdFxNpaQxYrQkWu6mdDFv3ORge+JUMYT49FlFxyQxqCeEXN3fZDGs7xRZ4tHkMbC69FmirnQxvG8kWWltZDHNloRWSlbEMeKtBFnG2WQyDXfUZyX2dDItaqRgfzGEMi+11Fm+3BQyYgeUWKPlxDJ4z6RaEnakMowrpFrz5FQylgy0WfAt5DKYxaRXlrGkMpme1HgEPLQys6c0WOknZDLLUiRXrxFUMw4CtFripvQzIM90YXoq9DMvo8Ryg6n0My+7NGOHBPQzT5JUWfMhhDNQlmRc/7TkM1pUJF/kEwQzjWa0W+rNdDPQ/FRaiHlUM9EWNFm9GJQz0TY0XRa9JDPRWORdjSsEM9F1NFj3slQz3RuEWK+e9DPu2GRoTTkEM/BOlGHLL0Q0FskEYpHwdDQXQ5RfYS6kNBgH1G6Z1iQ0GCrkXQcCJDQZR8RgWPrkNC7YVFq2avQ0MBMkWVrmNDQ89sRhkIs0NE4sBFlC9nQ0Txj0XJpkJDRPSORbMXMUNFDjxFoGVmQ0XOu0aOKEBDSTJmRmgTD0NJR51HPgcIQ0lMiUXAHbFDSVzVRmYoK0NJvXFFnkPvQ0p640WgAuRDSvDWRkRGMUNM9ORF7CclQ0z+WEWa1ElDTvjjR105XkNSTelF9u2QQ1KJDUWhvLVDU322RZe/7UNURTNFhSYpQ1Ttr0Xp4PhDVqR4RZHPGENXGl9FosX7Q1dB90WzCLVDWBLdRb/C7kNZkM1Fqw8VQ2EPFUXkum5DYygzRZG1sENxa8NFx1xcQ3P9c0W7ddhDdHpaRZWHYkN0ztpFjGvaQ3iH1kWRk7FDf5hWRYmZy0N/m2hFg/DMQ4HRUEW/6qVDgkK0RYfujUOEwyJFhrPuQ4YMuEWjKjFDhsWpRYHwKUOG5Z5Fi8i6Q4bz70V3qw9DiBZ8RZEpykOIN39FrIe9Q4imRkWFXHJDiPU9RYQYbkOJ7XpFiDWhQ4pA/kV+n/ZDilDzRYUe9UOL/t5FqMQXQ41UXUWODCdDjbekRZaFNEOPtBRFgBPTQ5N4BEV+BsBDl2teRfu8aEOYMDpFkb7LQ5hZHEYQLilDmZn5RaMdFUObfhtFiaC1Q59HjUZiMuVDn0jdRmqVckOfSitGbAvIQ59MLEWzf5BDn4iMRbkkk0Ogl1JFjdoSQ6DsW0aBGxtDoO3MR8f0PEOg721GO+4IQ6D9QEWR+MZDoc9cRYJlPkOh5yBFj6d8Q6LeJEWN9q1DpEzuRc2Ef0OoighGA9uAQ6kfB0WMhOZDqb4sRYyer0OqH3ZFqsf6Q6tkHkWK995DrFITRZ7vtkOsYxRFmb6sQ624zkWj0oBDsfUdRhl6z0OyDfJF9ivNQ7Ll20YDFgtDt3QkRXUEsEO5V/RFkdx6Q7oCZ0WTE9xDuzGPRYTEN0PDiBxF0lO3Q8QvoUVxGnRDxvxiRl+JrkPHeLBFiZ2IQ8rWjkWG0MlDyyWbRYuAaUPMbt1FrL0dQ89bakWcuiZD1pi1Rhz750PZVyxFjEGIQ+STMUWmvaBD5WaZRnKQxUPmxx5FubuIQ+yYA0Yceo9D8FdMRZ8PaEPyFrBFtOs1Q/QzaEWnwQ1EAOOzRbStmkQB7+NFllUwRAdr6EZTBQpEB/71RYXs6EQIMZNFsVdFRAo7xkWmPfFECv3PRbNuT0QLFhpGGYS8RAteJUWMrpxEDkRORY5pl0QSC3pGRt5jRBNGHkWWGmFEGd6hRZUbFkQga/dFs44/RCEpjkZ/XJ5EI7tLRgb1SEQlKydGK6b5RCiew0WNG3BELH9rRZHIpUQ0d2lFgBPARDjWj0Yn+lREOPu4RYWMJURBgH5F2D9URElIEkXQEotETvUERZo6K0RPjoVFmh3yRFBEeUWk4TVEUHEfRaUBOERQgklFmH4GRFJOLEXxLM1EVznSRZ9u70RY/qlFlyFmRFp/CUWmiPpEYMp9RZJOBkRtj0JFjiHcRHC//EbhY+FEcWu6Rh5XvkR2mMJFhzYrRHaahUWIwQREdsKKRZakFUR3NThFv8OJRHk+MEXFsZE=</peaks>
+    </scan>
+    <scan num="355"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT182.987S"
+          lowMz="52.584365844727"
+          highMz="988.824340820313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.658283e06"
+          totIonCurrent="1.0850161e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="356"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT183.491S"
+          lowMz="50.866931915283"
+          highMz="993.030212402344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.200946e06"
+          totIonCurrent="9.662564e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt3vUWcpc5CTwyiRWy51UJRWidFhw7OQlJUGUV+8yRCUnQwRYT0+UJTkjFFY/MtQljqwUWE291CW0f+RVbBR0JbSItFcwg6Ql1z1kWP0nlCYX3jRWewE0JslRRFe2YVQm1YRkWcYbtCbeXFRXFl30Jv4j1Fhp32QnP40EaYu5VCduyaRVy3dEJ39ARGDJ34QnmCS0VaPapCfxZgRX5XC0J/IJVFatqXQoDx/EVvyABCgdGIRaMcU0KFFjZFgDGjQocI4kV1VP9Ch9e0RXH2FEKKBspFgB/7QowIb0WCHq9CkfxrRe6lVkKSDQhFfhl5QpIxcUWTYKlCksToRYIWyEKTHpZFqBDUQpOldkVz+BpClgR9Rbn+yUKY3BNFhZ99QpjsnEV2NW5CmTKIRYxpcEKae29FebDjQpsFJ0WVst5CnqptRX5z7UKg659FhvFfQqDudkaaPlJCoO+ZRxxQ8kKg9INFm0i/QqHy50WWOvhCovVTRZOnS0KjGvpFidn3QqYMz0be6RpCpni/RX4t0kKoBK5FtACaQqgzIEVsNPpCq14ZRZw6SkKr8jtFkwGxQqv0zEZAAlhCq/81RaSZoUKr/9VGAQq7QqwApEan6uVCrAOPRaac5kKsBIVFx2mGQqwH2UWuDS5CrAyJRjfm30KthgtFlGnNQq4EbEZFW/9CsNMIRXn2ykKx+H5GQ1FaQrH53El0GjlCsfsyRhJVM0Kx/D1GTQyvQrIASkYOFiRCsgx5R8pAtUKyWERFmfiPQrLqNkWShLVCs7iDRegzs0Kz+5JGXbPWQrXKqkWJL4pCtc3vRbI8J0K10aFGbm8LQrXhkkXt7WlCte5kRlILK0K18bNGA78kQrX7W0ap4VJCtfysRiF8bEK1/jJF77ySQrX+i0aqYDhCtf9nRqOVx0K2AFJHguyzQrYBw0qeuGRCtgMrR0juyEK2BExGoB5NQrYEu0be4kRCtgZ2Rhf2YEK2B3hFl6bFQrYIXUaLog9CthUaRbyo40K2Mf1F518BQrY1gkVriixCtjXxRYHF4EK275ZFgkpzQrgDYEfcOS5CuAzKRmlmEEK4VhlF0imcQroD20c7B/xCupcfRX2bTUK68F1FuymxQsAg2UWGvlxCwJDfRXYx0kLB621IXtBlQsHtpEWYwFBCwfBPRqZ9lELCfatFcAdmQsOIh0WEcPJCyAHkRnn8oELI+lhFjmhOQsnXPUWUvZJCzLu1Rb8x0ULOFGFGruitQs6jOUWBWjRC0SoKRYaXQULSeU9Fj3DmQtQU5kWo35RC16fwRY/z8ELZeTtFaz/5QtoUw0WlocJC3HhuRWxmKULgGjZFrowgQuH4eEc5ywxC4qV/RbAhNULmB35HeR3SQui5e0WdZYNC6VUuRXnWwELp9xxGXmS1Quqkk0WJWWpC6yWQRZgWFULr5fxFo4oxQuyYSUXZ18lC8sLnRXn1tkL0zqxFe2wXQvjiRUXFCEtC+bL8RYLAvUL8D7VG6wTSQv4HbkXs419DAAjsRXvF8EMA9Y1FreBSQwEH0EWKJ81DAvBhRaOzokMD9rRFpysLQwSfVEV+6W1DBjy8RYi4h0MG/iZFoSVDQwcHikW08jJDCIOzRYAXGkMKQgxF1De6QwpdmEWhm3VDCxUrRdlBkkMNtldFamEwQw4M+Ucw6pNDDvmSRgUPHEMPCNxFiqWvQxAQ90eGLgtDEgvtReWAz0MS8DJFqge+QxLw1EVue1BDFbniRZS+4EMWJEtFjX4mQxb9zkXQerpDF9iXRYCt0kMZzEhFgQISQxqCvkXaY75DG3U4RX+QtEMbd9tFdqqXQxwaMkWRH95DHHc6RZCt+0Mgq91Fk8khQyDE/kWxgPxDINeIRkGFrUMi1qpGRkDBQyL7VUWb/TZDJXP4RZ+J+UMntIRFe1izQymZmkeEEXdDLc5sReGSYkMw35JFsigHQzIM4EYHmnVDMvoxRv5pZEMy+6xGhC/nQzQK90WjYTJDNPkTRdaTOEM1CSxFu1b2QzWkJEW4jcVDNlh2RYsUeUM41r9FtJxhQzrEFEWGPPxDPQ9rRZYsjEM9Ed5Fi57RQz0TSUWy5IpDPRVBRZYgaEM9FdVFd9VDQz7ti0aL9WtDPwTrRiS8ZENBEUBFi6paQ0Fs1EYI68VDQXRfRdivxUNBgLpG2az4Q0GM5kYD++5DQZSuRgDYokNDz2dGDrskQ0T1BkX+xlZDRQ5eRfwSuENFzqdGFW1VQ0YXzUWTOhFDSTI7RnyaWkNJR1xHPenNQ0lckkZNtFFDSvDoRndZaUNMADJFpbrjQ0xd10WvJXlDTtxTRYeEc0NO+OFHe4d9Q0+RYkWL8oBDUk6eRa7t20NS0SVFpAFxQ1TtuUXoga9DViO+RYgti0NXQRxFnrE/Q1fnWkWMHSNDWBFORa55YENYE49FuOKtQ1mZ90WGAEtDX6E5RYwNLUNhD51F3xkgQ2wth0WMOR5DbJhbRZ6k1ENz/dhGT+bHQ3b0FkWZv3tDgckIRZpWQUOCyJxFqMSxQ4bzQUWL981DiDfURau1PUOLAOxFmPcgQ4tJhUWRsTpDi1kfRY08EEOL5yVFjhGZQ4v++kWkf6lDj+sgRYGtlUORkXhFj40BQ5WjjkWXsHNDl2uhRd9oP0OYWGVF0TXlQ5haBEXZNoBDmuZ/RZ94F0ObHyNFdBvuQ54+g0V+BlxDnu0WRZQTpUOfQ1VFqtNfQ59FX0X6GgtDn0hbRdhChEOfSgZF2LLcQ59LOkZ4oZtDn0weRiZqWkOfTa9F6hENQ599p0WUzjFDoO42RtgJQ0Og75pHr3oMQ6Dxi0YC+oZDozy4Rbv6UEOkTQ5GD+S5Q6Yk20WL+FBDplm7RYxEtEOoimhGAw6EQ6iMT0XjQW5Dq/QoRYo5rEOwmSJFthCxQ7HqL0W9A9pDsfPcRdTgZ0OyDPRGHOLmQ7Ll/0X/WABDt6YxRZaE6UO5K0ZFmBtXQ73wVEWFXFJDv48yRbf7BEPDiD9F4ci2Q8b7MkYdczxDyGwBRYtZKkPWmMVGCSaGQ971OkWegqND4g0dRYkSHEPlZsRF3HE+Q+VpHkZCOYxD5WwMRdv/wkPl1rRFnEPPQ+e1eUWMuyRD6LnSRZP+DkPsl8xGD1scQ/Fap0WRh6tD8YQQRYFFs0P3Ii5FinhaQ/hw90WjuN1EAAomRYaJB0QDE6hF/MIsRAdrUkYBD9BECcLORbBtEUQKIsVFlLYwRAr88kXI7ZVECxVDRnGaEUQOPrtFi1vcRBILpUXPRatEGUxfRYupM0Qa8EhFk10SRB2HPkWSJRFEHbi2RYqUv0QhKSVGD8k9RCEqvUXWG/5EIb3SRap/KEQiKg5FpHTXRCO7d0X2iphEJSrLRc0jT0QlLPxGFZgeRCihtEXBU3JEKarvRZu58UQq1ZNFgyL4RC70LkWXDuZEMBYgRZxUfkQzFTJFlU57RDWnAUWU9ZpENyPTRYaUw0Q3MqFFjOeGRDjWzEYWdvhEQYDxRgDNiERK6KdFg/ZERFJOkEXd7CxEUt96RZczc0RX0ztFlnrNRFf5SUWQCHtEW07KRYfqxURcoStFiJFgRF2CnEWM3lVEY2sWRbFkokRwvyVG1kvlRHDBwUZHv3NEcWwsRh1EGUR3M6NF07DNRHduYEWbnHlEeEHvRZH1aQ==</peaks>
+    </scan>
+    <scan num="357"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT184.006S"
+          lowMz="51.981300354004"
+          highMz="988.836669921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.200546e06"
+          totIonCurrent="7.94767e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk/s2kU9qpNCUP/iRUmfSkJhSOZFQrKLQmJkmUVYi35CYmVgRW1ANUJp++pFOzfOQmpF7EVDK2JCak/rRUmRvUJtpHxFQgSXQm5TekWA/NNCc/jiRobXxEJ2AYdFP0R7Qnc1T0VXV5tCd53YRWYvDkJ38/1Fv4XSQn3iFEVODxpCfnuCRVq3dEKAWbVFUANoQobEmUUvcuRCiRR4RUK2lUKKo2hFTMv7QowAREVwdaJCj3E6RTpdSUKR/IBF1wKeQpMQG0Vn7jZCk+K9RVRaCUKUB9BFLB/wQp5p9UUzzrNCn0QRRS4JDEKfbLFFHwysQqDoT0U5EllCoO9oRwHy+0Kg9k9FW6kXQqEkGEUzzsZCofMURd1NK0Kl8ZhFZzMzQqYM0Uanl+tCqASiReLGZ0Kr9D5Fr7onQqv060XwqlxCq/bYRaCHKUKsABRGHsCnQqwAxkZiBd1CrAKxReeMD0KsC/BF2GOiQqwMo0YTcgVCrNDFRT3siEKuBIFGID8mQq6XfEVcGgZCsfh7RgoL9EKx+R1Gu+ZoQrH530k7WBNCsftGRfNzUkKx+9hFxYKFQrH8ekYUOIlCsgx8R541lkKy6g1FkGlwQrM1G0VWFXtCs7biRW3M6EKzuKBFlvbZQrP7nEZuzhpCtUDuRYL8xEK1y6dFXyWLQrXRkUZ/NSdCtdkQRVpI4kK17mNGEu04QrXxtUXH/wdCtftmRhhmRUK1/MZF9bY7QrX9GUWL221Ctf53ReMkDkK1/w1GF23JQrX/kEbOzYtCtgBXR4O5DkK2AcZKgDDEQrYDUUcsXWJCtgPkRxJkxkK2BLFGhv0EQrYGGEX4uFtCtgZ+RVd+k0K2BxxF6PMBQrYIOEZeEtBCthHlRbNayEK2FSxFhmHzQrYyBkZGAOpCuANeR6V/nEK4DMpGQbfaQrhWJkW9aWdCugPZRtyyoEK6HlFFXeuBQrqz+kVWP+9Cu34ZRTp+dkK81mZFQzbRQsGBAkVI3e9CweqWRWRILkLB63FIXCrAQsHwS0aiwdVCxeknRcaj1kLIAdtF3VXWQsoMWUVgQWNCyyLbRUljm0LMulZFQ7NoQs0lLEVTQSFCzhRdRpMqEULUFN1GCKfjQterukU6b0hC2hSsRabx10LaefxFP7soQtuPYEVSYRZC274nRUr4jELgGk1FedZfQuEzqUV0+GdC4fiBRyr7P0LiiG1Fv7opQuVT2EWEM9NC5gd+R3OpgELp9zBGZL5hQuocSkWU251C6vmxRUxl+0LtNcBFUzFkQu4R6kYDGB9C7tjZRWD/fULwq7RFRk0uQvIPDEVyhgFC9xRpRXo9pEL4GrpFRReYQvjkKUVjO8FC+WumRUvRF0L8D71GqXIHQv4HgkX1L1BDAQfCRXA6R0MBDhtFi6wtQwbU60VBKEJDBv5LRbVkAkMHAxJFVWN4QwcHiEWRJz5DCQuWRU7Bh0MKQm5FURmiQwpDfUVJb65DCwnjRWuBBEMLE6JFMzGvQwsWB0Wsv9BDDgz0RtjbkEMO+ZBGEPXKQw8I6kWM2/VDEBEAR4fCgEMREbpFlPCZQxIBR0VKYVpDEgzZRUM6x0MS8DlGLoKGQxRUbEVNQ/tDFrQ3RT9SnUMW/eJFugmIQxdJnUU89VVDF6/iRVOqfUMaMuFFabInQxqEQUWK3VhDGwuLRYRnvEMcCOdFRpNRQxyJ/kVf6N1DHxOfRWDxK0Mg13hGZZQkQyLWv0ZmVYZDIvuCRbiHeUMjvSJFhdQ9QymZS0dNA1JDKZo4RZ8/cUMuWaFFcmo5Qy70nUWNbD5DMOAtRXxArkMxrNpFVb3sQzINBkX6U/NDMss1RUFRu0My+itHEw8YQzL7pEYXUnZDNKukRVOTJEM1CUdGAILaQzWlQkXhNCpDOFSgRWl41EM4mQZFRLt4QzvqfEVjtstDPOl8RZDJgkM9ESJFpVcoQz0TmUWGjrFDPRU4RaiOukM9F21FfmdTQz7tn0aEEC5DPwT2RkYT6kNAAbVFUT97Q0Fs0UWz+q5DQXTQRbg3sENBf8ZF/4A1Q0GA7UaiUrtDQYQeRYPcv0NBjRZFYuOVQ0GU3UX46KZDQkQwRVnIZENCWNNFeqB+Q0PPYEXWzmxDRCq5RVYpdUNELM1FXrJRQ0T0q0WHUw9DRPWPRYYOdENFDmpGBvf+Q0XOzUX+qf9DR678RUv72ENHzchFhtt5Q0kyR0Yn2dxDSUd9Rxnht0NJXMRGCW73Q0rwvkZfir5DSxu6RVtQrENM9MNFgGWKQ07430dBojVDUNleRU8lxENSTs5FmjfKQ1JQQ0Vuye1DU8pIRU3hakNT6xVFWCWgQ1Ttp0Y4wdtDVRG0RVnSZENVoJdFWifEQ1cakEWG0xZDVyHmRYvwNkNXPwdFqs0pQ1hAAEV/MqZDWLP7RUl1E0NY8q9FV6ndQ18YCEVwykRDX5aRRXSQTkNhD1hFga8bQ2LVBEVkaDZDZc8xRVwtPENmm5lFdxmrQ2jnEUV6aQZDcPtmRU/XgkNxbOtFch3LQ3HYm0VtjmlDc/3qRhBTCkN3lA5FZowPQ3jorkWKJ49Dey8jRXd19kOAiHtFVacnQ4ELhEVM1/FDgdG+RYRE50OB0shFhO8xQ4N1b0U820pDhfTCRVllGEOHE9pFZBZeQ4dixUWGij1Di/K8RVkFEkOL/45FdXmBQ44LCUWN+QRDjiQDRX1mmUOOXuRFbGoiQ5MFmUU8vvtDlcIoRYBEDkOW8p5FXa8PQ5ds8UXJ2JVDmFfkRX3FeUOYWatFxB7BQ59HuEVGnEdDn0lkRkaUBEOfSztGA5kxQ59MzEX8RPhDn04VRbjoIkOfT8hFg9HCQ59RSUWGp3FDoOuvRVoWakOg735HoyO8Q6DwzEaPusJDomyXRYT9xkOkSiRFWxTFQ6RNX0V8uD5Dprb9RXqy+kOoHKpFZOq6Q6iKUEWP91tDqlCXRV3LyUOtAs9FUm6fQ64jxkVZXfhDsfVlRapFJ0OyDgVGIKR0Q7LmcEUwpAxDsuhQRYo+/0O0bZ5FRpxjQ7ZCZUV2UWxDuAhDRWGPI0O8n5xFULApQ7ykPEVRF8NDw0cGRU/A5kPDiLxFVpLeQ8U6NkVgHf9DxvqLRY9DlEPG/OdGARMZQ8cBekWdDQ1Dx5JgRWlrEkPRtqpFbRo0Q9aZ30XZ3F1D5BBgRW+Nq0PlZs9GIIDCQ+bIi0WFww9D69ZhRYjawUPsmQdF1mbUQ+yav0WA4ApD7NdKRXUAt0Pt6sFFUz2oQ/DTvEU/LDxD95leRUaUs0QCt55FSqKmRAMSdUVoq4xEAxV+RYO9fkQEh4hFaKpERAb810ViyK1EBzSYRVY3LEQHZRNFY4+fRAdpykV4ATlEB2weRgQnvEQK/fdFhRfgRAsWCkYT++dEEKGORVuazkQSC+JFvdR1RBJ0DUVm/slEGaFWRWFvZEQZq1pFRHqCRCEo70X6WuJEISrCRceURkQhLYFFg3KlRCGXFkWHy9FEI7xORc0eI0QlK3FGFk/iRCbRuEWJMIdEMn9GRaGfT0QzKFpFXvhHRDfLB0Vn+UpEONfARZzJ7kQ8GcpFe9KhREGA+kW4teVEQv5rRWk3jkRJR9FFq/IRREvigEVlxnFEThM6RWZr7ERQa4RFjUWeRFJPQEXSyCREVLvVRUvJZkRaMVBFbbDtRFxJQEWkJJdEXrLJRVs4zkRetbtFjeZ+RGeFhEWKgVBEbZQxRWiLwERwvo5GiVW0RHDB20ZLvtREcW18Rfl8AERxkJhFZfKVRHWW/UVeGqBEdzWMRbGr6Q==</peaks>
+    </scan>
+    <scan num="358"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT184.541S"
+          lowMz="50.120632171631"
+          highMz="988.822448730469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.5938795e06"
+          totIonCurrent="9.20316e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="359"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT185.041S"
+          lowMz="52.857444763184"
+          highMz="988.838562011719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.240483e06"
+          totIonCurrent="1.1683556e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="360"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT185.55S"
+          lowMz="50.784141540527"
+          highMz="998.028137207031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.896444e06"
+          totIonCurrent="8.89493e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="361"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT186.068S"
+          lowMz="50.061988830566"
+          highMz="988.833862304688"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.1304545e06"
+          totIonCurrent="1.1144603e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="362"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT186.579S"
+          lowMz="50.485046386719"
+          highMz="988.825012207031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.6056615e06"
+          totIonCurrent="1.084462e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="363"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT187.087S"
+          lowMz="50.192718505859"
+          highMz="999.117980957031"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.785815e06"
+          totIonCurrent="8.832092e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjFWEU941NCYWfMRVepAEJhp3FFPXFRQmVi20VWS8NCZ7Q/RT32jEJrLWdFW+NOQm4pxEVJk55CbqbHRXlhgkJvEHBFe5GpQnPhUEVvdvlCc/jiRqj03EJ2MbRFQ4jiQngBdEU5VbVCfnt/RZwBgUKB0nFFgQkyQoJDrkVRxUFCgsyyRWq+GEKDz8lFSci/QosLRUVSpXxCjiWxRTx8AEKQHthFQ6N7QpCe+UVp8W5CkMqrRVYtfEKR/HFF3t1dQpOGJUVCL01ClFB5RWTe+kKWBH5Fn0SeQpbjDEVanWBClvdLRVBL9EKdxkRFVUMlQqDtiEZtIDxCoO3PRoWTr0Kg7qNG9Zm6QqDx00VUaRVCoPW5RVg4fkKh8w1FxDnEQqNABUU5n2hCpDlyRV+DfUKkdadFaeubQqYMyka9wEVCp4/PRVgmbkKoBKNGGtvFQqg+X0VwG9lCq/RURguZq0Kr+D1FVUkRQqv41EWKg6BCq/4GRZgY4UKr/ltFm4n2Qqv/u0Ys+xpCrAAYRkRJDkKsAnxFQHsRQqwCrkU/dFdCrAoCRWDq/EKsCmtFRTDVQqwL7UY6dj1CrYltRWk/x0Kt1plFcLDnQq4EfUYDnCdCsEMLRWgAAkKxLR5Fh2VZQrE4gUWfeJhCsfiMRoB8z0Kx+dpJdlEgQrH73EWY32NCsfxDReWyZkKyDHNHuPUyQrO4fUXDiZ5Cs/uARkiGxkK1s4NFaBNCQrXFQ0V71RxCtc6VRVR0q0K1z4RFcpoCQrXRqEZ74xJCtdJXRV1Sw0K11d9FlWCCQrXua0Y+QtZCtfGxRfOsFEK1+zBGNkAZQrX7u0XM63xCtfxrRetTN0K1/TVFrbrFQrX95EZdVA1Ctf7MRpCpYEK1/yNGdECmQrX/3EY96x1CtgBvR5MALkK2Ab5Kkg0uQrYECUbBpGZCtgT0Rlk7L0K2BWlF7tQeQrYF80YnCjhCtgZmRX9OmkK2BrhFlzCVQrYIIkZGntJCthHERaNQ+0K2FR1F0tfmQrYx7UXo3tBCuANcR+H5vkK4DMBGcKv0QrhTwUWIBIRCuaGKRVeLtEK6A9RHJX1OQrrx1UV/78lCuyzbRW+pZ0K+xVBFX/8fQsHVeUVilkdCwetsSGklHkLB8D9GwafpQsXpOUXJPA9CyAHbRjgEM0LOAeNFhtN6Qs4UV0aL+5pC1BTnRXud5ELWfspFiiOxQthjSUV1Dx1C2hSIRaIH0kLh+HhHOaBNQuKpYEWzbN1C5gd4R4k5CULmyNBFYMSKQudsPkV+y4JC6CLvRU2/NELp9xJGVN3MQuocQUV4ukhC7AdLRZfT9ULsmfFFwhDvQu4RwUWyvrBC8fsxRWBvBEL2eiZFZ1vlQvvwK0VhF/BC/A+lRvXfXEL8NcpFUBG7Qvyi6kVjKadC/geARjMq8kL+xrtFgIBiQv8q6kV6SJJDAQTnRfS+M0MBB6RFkTQ4QwFnS0Vwb5FDAqznRYaVQ0MDFMNFqBicQwRBP0VQYhBDBJPKRU7IykMFA4tFtz2qQwb+N0Z4V25DBwMeRbFVM0MHB6hF9GYEQwpDHkW8BfJDCxVNRdTJ6kMNsoVFdV2RQw4M/0Zf/7tDDvloRejzW0MQEPRHbFu5QxAZmkVanDRDEEh9RWNFB0MSDPlFwkcWQxLwI0XuMBRDFv3IRcOW80MaDmVFSxaaQxqD30WPKUVDINdwRmRWgkMhf8FFTFayQyLWvkYhy7VDI7z0RaM54UMk2H9FW8oNQybNWUVgCfNDJ3CVRWWlQkMpmEtFl8AQQymZ8kddkOBDKZu9RaeOyEMpx8dFTWiCQyn52UV2dg9DLc/nRZZ1iUMuVwdFVN1CQy7mfkV5LHZDLvSsRXaQrEMyDOJGTZpDQzL6M0cXDIpDMvuYRnyXRkM0CutFoTJxQzUJTkY5IfBDNaReRd5aLUM42FdFtHj+Qzlwe0VxcSFDPRCKRYUq1kM9E2ZFj0BwQz0WRUV4afpDPRhtRen7rEM9GftFep1PQz7tkUaXXA9DPwTvRmqitENBEgZFgXC6Q0EcCEVuuQ9DQWwwRZxFz0NBc+RFjvFhQ0F4QkVx/rpDQYArRrMiy0NBlCZF0TJ8Q0PPa0W+m3dDROJ0RYx6z0NE9o1FpFAwQ0UOYUW48plDRc6aRf2mkENHzcVFhqL5Q0kdnEVsCwRDSTKSRkOhn0NJNuFFfiE7Q0lHx0cknUNDSV0JRgN0K0NK8NNGGehpQ0vQZ0WbCMJDTNitRXwhYENM9LtFrosRQ07440dtA0BDUlAbReb+wENSd3FFV6s0Q1OYVEV6sStDVO29RhQMeUNXGoVFzsRdQ1dJ9UWD8A5DWAVSRWxqsENYEXJFcVthQ2ERP0X8rtBDYnodRVKCjkNqme5Fbxk4Q28XckVWgI1DcW4vRbVchENxzThFha+sQ3P9w0Zgjz1DdP69RYuXhEOBbYtFZi2rQ4HSlEW00WRDhvQhRYtlVkOI1sxFcG1fQ4wAPkXytLtDjFqIRVIas0OOs/hFW1SAQ5N3B0Vv0/lDl2zXRa8CuEOYWWVF+tBlQ5h9b0VvySpDnr2pRUc630OfSMJFdmmCQ59L8kWsPuNDn03bRkg1Y0OfUCtGI0/WQ59TFUVxYDlDoN4xRVhIAkOg6Z9FTIqCQ6DugUeWBPZDoPEeRYzx7kOg+S9FcTRYQ6IJJUXa8oVDpE6HRfN3WEOmbMRFbeYbQ6iK7UX7IkxDqYHBRYo+zUOpiX5FeQGCQ7H0MEWvA9NDsg0JRcHr7kOy57FF7JO3Q7ia00V6xv5Du9b4RWrQBEPC+2JFdBVtQ8OKEkX1u31DxvgdRWHVLkPG+uRFxtsIQ8b8wUYWlDlDx70dRX/+7EPL769FU/rmQ82pOEVmnspD1proRg6FL0PXuBVFicqPQ9fW2kV/9apD28agRV33oEPcfxdFYK2PQ91u+kVmvxdD5WBfRYsliUPlaDdGJXY+Q+aJvkWQie1D5scRRaHgEUPqNGNFc+ioQ+yaOkXnMbdD+eL0RYcxAEP6BhRFfFNFQ/pOOkV4D+FD/RvgRYf5ckQDFMVFr1h8RAdr90YTB+tECv07RZ7U9UQLFXNGF5NDRA1DjUWDKytEEbnPRVoq8EQSDQZGC31bRBsookVo8GxEISgzRWehdUQhKbRGIU68RCO9DEXe5xZEI/o0RWPRb0QlLG1F9oFaRCigbkW+AkxEK9QyRZub9EQskARFZv+jRDEwEkVbsQ5ENtB/RYcIuEQ42FFGGAzXREGAe0W33VhEQdhvRZqLnERB65BFY8cLREKS/EWAbvFESTpeRWQ3K0RJR8lFvdDMREzsoEW/SDtEUGSJRWIaWkRRw3lFfJEvRFL1uUWE0ctEVVHzRYRzXURXTztFi3M0RFyDO0Ve7cREX9WjRXz3bERf8sdFe9YpRGSvIUWErkpEcLzTRgKOWkRwv/lG1sgPRHFuKkYAOCFEctlJRXqXLkR21thFboGIRHc0I0XPldpEeTyORYGQVER5x41Fnzd8</peaks>
+    </scan>
+    <scan num="364"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT187.615S"
+          lowMz="52.673454284668"
+          highMz="998.868957519531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.5131635e06"
+          totIonCurrent="8.575833e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="365"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT188.133S"
+          lowMz="50.218002319336"
+          highMz="996.936889648438"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.753366e06"
+          totIonCurrent="9.170269e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="366"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT188.651S"
+          lowMz="50.834259033203"
+          highMz="988.832458496094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.6782765e06"
+          totIonCurrent="1.0254748e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="367"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT189.164S"
+          lowMz="50.315326690674"
+          highMz="988.847717285156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.233171e06"
+          totIonCurrent="7.906426e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QklC5UVFbs9CS3tARUcZ2EJR2aBFSkkBQmAzjEVPCihCZAwlRU7GK0Jo9kZFRN10Qmj3wUUzaq9CatN+RT6ddEJxGRBFM489QnIan0UwV3FCc/jvRkecnEJ1chlFMwI5QnZ6sUV0+EZCd/QQRdOULkJ+e5FFoMYRQoCKe0Uj9lRCgJsYRVzWGUKBe2BFP9M7QoIcG0VxhYpCg6ZDRTagSEKEi19FR5C2QoaK6kV1RFZChqyVRSV1XkKHSIBFXMkeQokVdUVZc3RCi+7TRWxa8EKNP4hFRaFsQo5Xy0U63sZCjvKHRWWnaEKSOqRFf1CIQpdHeUUyYCNCl22pRUdFD0KX4mZFbZvaQp1rz0U8XfFCnwjzRUIptUKg6o5FNKmXQqDtCkXYpYNCoO49Rv2zCEKhGudFYhVnQqEm+EVVKpFCoUbbRUeAZEKh8xlFn7EYQqUznkVle5tCpgzSRtrzz0KoBJ1GEucKQqp5wUU8nIVCqxkART7QjkKrXrFFRt2AQqv0YkYAOGhCq/VvRV6N8EKr9gBFUojuQqv48UWfsilCq/4YRV7mcUKr/txFtw13QqwAOkZdJV9CrAFLRhZwsUKsAmhFXdPUQqwMCUYceqFCrA0iRbX0AEKsFlxFjP9EQq4EfUZmG2BCrsp6RUjGdEKwAj9Fdjt5QrH3xEWWPbtCsfiYRlUjhkKx+d9JMcAYQrH7VEYUEn9Csfw6RjX5T0KyDHpHpMMaQrIalkVIqE9CsuqaRXRnHkKzuI5FeeqKQrP7lUYBgv9Ctc8lRZ+7s0K10ZhGWhMQQrXSaEVk7oFCtdLYRZ+l5kK104BFNDqEQrXWEEWDLXJCtePSRbEfT0K15hlFc53IQrXubUYPHkFCtfG9RhX+rkK191NFoEF5QrX6tkWRKLpCtfs/Rmsn+kK1/iJGbFBNQrX+zEZtMk1Ctf8jRkeq6EK1/9JGvIn8QrYAcUefk8BCtgHESoEvpkK2A0FHPWZPQrYD5EaW6uZCtgSrRnCkmUK2BQVGHGl2QrYFs0YTQStCtggzRlxNx0K2FRZFvzc/QrYwwEVJbMpCtjH8RfJqn0K2oIVFUZHUQra6JEVB9LhCtzCuRWbiaEK3gStFNTvIQrgDYkeynWJCuAy8RnPSxEK6A99HIvluQrqelUU1uLNCuup1RVEDqEK+M3FFacZBQsHobEVAJxhCwej5RTJFGkLB63FIU2apQsHwVUaKYctCw4npRYW6oULF2X9FO6n7QsXpPUXQ3c9Cx7ZLRUEBxELIAflGBDluQs4UZ0aNa7NC1BTnRa9dtULVMaVFOqohQtZvSUVM7HxC2b9fRU8dWULgGktFjwbDQuDyZkVGTspC4fh0RwReLULiqMRFogtCQuUuqUU5OJBC5gd8R3XjSULp9xFGJgfTQuyaHUWJs4VC7f8eRUlwvELuEfNFw+9dQu59SkVSiC9C8YBBRWkpAELyDwBFluHhQvwPuEbEC7pC/JulRU3N8UL+B31GDqGTQwEE10WdCAlDAcS/RTjDkUMC9yJFTPRkQwQ0ZEVlH+tDBEgoRTAM30MFA5hFiOIbQwUNZ0VhJklDBXgkRUwxY0MGDw9FWCmKQwb+R0XGUQFDBwMFRgIDx0MHB4BFtm7EQweQFEV/MRNDCxXmRSyxLEMLFlRFeNWyQws+8UVh4/pDDA0pRVREVUMODQhF9+W8Qw75e0WYx0tDD/FRRUmOKUMQEPpHID1dQxCepUVWbYtDEOq+RWeNnkMS8DJGF7boQxNxjEUyTl5DE/fHRTKaTkMW/cVF6wZmQxc1qUVDyzNDGa5CRW+nmkMarEtFXIarQxyg2EVYrgFDINd+RkTqVkMg/a5Fd2f4QyLWvUYtioJDIvtkRYWdxUMk1fhFWXX0QymYxUWky79DKZndR02BTkMpmwlFd3O7QynUAUVvYShDKhbPRU7jN0MrhsdFNk8ZQyxccUVS6ntDMGbCRUneXkMwcIRFRBM3QzDg5UWuYLpDMOPxRUvtTUMyDPNGWEI+QzL6MUcK3jxDMvuVRjN6mUM0aTpFUx9BQzT5DEWwzIVDNQlKRg37ikM1pZdFc9nQQzsHE0XdywFDPGsbRU3hdEM9A4dFj3IfQz0SNUWB1zpDPRSaRYbhIkM9Fi9FltqfQz0W7EWfTJhDPu2LRnsQh0M/BOhF5QNoQ0FsJ0WlO3VDQX3sRYQzUUNBgDtGm27pQ0GCJUWIiNhDQZRHRcmnykNDY9BFSs4+Q0PPg0Wed/tDRPX8RY2whUNFDlxGH0VOQ0XOsUYz9zZDRu99RaooEUNI7SFFVW10Q0kyrkYYSM5DSUfoRxGQB0NJXRlGFirzQ0qbXUVuyepDSvDmRdmi60NO+OFHWBmIQ1Fj9kU8bedDVO3SRcxQDUNXGohGE2xuQ1oZVUWGAuBDWkHzRWTcGENc0JVFYT3UQ14m9kWCvgRDb8DxRVT4s0NxLJNFT5G+Q3FtZkWzwIFDcW54RWESZ0Nz/eBGFGi4Q3aGrEVRPKlDeda2RVkoK0N7FIhFbVZ1Q37j70WF+H5DgdJBRagW/kODYKBFYnbuQ4g2yUWIV29DiVEVRXZt1EOL/5BFsJN3Q4yOk0VfIu9DjMu4RVh7qEOPSKtFQvjkQ5AL+kVCQU5DkJI0RVEiakORIFdFVyftQ5PclkVmZClDlAS6RUyBHUOXbCFFiAmQQ5du4kWQ7BNDmFm2RgdHhUOYXDFFWvHZQ5h0JUV0zNhDmclgRWGroEOcVFNFQO2/Q59DwkVyObFDn0ZxRlFy7EOfR9dGHnN/Q59MTkVtlwJDn4i1RY+SM0OgJCBFcDTtQ6Dod0VznUlDoOtDRbjB0EOg7bNHANnoQ6Du6EeTECpDoPDaRqTPSkOiCUNGE9T3Q6ROEkWsr3ZDpM6/RWAlfUOlOERFTao6Q6h0v0WCczpDqIosRbtUjEOwmnJFbvqlQ7C0B0V42FtDsfVyReXnWEOyDndGA8MwQ7LnEUXbuepDuJvvRV8Da0O/j/dFgKd7Q7/1V0VTRUxDwMGXRYBLykPBK4VFflq9Q8GDKkVF1AtDxCAXRXiXP0PG/PhGT3v6Q9XC+0WGidFD1ppxRdCDFEPYZGZFYb50Q914/kVvje5D3YPRRWxVPUPkVVZFXIwjQ+SW50Vk9PZD5WKMRVW2rEPlZu9GCXX0Q+bHSkWiV/dD6jJYRY2MuEPsmX5FxovMQ+zCZ0WACcxEATNRRVSMGkQDFExFhU27RAMVWkVyZ4NEB2xPRibxa0QK/iBFipRNRAr+90VdAAtECxZnRhVUzEQLF8BFgf9FRA494EVgjGxED50yRVsBNUQQbPxFXq+yRBFjNkV8A5dEEgyeRZSvrUQSKQdFdGUCRBW7W0WPFwpEG+DXRVIXRkQdmeNFa1fARCEm/0WC8bBEISoGRlN+OkQiWR9Fia5+RCK8p0VMQFZEI62WRX9sfkQjvLtFlMe4RCUrb0XsufNEJ1glRWSavkQqPldFj0bZRC5aoEWIyOdEMdP4RUdIoUQzYHZFZJ3aRDOzEUVpIW5ENonfRV9dFkQ4RypFaYV5RDjXuUWURbFEOgzbRVJThUQ8NuhFjjAaRD+ISEVj2s1EQYB+RbuB2kRDAgtFcFPAREgqs0VjVGJETnv1RYxxr0RST55F5vmzRF8jFkVt2plEYVJ4RVrXAURhoVlFbK9RRGkiiEWFtodEaUxRRYeFd0RuAYBFT4b+RHDAd0bXFD5EcUAORYgYCERxbYZF4dQjRHc2QUWZgAM=</peaks>
+    </scan>
+    <scan num="368"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT189.698S"
+          lowMz="50.619731903076"
+          highMz="988.848205566406"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.581016e06"
+          totIonCurrent="1.7063678e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="369"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT190.181S"
+          lowMz="50.324241638184"
+          highMz="996.603393554688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.6208235e06"
+          totIonCurrent="1.0578477e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="370"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT190.695S"
+          lowMz="50.190662384033"
+          highMz="986.153991699219"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.2373775e06"
+          totIonCurrent="9.777923e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="371"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT191.209S"
+          lowMz="51.198059082031"
+          highMz="988.853210449219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.0256675e06"
+          totIonCurrent="1.0792154e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkzK0EWYpKxCTop5RaPE5UJPITdFqLWaQlbYkUWcsvlCV0JsRZFMYEJhZyVFpDhTQmPOQUWE8DxCaayARYkokUJsE0dFjr+SQmygYkWkmpxCcnXNRZetEUJyqz5Fn3ykQnP45UaltaVCdEyMRZa6NkJ39AFGJhWeQnlsSUWodtJCfjzLRZedfUKCSlFFidcyQoKC4UWf/UdChIPORayHNUKFK1FFiW6aQoYcDkWMfCVCijgfRZRApEKKmBpFoAlyQo1ZbkWemzxCjh0RRZjADkKOqMJFn0anQpH8eUWpMd1Ck5I7RZJHUEKTxi1FlXvSQpaQFkWMjYpCm2VhRaLQQkKc5+VFx9+KQp5D7EWNRulCnpQiRaOrREKg6LxFp9XyQqDuCEY18BpCoO8bRywLG0Kg8P5F+lcMQqHzFkYP7KhCpE4eRbCa7UKmDM5HBt+TQqeb9UWJZL5CqASURimaqUKpCNFFp8bCQqnUCUWlq8xCq16LRaDJgkKrYR9FmxGqQqv0jUZQ2WdCq/k/Rcl6WkKr++VF0X9gQqwAZ0a/nhlCrAExRl6h/UKsDExGbyBVQqwNG0W4bwlCrUdZRYzWAUKuBHtGgZMQQrH36kXFFK1CsfiJRnH+fkKx+d1JYvMkQrH7TkXywRZCsfw0RgvnBkKyAk1GGbEoQrIMeUfVUQdCs/uDRmfufUK0AwxFhcv/QrRFwUWsUTZCtUD8Rbdn0EK1zyRFvRKVQrXRsEad0nJCtdJ5RbxR3EK13XJF5lAYQrXo7EWx/ThCte5+RoOUpUK18aZGNZFpQrX7a0YUY9xCtfwIRjN7DkK1/dhF1tLdQrX+IUYRg6pCtf7LRrH9+kK1/6dHOaYoQrYAXUepLHdCtgHFSrfjh0K2A2RHtpQZQrYEg0b5FllCtgULRi7G90K2BX9GB33KQrYHwkZRq/hCtggvRb9iA0K2EdBGFkSJQrYVI0YAEplCtjHqRme9l0K2w8ZFxBGrQreQR0WOWjJCt//mRZr1HkK4A2dH+ICnQrgMwkaLGC5CugPZRzp+PkK68vJFvKnBQsHrcEiAm+NCwexVRcox6kLB8FFGkGxsQsJON0WXCypCwogxRaXTYULEDIpFp+XdQsXpaUXLe2FCxn6IRY5+/ULIAeZGK6GZQsoMVkWcxylCyvJuRZeo70LMvNVFsx4ZQs4UZ0ah54RC0EmYRZ2yUELUrjRFlRPTQtfLFkWpcPpC2M1MRYnnhkLaFLdF6xjIQtyKdEWnpG9C3qa8RY9qr0Lh+H9HFV+oQuH/d0W1pmpC4qdzRZ3LE0LkqOxFrhV8QuYHg0ecORBC6CroRZLhGkLp9ylGU2qCQuuepkWU2SBC7DfZRY/FMULtYLVFihWuQu3GDEWLy69C7hHVRfk3GkLyzw1Fj79tQvQnEkWZ/TFC+8FTRYmFwUL8D7pHB4V9Qv1ZkkWtbypC/gd1RmIfA0MBBPRF3uJOQwEHv0W2+QFDBQOPRg0B7UMFbh9Fukb2QwY4JUWOOTRDBv47RcQ2qkMHIYdFp11wQwpmr0WVP9VDCxa1RdI24EMLLxRFn7sBQwwx0UWZBBZDDT1lRar9GEMODQ1F4o3VQw75jUYA5D1DD9U4RZKMSUMQEPVG2v3vQxGnvUWbRMdDEjICRY8DxEMS8DBF+1WUQxMjn0WT6BJDE4taRZRK9kMWMtxFk7AlQxnnAEWl2yBDGeerRZ7FtUMg13VGD+/wQyLWtUZIEm1DJuehRaFL0kMoF8pFpspOQymZmkeYQjdDK5f1RbSGuEMtzb9Fj2BvQzDfXEXEVslDMOCsRfIF00MxBWBFp2D+QzIM30ZraZ5DMszNRZRxjUMy+itHK6/WQzL7kUZ67T5DNJUQRY3Mv0M0+TRFsXfiQzUJSkaDqINDNZPjRaEsT0M1pg1F93tsQzrSAUW60/RDPRBpRclTg0M9E4hFmjpcQz0Us0W0O0hDPRbbRer1r0M+7YJGhVGIQz8E8kXP4VhDPzuLRbaEBENBbI1FzyGdQ0F0mkYeRHVDQYCORuNHhkNBgcBGSv00Q0GMuUYG1GNDQZEIRZ01E0NBlKVF4w9HQ0PPdEXMG+5DRPXERgluSUNFDmtGSttsQ0XOt0YXcoVDR83mRd4VxENJMy1GkACdQ0lDDkXsk+ZDSUh4R2qVQENJXZtGW3WDQ0rw60Y4uTlDTvbSRZbXc0NO90dFmnr2Q0745UeQfylDT7GyRaXdlENSQGFFmdj3Q1JPfEWj7bFDUlBaRaJMG0NXGntGMZHgQ1dBskXRuNdDXjNPRblPOENhEIxFrloxQ2ERdEWRS2hDYRMjRhtOSENu6yVFnnAIQ28rFEWbXCRDcOCMRbY5VUNxbW1Fq+IUQ3FwQUX0cvhDc/3+RjZoW0N3Nn9F18paQ3dsI0WY5kdDgFtqRbbwkUOBOd5Fo0xuQ4HR7EWy/ARDgdPJRgTYvEOL//FGAHOJQ4wAnUXVAXFDkr4YRZwnrEOWfHBFnQBfQ5cjxEWuyUlDl2w1RZ4bd0OXbRlFpvGqQ5hZekYZWuBDmzmJRZ1PkEOd/O9FnGshQ59MMUYZRylDn09gRq+C+0OfUbFFp4ukQ59S/EYEPXZDn468RcpqhUOg7zlH5gEcQ6D9Q0XrO3FDogkcRjS+bUOkTvJF9m3IQ6iMa0YVZqJDqI2vRZnLhUOtJehFoSFXQ7EWgkWv6SBDsWPxRghAJ0Ox9glFzqYxQ7IO3kYX5ItDtSEIRbPjn0O8bnJFpY1iQ8OJN0YLkhZDxvy6RomHlUPL2R9FrVXWQ9Fh+kWrbrJD1Sz4RaKvCUPWP5hFne5FQ9aaJUWmeaJD1ps1Rbe4lEPYKltFqnDoQ9u8JkWrH31D3R0IRZd5xEPdMyJFnktoQ94iMkWwvV1D5WnmRkjXakPlpVdFxV9LQ+bHY0YLO3RD50QwRa/RE0PqMmRF1f/CQ+rCEkXDzddD69kFRa6F7UPsGLZFp++xQ+yZIkWjJppD7JrRRekqbEPsnPdF3FCAQ+87QUWZj2FD+PVWRbCOzUP5UoVFoKXhRAFdn0WxJgdEAxO+RexYHEQDFTVF+xAgRAMWa0YJER5EBITIRakaaUQHa/5Gfs1+RAdvCkW5BSxECY62RZgl7UQKDJJF5uD4RAr+hUXo0YxECxbARnhc7kQSDS1F5r+PRBNNsUWZJadEFfVPRbN05UQd7xpF2Ke5RCEp5UaYBvJEI71cRgbgcUQkfetGBgASRCUtfUaC7bhEJTHvRZ8nO0QnI6VFs1HlRCcoEEXG2PBEKkXbRZ+QDUQs+JdFrmybRC2OgUWyhwJELZtMRaIs/kQu7MBFsha8RDSKoUWa3Z9EONkaRg/B1ERBeqxFlJmdREGAuUYbsthEQ8PuRZsCT0RDzXpFp5+AREUr5EXuFNBERVqVRazXGURGJ7tFo5cwRFBqZEWuU+NEUKJWRa0gCURR0kxFpmuERFJQxUY+K1VEVEb3RaHLKURjEhVFprKkRGrNw0WoixZEcMAkRxZ4PERxa4VFy5XbRHFu6kYqo09EdpxHRapQ3UR3NptF645m</peaks>
+    </scan>
+    <scan num="372"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT191.718S"
+          lowMz="50.475566864014"
+          highMz="988.856567382813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.5382995e06"
+          totIonCurrent="8.625455e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="373"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT192.238S"
+          lowMz="50.074069976807"
+          highMz="993.894775390625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.8887615e06"
+          totIonCurrent="1.1153868e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="374"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT192.741S"
+          lowMz="50.013870239258"
+          highMz="988.857788085938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.6414065e06"
+          totIonCurrent="1.0520674e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="375"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT193.251S"
+          lowMz="50.520210266113"
+          highMz="988.869445800781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.978383e06"
+          totIonCurrent="1.2509726e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkoUskWuLCpCVyvsRZ/cG0JXx8pFqUm8QlxzdUXS1QVCXkAZRaV3JUJiO4hFsvDdQnP42UamRkVCdnVmRatpk0J39AJGGD5+QniA5UWr1gdCfFA7Re2ySUJ+Au5Fww+5Qn6sdEW8Cn1CftqeRbwkEUKFEhRFqv4YQoVPiUWk1ZBChYmVRa362EKGThtFrGGmQov/PEXIj2tCkGO3RbrAgEKQom9FpGhgQpMg7kXBtMxClgRtRhO1p0KcmKJFtlxfQp3WYEWxXmxCoBccRbxKBEKg5+tFwk/EQqDtvkW3I1RCoO4GRc48oUKg7yhHKek0QqD2SEYb2aZCofMeRkLzEUKkTYlGBXPNQqYMz0dD85JCqASYRgEE+EKoe8ZFqlehQqkft0WyrapCqkQtRaX2SUKrkkxFxsycQqv1tkZ0vatCq/pVRhC6JkKsACRGAExUQqwA70WsGpRCrAGJRw/hDkKsAhZGO+JGQqwNZ0ZvzVlCrgRwRmyDJkKwE6RFveywQrG4GEW8FZ5CsfhRRkE30EKx+PJGm9fIQrH53ElGtm1CsfqoRrMfukKx+yhGVK9GQrH7w0XRRKxCsgMhRhfHw0KyDHdH94nIQrJMIUWyz39CsmezRa5XdEKy5pxF1A8SQrO4lUZHUS1CtYFERba6lEK10b1GpEXnQrXS0UWwlYZCte54RomSsEK18bZGLFjXQrX6JEWyJx1CtftnRqglPEK1/D5GKDt4QrX9BkYz/DdCtf4hRqp5FEK1/ulH4oYNQrYAKUfJlU9CtgDYSBXUVkK2AcVK1PaeQrYDI0f1XhNCtgRqRxnZHkK2BmlGHzr3QrYGsUYgBBdCtgflRnNF5UK2CF1GjmjiQrYVG0Yb0Q5CtixiRheXmkK2MdxGIvr3QrYzpEXQDiNCuANmSBQeXUK4BCxGNyvTQrgM2UagqZ9CuFYrRhTpakK6A+BHMGBcQrrw5EYJoylCv6ioRakr4kLB63VIgOuQQsHwRUbjOC9CwjBHRbkv6ULDiKdFtYsDQsXpSUWtJ1xCx127Rbph8ULIAf5F6ErhQswHvUWuDlJCzGA9RdeNqELMvGdFzc3HQs4UYEa6vshCzlcfRbnaqkLT3+pFuBZMQtQU4kYGcQJC1IU+Rcy3hELWmaVFsBYNQtoUzUYgKCtC3AlKReoXXkLdgWBFugOlQt7/AkW4bBJC4fh9R18CgELipKpF+kfJQuYHgkejXkNC58lNRbMhdELonbZF0yMDQuj8DUXMpFxC6hxcRgPBVkLrAWVFs8dQQuwbnEXLGapC76pbRa6xokLvrztFrm/VQu/vokW6mchC8FOZRbwRk0LwoKlFvWyNQvIQ9EWrBtlC8iNgReMK6UL2QHxFuB+/QvvodUXJ/65C/A+rRyQhzEL+B4hGR7rOQwDJrUXsqiRDAPWdRchWfUMBBNxGIbywQwMUJEYCuX9DA3uARe4+wEMEeV1FpZPyQwdqT0W7d4tDCVkSRbSnREMJ5cpF5dbrQwn/iUW0/sVDCkKIRgWUiUMKTEBF8A52QwsK/UXyOwVDCxc7RhAMa0MLzhFF0I23Qw4NBUXnulFDDvmMRgzLjkMQEPtGsfEUQxAZA0X0QkxDEBk0Rfei8kMSDDJF3R2qQxOY50WrjghDFB41RbftLEMUYvZFz9kRQxaFm0XD+WtDFv3ARh6EfUMagzlGBpPTQxsLt0W4WeBDHtjVRcyT3kMg13VGJKDrQyLWr0Y2UqxDJNXiRgNV3EMlLJlF3jhEQyfV+UXFgIpDKBbIRcuHOEMpmbNHsPshQy3PFEX8g7VDLluJRcs450Mw4A1GFbYIQzIM8EZ+509DMvowRy/1AUMy+4NGdqbmQzTlqEWoyz1DNPk5Rcw+X0M1CUZG1US+QzWmw0YGWZ5DOwcBRiXN4EM9D6pF3C/8Qz0TYkXSXBBDPRQ1RbJ5FEM9FYRFuVRdQz0WG0YF3fZDPXmwRcWW50M+7X9GsjbtQz8E0kZsA5lDQW3ERipSrENBdZhGEOOIQ0GBwUcrnpdDQZXVRkVsZUNDz4hGY9CqQ0T1h0Y7n25DRQ5WRoSUJENFzrBGIS/NQ0ky50aie4hDSUgVR43IqENJXUtGou3RQ0rw4kZTXChDS+ftRcdBhENN7PRF4JIAQ0744keCmshDUgCtRcJMrUNSTxJGCWnIQ1Tt10Ys/LVDV0HBRdWCo0NYElNGHIiGQ1sTsEYip5JDXxbIRc3J00NhEBRGTOuqQ2teh0XRN3dDcWziRh8wyUNxh8lFyRo2Q3Q2vEXA9QlDecOVRgQ2hUN8tgpFxGbwQ4GZiEXahhdDgdH/RhWd80OG829F68CEQ4g3gEXKOVpDix0YRdJI5EOL/3dGOsSyQ41PWkXcaqtDj5seRbwz40OQg8hFt3E8Q5HxV0WzT6ZDl2wcRo/md0OYWTJGTaecQ5obp0XL0apDmtoHRdKUU0OcU5JFyFVCQ5yw4UXjItVDnaatRbzXvUOe5CZFxNgFQ59K00YXeL5Dn04+Rqb4FEOfUEZGa1z5Q59RXEYvXexDn1NFRguGFkOg7GxF9gS+Q6DvakfnX7hDoP0vRdv4WEOhcjxFxgFuQ6IJPUafDJhDoomNRcb0BEOkTbZGNqhSQ6g9n0XLxz1DqEaPRa/0OkOoi5FGSdK3Q688kUWzKstDsIL2RcrukUOwm3FGBNfeQ7GnUkXVtIRDseqfRcvPIEOx9mtGAmvFQ7IPkkZ9BUlDsubQRmtXDUO1XbRFu8njQ7i5KkW4SjtDvmPfRcBnBkPDiQxGYTZfQ8b8TkaDD8JDzPQLRbsTvUPUS/9FtpJ6Q9RUi0XRKmdD1pnXRl8cn0PW3D9FwU4JQ9d7nkXFbCBD2ZeHRdW19EPbFKRFtzMkQ94UD0Xj0IpD4qS+RcfJcEPi8YVFo7CYQ+VoukaVIYRD5saTRfAajUPsmQ9GFEsZQ/sz3kW+DJFEAQ4kRdocPUQBr0JFpfdvRAMUTUZNTP9EA+KXRdwGskQFCC1FyCoYRAcxsUW5/+VEB2kzReG+8EQHa8lGmUs3RAfRDkXybcZECTFERbm1OkQKfiVFyDngRAsXXUZ524lEDbCPRcLDdkQSDE1GbII+RBc8G0W56KtEGPlLRdZkYEQZStZF0L2BRBnLxEXj6h1EH1lBRhIPYEQhKYxGhrNSRCHDYEW/OkFEI7x1Rk35b0QlKA5FvGcuRCUsqEZ4FnBEJh+vRdmOlUQqkz5F0WKPRC5bZ0YFuwVEONemRofO50Q6GsNF6G3kRD6AmkW7KzJEQTpSRciO40RBgfRGUWuwREIhDEXofnJEQ34VRc4b8URJSBJGC8gpRFJPKkZT5UxEUosJRdP4+ERTAeFF1mSWRFXDMEXg56dEVhpvRcNSKURbzdBF3evZRF5DvkXXjWNEazIyRb1CVERrUUJF0G8fRG2dBEXMl4FEcL+lRyXG4ERwxBtGBTjtRHDebUXsAwJEcW1RRlMB1kR1Ag9F6QVVRHc3pUZG4fg=</peaks>
+    </scan>
+    <scan num="376"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT193.752S"
+          lowMz="50.175819396973"
+          highMz="999.505126953125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.295369e06"
+          totIonCurrent="8.11953e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="377"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT194.288S"
+          lowMz="52.302570343018"
+          highMz="997.265075683594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.6026735e06"
+          totIonCurrent="1.0399515e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="378"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT194.793S"
+          lowMz="50.301902770996"
+          highMz="988.887939453125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.4823e06"
+          totIonCurrent="1.0005997e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="379"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT195.307S"
+          lowMz="52.592082977295"
+          highMz="988.881225585938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.765808e06"
+          totIonCurrent="1.0316276e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="380"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT195.83S"
+          lowMz="52.565898895264"
+          highMz="988.883911132813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.400189e06"
+          totIonCurrent="1.0419991e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="381"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT196.339S"
+          lowMz="52.637493133545"
+          highMz="988.864868164063"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.6775405e06"
+          totIonCurrent="1.2229918e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="382"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT196.838S"
+          lowMz="51.159606933594"
+          highMz="997.286743164063"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.608211e06"
+          totIonCurrent="1.0309945e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="383"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT197.354S"
+          lowMz="52.434154510498"
+          highMz="996.905822753906"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.129192e06"
+          totIonCurrent="9.518961e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="384"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT197.873S"
+          lowMz="51.626544952393"
+          highMz="988.858459472656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.879926e06"
+          totIonCurrent="1.044461e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="385"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT198.385S"
+          lowMz="50.229549407959"
+          highMz="988.8779296875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.710096e06"
+          totIonCurrent="8.888087e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="386"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT198.914S"
+          lowMz="50.427726745605"
+          highMz="993.441284179688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.529409e06"
+          totIonCurrent="1.0105634e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="387"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT199.423S"
+          lowMz="50.577098846436"
+          highMz="965.685546875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.222008e06"
+          totIonCurrent="9.617436e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="388"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT199.946S"
+          lowMz="51.210231781006"
+          highMz="988.847290039063"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.667868e06"
+          totIonCurrent="8.612331e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="389"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT200.475S"
+          lowMz="50.752334594727"
+          highMz="998.5361328125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.232379e06"
+          totIonCurrent="9.47017e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="390"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT200.993S"
+          lowMz="50.38501739502"
+          highMz="988.851806640625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="5.794695e06"
+          totIonCurrent="1.0828457e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmKQkWR2vVCTQjvRZhsN0JXX+lFkkaeQlyhYUWU5btCXhWRRZChFkJmJwxFrlMQQmkFCUWmezVCbSwFRYrQfkJxTzRFlBHiQnP40Eak9sJCdHO3RYUVP0J2t49FhlIJQnf0D0X8C1hCeoRkRYNP30J681xFmPfHQn57j0WNzJlCfvg7RYlj80KAF3VFnghfQoCirUV/COVCgMBARZDqV0KB1hRFltLXQoMkckWA7oJChKynRZ8erkKE4MFFj0zxQoV9CkWO+QlCiLPxRW+HFEKJpExFklWVQov/gEWM8MxCjAA+RYFiH0KMjWJFmH47QpEjkUWVgt5Ckfx5Rh5GJkKTFxlFo46UQpUtKkWaJbJCl2wgRajC/0KYbVpFhaHKQpj/SEVstwZCoOx7RawjXkKg7UdGsyTiQqDt/0cdyD5CoSf9RYkGi0Kh8yBGGt/qQqH1S0Wb/zZCpPkPRYqdW0KlLxBFqmfWQqYMzUdGvi9CpnVcRX6t/kKnqBpFmOzDQqgEnkY5rwlCqw+WRZ604UKrXq9FrXYGQqv1QkYNDG9Cq/XYRgiLy0Kr9k9GDyHoQqwBskaNxBFCrAQbRZ2Ec0KsDMRGEEz8QqwNh0YvbjpCrA/RRXtmmEKtCBdFjrAZQq1JEkWH0v1CrgRuRm30bUKuCj5F8ENPQrH4j0Z8F8hCsfkWRxjxCkKx+dpJan1AQrH7LkZ7eqxCsfxhReQIO0KyAo9FwILJQrIMdUf0KG5CshbpRYpx40KyjodFnU/3QrMyU0WNZIBCs7icRh0RH0Kz+5JF35xGQrXBaEW2xUtCtcmaRa+E/kK10Z5GnMlgQrXugUZXuvNCtfG5Rk+5kkK1+1JGZGchQrX8dEXZFJhCtf2uRjs2OEK1/m5GZZrwQrX/P0cK3alCtf+WRv4J+EK2AG9HuJluQrYBvEqw1w5CtgMYR+PBYUK2A/dHUtR0QrYEvUY2hC9CtgUJRlqvikK2Ba5GcW7rQrYHz0YwgXpCtghcRmJggEK2EeFF5hT5QrYVGEYLaxhCtiHrRZ9U1EK2MeVGByajQraYz0W1NfJCt2XQRZI3KUK4A1tH/IyrQrgMxEbC6gxCugPQR1krKUK68PJFpKx5Qr257kWGED9CvkCDRYwtYkLBt/hFgHjtQsHra0hnDOxCwfBORq5ua0LF6TdFyGiuQsac9UWMlBRCyAHhRjIWS0LLDHFFggwTQs4UY0aOE8dC2hSzRiOiE0LeztNFn51tQuAHfkWYNldC4BpNRdw67ELhMmJFspMfQuH4cUdQEtlC5gd2R9uGfELpzvpFhZIvQun3AkYnBWFC6gm5RZnuU0LqHDpGE1cJQuyYsEWRSW9C7hGZRfVs6EL1kFlFiVUQQviTvUWN6phC+acYRbApX0L8D55G+W0RQv4HaEaFl/VC/mygRZRv5UMAQKNFp4/wQwEHxkYmcQ5DAgqbRYidJ0MDEqFFldkgQwMUQEWzQr1DBQONRkCTrEMG/j9GLyQUQwiFGUWNRbNDCQuaRgrPL0MLfJFFgMs0Qw26c0WodUJDDvmjRarV40MPCNNGP9zgQxARAkWmhB9DEvAyRiZqLUMTgHlFiIQdQxPKEkWJmzhDFv2zRjWW9kMYfNJFqVo9QxmAIEWKmuFDGaDqRZzLG0MZxrNFie6UQxqDRUXDWVlDHdt8RZQcz0MgeFBFleyoQyDXcUZ5uFxDImieRZbpNEMi1ppGRhuUQyO8RUWayU9DJLk1RYrBJUMk1f5Fg3Y0QycOUEWKiuVDJyoPRaPc6EMpmGFFnFjHQymZYkeSMXlDLZY8Radav0MtzwpFo662Qy54PkWbEv9DLvStRf0GiUMw4QxFvCAHQzD2SUW0HoxDMgzkRezzdUMy+jFHR/CMQzL7pkaA3iFDNPkORh1G4EM1CUVHL9OPQzWmcUYRsBRDNbi/RZYglEM2C4tGJBcZQzjXiUYEf1FDOnIoRYckY0M7BwRF5ZjCQzzzFkWhmn9DPRM7RbsM50M9FEJFppUaQz0U5kXFvdNDPRa3RdHKK0M9GHFF1z0UQz7tgEaYcI9DPwTyRi4lFENBEh9GAYQzQ0GB7EbF23pDQZYHRfO/NENBmgpF0Jx1Q0PPfUXggHNDRPV7ReJ810NFDk1GpKloQ0XOoEYyIsVDSTL6Rm+lYENJRxRGBKH/Q0lILUdScRBDSV1jRlqDm0NK8NxGd0lJQ0743EdjpIBDUV30RZCl1UNSTzxF6OEDQ1TttUYJzTZDVxpdRtAiF0NXPXNF4cVRQ1gUGEYYWaZDWv76RrkLsUNbE9BGNCcMQ19DnEWvZBtDX3j/RZ6YB0NhEEtGMYPpQ2F63EWT/gJDYtQTRYuCtkNjDGJFykZYQ2MiMEWJbnRDbEZNRZGdekNvOqpFt1rSQ3FtCEYLo4BDc9wJRYhyJUN2BDRFm9kNQ3swCkWo4fdDfjxvRas8KkOAvP1FhsKZQ4F0OkWK12tDgdIRRgWhf0OGDl5FiKllQ4b0l0XMD0tDiXzmRaKfQ0OJs1RFxnpNQ4v/p0Yc4jxDjKSYRaVErUONK6ZFkQhQQ41C60W3tJVDjbP6RYfVREONtJlFfgAdQ44bmkWdKQBDj+CxRZ/2s0OTrPFFm4AjQ5SB60WUqOBDl5xgRZMIyEOYWflGFOLjQ5psnkWURsFDmoQhRbTu/0OcMTxFkAOBQ5wz10WUzl1DnQHTRY0kJEOd4VlFpkOeQ55qckWGClhDn0eERaaSkkOfTapGBxhxQ59Pi0aY4pBDn1HIRhRFfUOfUmRGLj9fQ59VLkWi/UhDoIHiRc89ckOg3ZlFmljSQ6Dq9UWf5h9DoO4GR9pBkkOg8EtGJSHsQ6RN7UYtTLFDpLVDRaQ2dkOoigpF7dYEQ6wR/UWpkPZDsfYiRim/3kOyDyRGBFntQ7Lm9EXTGYRDumfbRZHNFkO7at1Fr4GcQ7yiM0WyrDFDv8QARaIZN0PBz+ZFmO3IQ8OJLEYW9xZDxv2ZRm6nGkPN89pFyWKqQ8/6I0WvOdJD1pnnReyUCkPf3VhFmKxTQ+MtMUWoSXBD5MolRY2tB0PlZARFmFMEQ+VmpUZdNIBD5foSRaDKdEPmyAdGC9cMQ+o0PkXo7VVD7JkVRi/fnkPwQN1FpdG3Q/LdFkWZuKZD9eWXRZSWq0P2vtlFpIshQ/ppH0Wqb15D/l52Ra0R6kP/igNFizh7RAMUXUXVdcNEBGuKRajks0QHbHRGWuKPRAqFC0WMJHZECqMWRcfe9EQK/rxF+FXbRAsW+0aEfzpEC2HeRbSL3kQSDHdGKOEERBoWv0WwGypEGuDNRclaE0QhKNlFtPIwRCEqZ0Zqw71EIgwcRackQUQjvFlGFbBGRCUrSEZ6n/9EJ9q4RbiebUQrUZNFsHgWRC73cEWl0VFEMcvfRasqhEQ2JNhFkOYeRDeIJ0WnA81EOJ1wRdVRdUQ4179GYKq6REGCAEYcYrxERM5mRa3TOURHretFl0TjREtyxkWSYe5EUB1DRad4UURQWWhF3H+4RFCGGEXGtGNEUk8uRiyM8kRUtU9Fo++bRFj+6kWtzfJEXF4nRYNk8URcX0xFgtBmRGEpP0WOFWREbCbuRZIVDERsooJFjvqjRG5sLkWSwX1EcLsCRaLrz0RwwNxHFBixRHFta0YVlFFEct7iRaDVSURzwldFn39RRHc2hEYBQPo=</peaks>
+    </scan>
+    <scan num="391"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT201.504S"
+          lowMz="50.272029876709"
+          highMz="999.338989257813"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.7625695e06"
+          totIonCurrent="1.2339866e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="392"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT202.007S"
+          lowMz="50.114280700684"
+          highMz="988.861694335938"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.0705165e06"
+          totIonCurrent="1.1225876e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="393"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT202.513S"
+          lowMz="50.136730194092"
+          highMz="989.4443359375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.4285305e06"
+          totIonCurrent="8.45467e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="394"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT203.048S"
+          lowMz="50.000690460205"
+          highMz="978.31982421875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.9907955e06"
+          totIonCurrent="8.829811e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="395"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT203.571S"
+          lowMz="52.131618499756"
+          highMz="988.914184570313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.331531e06"
+          totIonCurrent="1.133741e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="396"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT204.078S"
+          lowMz="51.597171783447"
+          highMz="998.294311523438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.9349745e06"
+          totIonCurrent="1.0651516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="397"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT204.59S"
+          lowMz="51.035350799561"
+          highMz="997.467224121094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.2711575e06"
+          totIonCurrent="9.905786e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="398"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT205.113S"
+          lowMz="50.946632385254"
+          highMz="994.798583984375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.1271185e06"
+          totIonCurrent="1.1206368e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="399"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT205.62S"
+          lowMz="50.187122344971"
+          highMz="993.149230957031"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.528932e06"
+          totIonCurrent="1.2530403e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="400"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT206.13S"
+          lowMz="50.298072814941"
+          highMz="988.916748046875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.833933e06"
+          totIonCurrent="1.0976697e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="401"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT206.634S"
+          lowMz="51.831897735596"
+          highMz="988.904724121094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.701555e06"
+          totIonCurrent="1.0296882e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="402"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT207.152S"
+          lowMz="53.086864471436"
+          highMz="997.349548339844"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="6.202979e06"
+          totIonCurrent="1.1434972e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="403"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT207.658S"
+          lowMz="50.803215026855"
+          highMz="990.351318359375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.6991975e06"
+          totIonCurrent="1.0627773e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="404"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT208.173S"
+          lowMz="55.187438964844"
+          highMz="988.916015625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.876354e06"
+          totIonCurrent="1.066098e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="405"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT208.687S"
+          lowMz="50.240406036377"
+          highMz="988.895690917969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3838345e06"
+          totIonCurrent="1.0113677e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="406"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT209.204S"
+          lowMz="50.098812103271"
+          highMz="977.48828125"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.857839e06"
+          totIonCurrent="1.1016825e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="407"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT209.707S"
+          lowMz="50.665832519531"
+          highMz="988.92919921875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.8394215e06"
+          totIonCurrent="1.0778698e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="408"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT210.225S"
+          lowMz="51.81848526001"
+          highMz="990.268676757813"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.7230525e06"
+          totIonCurrent="8.857578e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="409"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT210.75S"
+          lowMz="50.044567108154"
+          highMz="991.398193359375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.8470845e06"
+          totIonCurrent="1.0793878e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="410"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT211.261S"
+          lowMz="50.311096191406"
+          highMz="988.9091796875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.9351105e06"
+          totIonCurrent="1.1233728e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="411"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT211.771S"
+          lowMz="51.198863983154"
+          highMz="985.773254394531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.369443e06"
+          totIonCurrent="9.691137e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="412"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT212.291S"
+          lowMz="51.855381011963"
+          highMz="990.074890136719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.689847e06"
+          totIonCurrent="8.870196e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="413"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT212.822S"
+          lowMz="51.432510375977"
+          highMz="998.8388671875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.77926e06"
+          totIonCurrent="1.0978876e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk265EWagfpCUQxARZeq6kJSa5BFiWQxQlKsqUV31JVCUq1SRZASz0JXPdNFjl0YQljfzEWRJ+tCXqQ2RXChRUJluUlFiuZmQmywi0WW2uxCbZJFRZLpJ0JugIhFplwNQnFDLUWGOFpCcacrRZCDWEJz+O1Gw4vSQndry0Wax7BCd/P+RfWNCEJ5IJxFnfoLQnxEz0VvidJChPPTRYCSCkKFgyFFqJe1QobDH0WgLeVCiRVqRZi1S0KJG+ZFgapXQomNB0Wdj5pCjDQLRaFm7UKN2DBFop2mQo5XvEWQ9AdCjwk/RYQyo0KQGhxFhjoIQpCobkWZ8gZCkfyERehvVEKTJABFkzPQQpNUiEWCxIlClFoSRZORC0KU5v9FogKcQpYEcEXVkt9Cma62RZS32EKapa5FlfkkQpzhRkWfKhBCnPdDRax2rkKdICxFk+X9Qp7UTUW782NCoO9VRa4kAUKg8JtHanhhQqDyBkWQEB5CoqAyRYDf5EKkFPVFuRd2QqVPFkWOkMlCpgzMRwU66kKnQ2pFo5f2QqgEi0YM2WtCq1zRRaCT2kKr9XBGNktNQqv3C0Wf3I1Cq/okRgSeNkKr/JxF0uWpQqwBTEb/STRCrALpRgX7e0KsDSJGj3luQq4EfEaBNnZCrgonRaVRBUKxXaBFjn9zQrH4gUYweKhCsfncSXxfrUKx+qJHSM4DQrH8bEYR5OxCsgZHRe0hF0KyDHhIApygQrIU+0WscilCs/uXRh4+MkK1zNlFqEwFQrXOVkWYu1NCtdH4RpJo/kK12vJFv/VfQrXbckW60PlCteF8RdjOBkK169JFqXgnQrXuZEZJib5CtfHJRgrwbkK1+1tGmIhRQrX8oUYHSmdCtf3JRkAUkkK1/uVHBm7IQrX/ZkbZhyBCtgHDSrBeeEK2Ao1Ilrz/QrYC+Uf0/VBCtgPhR40Uc0K2BLxGs65rQrYFb0ZvRe1CtgclRiWXrUK2CFRGn7yYQrYR0EW+Pi9CthUkReOZwUK2IedFwiMHQrYxrEYvn+xCtlG6RakiU0K34hFFjoyEQrgDYkfdWsdCuAzMRomh9UK5WcNFk2WZQroD3Uc8cVVCuvAFRZSarkK8AhpFlRryQsHrb0g96PlCwexcRhR62ULB7NJFpGzEQsHwWUbbFAFCxAyjRcGMT0LFsv9FqlCxQsgB8kYgsixCzFHVRa4C/ELN4npFjfGWQs4UZUaoJn1CzmWWRZB2E0LUFPZF5WfIQtYLx0W7n3FC1pjfRdTZFkLY2KZFqVnKQtoUpUYzX4pC356NRbZFpULhFYFFi7eEQuH4fEeCYdhC4qgMRcW3ykLk9ZNFqNJZQuYHe0fO3SlC5sX7RZrjWkLovZNFlctLQun3GkY92p5C7JehRaEFG0Lt99dFo+jKQvAcyEWymQ1C8W4TRdnrcULzZENFnminQvbwx0WqxENC98M/RZPIykL7qZVFjNnwQvwPnkbz5vdC/MrfRYz0zEL+B5JF77AZQwAJEEWehiVDACxlRZxQpUMA9YZFsB37QwRNkUWtwjZDBQOORcHtO0MG/hxFr8qtQwcHjEW+SDBDCkHfRbi+I0MMlclFq21MQw75kEXBHCFDDwjrRjoTOkMQYq9FoNDkQxILTEWnPGtDFhieRaEvWkMW/cRFuTOxQxeRpUW8KJpDGf0xRY2z60MbC+BFokkWQx4L0UWpx6dDINeDRq8DDEMi1q1GV6GlQyO7cUXusWFDKE87RaYaQEMpmmpHlfOYQys7oEWvJjVDLc5SReNIXkMuWMRFuL8vQy+vWEWnnh5DMOAcRZumskMyDOFGNVm/QzL6OEbuGm1DMvuORqA+qkM0DVdGCnDAQzUJR0cAlsZDNamaRaZqKEM1qpdGEFwFQzYLoUbb/1FDN0YzRY+V1UM41mdF56ONQzr29UWQYZhDPOm8RcqxtUM89O5FtK1QQz0KXUWhXcNDPRAyRcThsEM9EVFFpxLkQz0S60XNvFpDPRPoRaoFW0M9FMlFtOIhQz0WO0XLjsNDPRfzRf6cY0M+7aVGcwlsQz8E0kYGfi5DP2OFRY1Fb0NBElxFtb0OQ0Fth0YgomNDQX7bRexQd0NBgYpHFh5ZQ0GVi0Yze6dDQ89+RgzV90NE9JlGFS85Q0XOs0ZD0lFDRg/eRYaH0kNG9nBFvrSFQ0kyykaCHtdDSUf1R13//UNJXUBGSqm6Q0rwyEZoHTVDTSYbRZ/RZENNuuNFpcAZQ0747EdmqzhDUGfzRYpSzUNQ/rZFnq9gQ1E+gEWnF6dDUk4MRe1vQ0NXGmpHYoTaQ1gSk0YSW69DWQWSRZd+IkNZpsNFptDJQ1n6GkWU65RDWv8WR7lesENbE+hGCVaDQ1ybbkW1QfhDXgdSRaH/fUNhDqNGEIRmQ2qjAUXOqClDcWuqRicry0N0XwZFjLXWQ3nkcEWm/1BDfNjuRZ+o30OB0UxGMcwSQ4eEAUWiwhpDi/7jRhb4f0OPXi1Fl6bNQ5drTEXTtKxDmFZuRaHanEOYWTFGMcmMQ5haykWt9H1Dn0jeRgPV70OfSqVGT6SSQ59MIkYLghhDn00dRiFI+0OfTs5GFpGpQ59QxkXPxMVDoO59Rh3DMEOg8KVH+uAwQ6KHVkWc5zFDpEy8ReOFI0OoebhFoTBlQ6iKL0YDt5BDqnmvRb6p1UOxLvxFnE8lQ7GVZ0W/MzRDsfmcRbP/zUOx+ilFs9qOQ7ISS0YV+WBDsuXIRcHHwEO4ukVFkCjAQ7i7F0WL2XBDuZW4RYZKzUPCGW9FsC9zQ8MEBkWXebdDw4YDRcONbUPDh/FFtgN0Q8OLHkWo7pFDxvxDRnkUIkPQDUpFkYG7Q9VwnUWqUcxD1pjJRghM7kPbzuVFtlpnQ+Vm+EaYH5JD5iRIRaJc90PosPxFn8zPQ+yXnUYzCclD7dzDRbAnVEPyJN9FqFEkQ/rk4kWtOxBEAxPtRdOoCkQHa5xGbVDRRAjWlUXBYGdECxlwRj/tuUQSC1xGYhZVRBXPE0WlCN5EFjSxRbY1lEQZQmlFloBSRCEpg0Z3EiNEIlvpRZvn4kQjuz9GGa1sRCUrb0ZSWkpEJlDTRakmP0QtPY9FqP66RDG1DkWwRwNEONaJRiXPykRBgadGDG+cREKqUkWm8wlERkwrRbUkhkRQqe1FuukFRFJNpUYzt8ZEUzqmRapFs0Re75FFni1NRGWJWEWmgqhEa2tPRfVz1URwv5pHH1rlRHFr10ZU6wFEctLeRbHBB0RzV49FrTkJRHcBrUWndo1EdytLRbLl60R3O1lFtWN9RHm1sEW/NFM=</peaks>
+    </scan>
+    <scan num="414"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT213.333S"
+          lowMz="50.001754760742"
+          highMz="999.590087890625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.9243895e06"
+          totIonCurrent="1.0918029e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgBzEWkVQhCVZuPRYPB8kJXCydFlFzZQl0oukWV/lNCXbsLRZNy1EJd4OBFjp+UQl+no0WVFR1CYGDqRcGwkEJjQJxFiDUhQmZNwkWLsv9CaRASRZq2ckJvdDxFhJF9Qm93A0WbjLpCcW0YRaXQ/kJx56tFmAhgQnP45EaVcQVCdN2HRaIaoUJ3TvNFj4+ZQnfz5kYR5e5CeD86RYMXI0KCcSpFer9AQoSjn0XSzMFChXmQRY4GO0KGoNFFhZurQpBBjkWad+NCkEu7RZNNakKQw6RFpfvJQpGerkWDljBCkfxtRc2vqkKTStFFl6ChQpbeyUWPo6hCl+kkRawBqkKZgtRFikMpQpos4kWmsPdCm9ZRRb4AnEKcij5FkTS1Qpywu0WeZOJCnfp4RY3YfEKg749HLp+KQqDw/0XFk2dCofMlRcdHyUKiBV5FjBr3QqQ1NUWklzFCpE0GRdfK50Kknl1FiP3jQqYMzkcG0+NCpjfERaE28EKoBJVF/HkLQqqf8kWVeTVCq13sRZwBA0Kr9UpGQv7DQqv6BEW8aMpCq/9aRcYjDEKsAS1GvhBcQqwCAkYXQv1CrALuRfNb9UKsDQpGV+m8Qq4EeEaNDV5CrgopRgCV6kKuytZFpDFUQrFjM0Whi9hCsfiKRnYR9EKx+SJHGdwvQrH52kmCBGBCsfs3RlKDhEKx+9xGFoqqQrH8QEXfcB1Csgx1SAdNnUKyDVJFkML+QrIdg0WZuxpCsuYTRbzSPEKzXF9Fn7v5QrP7n0aWrORCtUEBRcvxZEK10hJGXGUfQrXUmkYNYCVCte5+RjNNBkK18cZGAo9FQrX7JkaAb6BCtfyRRep1LkK1/hdGgKmYQrX/P0e3vPpCtgBlR787H0K2Ab9KtMxLQrYDLkeS3b9CtgQ3RxdglUK2BMJGQjTcQrYFDUZadJRCtgYMRiilk0K2BoVF10fQQrYHykWt/DVCtggtRoaCB0K2MX9Fwel8QrY3lEWcR2pCuANhSA5uwUK4DL9GqA1TQrh4EUWfsvtCugPTRy/VuULB625IT4+cQsHwWkaiTTFCyAHpRc2VeELMu31F0Ze1Qs4UZ0acy6ZC1BTJRjAU60LVmL1FkwANQtbbC0WVWZ9C15DgRYrZPkLZn7RFmrGBQtoUtUaCNVNC4fh7R2LHs0LiX6xFmpcmQuKDakWh8NtC5HRiRa/J1ULlHkxFjht4QuXlf0WZERhC5gd7R8VKgELp9xxGSIlSQuyW2UWfWttC7KtQRbAVQ0LuEYtFwyGsQvMiaUWVd+9C+OHaRa448EL8D6lHB31cQvyi8EWxjYRC/W/pRbT3dUL+B3ZGTxJ7Qv4XKUWbYvJDAHGLRamQIUMBDitFz7x2QwOEFEWIai1DBv5GRhd9cUMHB5hGKroEQwhCtkWO9zRDCQuTRa5RvkML1uFFo51JQw1OmUWWggVDDVA8RZIp0EMO+ZBF4s1tQxAyxkWr601DEG4DRbfDYEMSAl5FmJeGQxILwUXbWm5DEvAmRk3AAEMTiPNFnsd0Qxb9zEYBdcpDF4B9Rb4Q8kMXl2FFmxVfQxexNUWVNyhDF/SjRa+kSkMagrNFqoS3QxsLuEWf6TtDHEBqRam9lkMc8A9FogbbQyDXbEYy4a1DIta3RgmbPEMjD4RFpEdKQyOvSUWFKnpDI6/YRYUT9EMju7pFxBL0QycBUUWSCzdDKBqbRZsiu0MoT5FFm/OaQymaVUeIqdhDLldPRakAC0Mww4lFnuLIQzDg7EXAMiJDMQXCRa3R5kMxXTpFlmGIQzIM30YT4BdDMvoyR1WPSkMy+6FGIsnKQzUJMka9mapDNagHRZ1TIUM1qPFFv7+6QzW7FkWik4FDNguNRtLufkM4dv5Fkp1fQzjI40XQlkRDONb1RcCRVUM8dKJFkwEfQz0Rm0WbJX1DPRMwRfHaR0M9FMBF3WIBQz0Vy0XuMtdDPRfPRc/wNkM+7YRG2sGnQz8E5kXkvUZDQW1uRg4AHkNBdTJF+lO7Q0GBXUbtSNFDQZVRRgVq20NDz2lGPNa3Q0XOvEY17v1DR83WRcn8GkNJMpxGYM8DQ0lGIkXF3HZDSUfVR2aHf0NJXR1GaNdvQ0rw3UbN3zZDS0o8RYCZOkNL/0BFtc1dQ0wEpkWgULdDTU3rRZyzAUNO+NdHfatjQ091t0WpuHJDUk3XRcOP4kNU7chF3obnQ1caY0dWgJ9DVzxkReYHiENYGxtFsaIdQ1r/DUe5fjRDXn+mRbv4LENhD3VF24DAQ2YMSkXW0yJDZ0NGRZyIsUNnUc5FqH0rQ2oYp0W+rZRDavSuRZLBskNrViNFs74NQ28zqkWU+5FDcWqWRc62bUNxbDVF6LFzQ3IP70W1QtRDclUERa1VzUN/6SRFkO7KQ4Coc0W5LjtDgdFlRbnJpEOINBdF0cFOQ4ht7kWrFgJDi/8WRgeKb0ORdvpFt6QIQ5LxD0WvPohDkxMBRZ9mRkOT3HJFqUF2Q5bQQ0XFFNpDl2ucRfd9oEOX2KxFnRhpQ5hZx0YgIdpDmoLNRagJ2UOc/j5FpqG0Q56fm0WZfJJDn0zQRj6fL0OfUGlGSyrfQ6Dvo0folnNDpE1PRdm8LkOoir9FwjfcQ6iMjUXCWoBDrRl1RaFcnkOwhPVFrGuXQ7HmTkXsIvZDsfiKRfy1ZEOyEXxGCHF+Q7LkJEW5fVBDsuY6RgjZ6EO11txFtzkvQ7lY5kWV3dxDw4g5Rg+kPUPG/R5GT9KYQ8dnJ0WlyNdDyqHgRaN//kPL1XBFvPU5Q9Of2EWk7FlD1fFWRZfYXkPWmN9GEX2LQ+CiwEWKbsBD5WavReAZN0PlagFGGBJqQ+bHiUYLTtJD6W/tRaHeWUPqNTRGJDNzQ+yWDEXC0KJD7JgSRc0sUkPuZ+lFmxtzQ/BVj0WlvJ1D+ewlRZZzekP7/oxFt8WRRAMT0EYUyJdEB2xRRlgDSUQIgdRFnCm7RAkF1EXcOApECxjmRlp3KkQSC4ZGFlhcRBMbP0Wl9ZxEFupYRZy1jkQcbl1FnjKMRB+NDkWXnP5EISpIRoI6XEQju4VF4TKqRCUtm0YIsxVEKLbSRZN1MkQsJoRFs7iiRC4CjkWaY+FEL2jnRaTIoUQwuzpFtsLzRDaDkEXPSAREONa3RkG7akQ5NFNFr2+TRD6ea0WhpbNEQYGURjkSG0RBxWdFyuycREadJ0XAmQdESxuRRc4uIURNtsxF0NlIRFDEIkXLl8pEUk46RifIQERYCfhFmmLMRGMfWEXu5E9EZ7yHRa7Lr0RuN0dFqCv4RHC35kWnql1EcLsORdXfNERwvfJFzUCoRHDAh0cVXzlEcWwXRhMz3kRyqxpFqpzTRHnlxEWoZ9A=</peaks>
+    </scan>
+    <scan num="415"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT213.842S"
+          lowMz="50.409854888916"
+          highMz="988.90234375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.087103e06"
+          totIonCurrent="1.1532486e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="416"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT214.348S"
+          lowMz="52.869007110596"
+          highMz="988.900939941406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.7641465e06"
+          totIonCurrent="9.114591e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="417"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT214.877S"
+          lowMz="50.300434112549"
+          highMz="998.213317871094"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.830762e06"
+          totIonCurrent="1.0403264e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="418"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT215.392S"
+          lowMz="51.001197814941"
+          highMz="989.819519042969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.075881e06"
+          totIonCurrent="9.256119e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="419"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT215.912S"
+          lowMz="50.311218261719"
+          highMz="997.801574707031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.7510625e06"
+          totIonCurrent="1.0848659e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="420"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT216.424S"
+          lowMz="53.027946472168"
+          highMz="988.908203125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.8398555e06"
+          totIonCurrent="1.2889269e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="421"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT216.918S"
+          lowMz="50.204769134521"
+          highMz="993.565124511719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.6457815e06"
+          totIonCurrent="1.0234942e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="422"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT217.44S"
+          lowMz="50.309856414795"
+          highMz="988.905883789063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.071076e06"
+          totIonCurrent="1.1006847e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="423"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT217.942S"
+          lowMz="50.291130065918"
+          highMz="988.931579589844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.902231e06"
+          totIonCurrent="1.0742463e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="424"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT218.454S"
+          lowMz="50.322780609131"
+          highMz="988.929992675781"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.4967675e06"
+          totIonCurrent="1.0216713e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="425"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT218.971S"
+          lowMz="51.46968460083"
+          highMz="998.538391113281"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.320562e06"
+          totIonCurrent="1.1205979e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="426"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT219.478S"
+          lowMz="51.73099899292"
+          highMz="999.201293945313"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.328546e06"
+          totIonCurrent="1.0114812e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="427"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT219.996S"
+          lowMz="51.057903289795"
+          highMz="987.133911132813"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.9265015e06"
+          totIonCurrent="1.1046679e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="428"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT220.509S"
+          lowMz="52.608135223389"
+          highMz="996.503479003906"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.7920345e06"
+          totIonCurrent="1.0748202e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="429"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT221.021S"
+          lowMz="50.537708282471"
+          highMz="991.205078125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.9467185e06"
+          totIonCurrent="1.0940554e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkomnUWOx9FCSkDnRYzzYEJLdR9FjYMFQlIOukWKqpZCUqFTRaQjvEJS3FtFmNO7Qll8REWVQOtCW/AKRYlCI0JcbvZFhd/pQl5BSkWQvjtCZcCpRZ2HgUJnVEdFjFeDQmo170WihBJCawuzRYJ0U0JumoJFjLPXQm6tBkWGm0dCcHsbRZATEUJxTgBFiBx3QnFOVkWNO6VCc/jtRpC2F0J0rHZFlT7sQnUnC0WOykBCdiEjRXug5UJ39ARGC//FQnmXP0WnLQBCfZvWRYcbT0KCOQpFdpv/QoJuvEWZkzFCgwXkRZsq+EKFSHpFhnIyQohBSUWWD1BCiz7ERa7/DEKMM9tFqRnBQpBG3EWWZUNCkI/DRYBZJEKTI3lFt7tTQpRwOkWNfp1ClgR7RbsYu0KW9B5Fi5rKQpcmTEWVHhNCnI/cRY9sB0Kc1aVFls9fQp1k4UWZpGpCoO5RRaid/EKg7vFF0n50QqDwLkdJICtCoPMZRbK1P0KhKE5FnthuQqHSDUWVI/dCoeDcRZNK1EKh8yJGH/qIQqYM0UcQaZhCqASkRib+4kKqsyBFmsA/QqvplUWuKO9Cq+r/RZNQ5kKr9YFGNZZIQqv6E0YHjwxCq/yyRZ8UwUKr/pJF2NHzQqwAZUYJIxlCrAFWRs9gt0KsApFFvXJ0QqwIcUXB58xCrAwmRaFI30KsDTFGl2GVQqwO5UX1iJ9CrBSGRbcS7UKuBGpGcWPwQq4KPEXLaWxCsfhSRh8d6EKx+PlGxPm2QrH53Ulm3clCsfqnRt/cnkKx+x5GN/Z1QrH7yEXjGfJCsfyTRdExhEKyDHlIB40sQrLlKkWiNLBCs/uXRfZA9kK1AOFFrSBPQrWBHkW0hvZCtaYbRYgo4kK1zcJFj3EGQrXOvkW954ZCtdH8RoknJkK12g9FtQWlQrXbCUW/wKZCtd3ERZ99FEK14tZFrGqHQrXjUkWrafFCte54Rm+73EK18dBGNAQCQrX7L0ZWoa9CtfudRnBZLkK1/G5GC9lKQrX+ikYoPABCtf93R0PWkEK2ACxHjGJZQrYBw0q1er1CtgJ9SGs+nEK2AwhHu46GQrYD/Eek3VhCtgT+RmJXQEK2Br5GLwKJQrYHcUYOmRdCtgglRoXaiUK2DP5FlHGSQrYRskYHHuBCthUVRfvGX0K2JftFp2UsQrYxqEYKlhZCt/meRZmvbEK4A2FH+VaiQrgMyEbHp3RCugLgRZ5FT0K6A9tHVQypQrpm3kWwmLVCuvAkRbKmCkLB629ILKvfQsHsVEW8bUtCwfBRRrPlVULDhe5FkW85QsVKJkWeZnZCxekfRgcnVkLIqKdFtRCSQsqr60Wp8BlCy6xlRZWIcULOFFdGtJMlQs5oFUW3NANCz11aRYe8rELPg/NFoX86QtG75EXKanZC1BTqRg1wFkLWi6tFi3YOQtcxlEWRvvpC2hTARiE6vkLh+HpHc2qFQuYHfkfmOq5C6fcxRklXNELqHHBFt4btQvwPsEcrIXtC/geaRjyDmUMClfxFpeIJQwUDnUYCqudDBweHReWdCUMJer9FuqIiQwsZzUXIAahDDvmDRc+jk0MQFlxF4FLAQxLwQkY1PSZDFEiNRZU/0UMVAkJFwIHSQxZtG0WO0W9DFncYRZK40kMWw01FqewBQxb9xEW41D9DINdwRhMXSEMhHkNFpct4QyLWvEYl+thDI/riRYnzSkMkS+1Fq3ujQyS56UWZcdpDJSvzRYnlSEMlw3VFk/bAQyd+RUWg2k1DKXqRRYOcmUMpmkxHkcGuQymbVEXO6tRDKZwQReSyLkMqUkhFvI0WQzEFrEaQC2FDMgzsRmAZMUMy+ipHMPsHQzL7nkZHmMxDNA1YRbtQ50M0+Q9GBLPkQzUJSEYvQmNDNVeoRZe5yUM1qkFGMIwoQzYLeUWnfrZDNp6aRY/nHUM4blJFsCEDQzjVRUW72IBDPRJdRgHiaEM9E3JF3gZKQz0VLUX2oeBDPRaJRcLk/kM9GHhFoa3rQz7thEaJKOpDPwUYRitvHENAG7tFlQAeQ0CshUWq9/lDQW2iReEXIENBdW9GSHmfQ0GBjkcBVyBDQYNyRcnta0NBja9Fq53gQ0GVhEYr1vJDQ897RiLPZ0NEdJNFwOIGQ0Ty00WOUsJDRQuKRs5ODUNFEVtFzRzEQ0XOmUZcJUhDR9IoRaiEeUNJMmBGg0yKQ0lHmkdfgFlDSVzSRi/aQ0NKthJFmEb8Q0rw/UYrDYRDTORSRb+EXUNO+OdHg7AcQ09FAkWXDMFDUOIwRZYUkENXGmRGpTUcQ1c96kXh2FlDWv76RrfbzUNcBKNFm+r7Q15IS0WX6ShDY7QSRZYGtUNmDHlGA0WSQ3FpyUW1AXVDgHnkRbGTrEOB0HJFttTpQ4UxeUWKMjNDh+xRRc8oc0OJkF9FrPlvQ4v9/EXoEkxDjCHJRZKPyUOOmdVFlAz5Q5hYykXw9y1DmFn0RbB/v0Oc4fFFnIYZQ59FZ0YMWzdDn0hKRnoeIUOfS2xGbmZiQ59MXEYovyJDn03jRecjPEOf9s9FiL9jQ6DtUUX7TINDoPBaR+vqcEOg8a5GdT3gQ6D0DEXc/M5DoPW8RgWTekOg/UJF2verQ6RMMUWzQR5DpE2jRf7uskOoir5GQGluQ7H54kXNlPpDshLNRiKHH0Oy5HVFqGxoQ73qVEWeXy1DwssyRaORwkPDh3VFygxlQ8acSUWjY9RDxqmoRaEwtUPG+6BGC2GAQ8b9h0ZEsiNDycKKRcH3RUPR7zlFwEnzQ9aXq0XkhVBD18bYRcH13kPbKn5FmlAHQ+O0RkWdCHhD5WdkRoI1m0PmSopFombgQ+bPUEWsK2lD7JVYRgVcE0Pwv1tFlBd/Q/MPEEXrWXdD9Jz1Rb0QMkP6U+1FnN1WQ/qFKEWgiC9EAxJFRbjcbEQHK09FohDzRAdqJEW3aOlEB2yaRiESkUQJ3yZFqPCfRAsBmEYZOb1ECxnkRmW07kQOQWpFmTAGRBHP/kWcv5dEEgdARaPxx0QSCxdF7DyuRBPwJEXMmalEFveARbJZd0QhICxFrffpRCEpc0ZmKeVEISuPRgMTjUQjur5GQB47RCUd3UWyeI1EJSvIRkz3pkQrEFlFsDyORC6HzUWsGDFEL0HcReUCdEQ41ipF6QWxRDjrMEW0eMVEPBxuRahQukRBgaVGGpm5REKz6kWjtHRETFemRZh8qERSTLJGJWyqRFzTbEWyDHxEXl8VRb4gTERq4ERFs1kERG4vxEWt215EcLcSRZJboERwvxhG2Ud8RHDC40ZJWgVEcWfNRaR82ERxnulFo4iFRHHwY0Wfog1Ec9CoRbj/bUR3PAZGAPj+RHfNIEWSxT0=</peaks>
+    </scan>
+    <scan num="430"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT221.533S"
+          lowMz="51.11693572998"
+          highMz="988.930847167969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.8490055e06"
+          totIonCurrent="1.0712982e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="431"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT222.041S"
+          lowMz="50.475971221924"
+          highMz="989.842468261719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.687661e06"
+          totIonCurrent="1.0307249e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="432"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT222.555S"
+          lowMz="50.728454589844"
+          highMz="965.635559082031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.829267e06"
+          totIonCurrent="1.0307392e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="433"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT223.063S"
+          lowMz="53.749530792236"
+          highMz="988.956298828125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.9126145e06"
+          totIonCurrent="1.0901747e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="434"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT223.572S"
+          lowMz="50.111885070801"
+          highMz="988.948669433594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.143557e06"
+          totIonCurrent="9.64419e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="435"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT224.09S"
+          lowMz="50.431411743164"
+          highMz="997.641662597656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.6816335e06"
+          totIonCurrent="1.0228843e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="436"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT224.6S"
+          lowMz="51.419338226318"
+          highMz="990.154541015625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.733131e06"
+          totIonCurrent="8.947858e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk2tZ0Vl5g5CTfyFRZWxIEJOOfRFic8DQlEaLkVLhF5CUlEtRXZPFEJeJeZFjXHUQmGYgUVrsABCZVvrRXJmIkJljvRFieUmQmwW6EVv1vhCboxxRZM5kEJwtktFZjCCQnJ3U0WBaK1Cc5bDRYkpG0Jz+OhGSI58QnsldEWEQANCfnuaRZ6C3UJ/uo5FhIzmQoGY9EWEvWNCgrTxRYPVb0KEgIlFahWbQoTyUUWC1+JChl9rRXR6k0KH4xFFnX59Qof9gUWBXLtCiErrRXkIJ0KLvN9FU0ODQo4XU0V2f/VCkNHxRX0KBUKRdWRFTEqGQpF1jEVNqDFCkfx2RdcHPEKS2ddFcbGrQpYjn0Vde1hClowVRXB7QkKW6RJFaFxyQpfSBkWDtTRCmi3ORXdpakKdbPNFivJ3Qp3KIEWEEtpCoEoxRVy2KEKg7VhFjdmgQqDwREYycDBCoPElRz2NiUKg8r5FuIRmQqKI4EV4pCVCpE5qRYKO5kKmDMlGo2VrQqbJmUWVdjVCqASeRhmzA0KpxjRFhG/zQqoF8kWbCjRCqt9cRW/OHUKrXylFhxorQqvzUUV9RhNCq/PyRaGz70Kr9WVGGN5AQqv/+0Ww1g9CrAE+RrGSb0KsAm5FlKZGQqwDI0WTeQBCrAPKRZdE3UKsDQxGLfLNQqwY5EWB+kVCrgR0RmHqZEKvMc9FhY3FQq9JxUV6sVxCr+oURYKmIkKx5eNFgT4dQrH4hEYsl+RCsfnfSVAbrEKx+3pF6fkxQrH7z0WoHHdCsfyWRcd2/UKyBrFFjgWqQrIHKUV4AxhCsgx9R7KmkkKy6i1Fm1ufQrP7iUYSlE1Ctc8iRbk+hEK10flGQA4IQrXhm0XId1hCte5wRhvXuEK18d5Fv3KGQrX5X0WBC/pCtfnIRZpt30K1+tFFfumrQrX7aEZryUtCtf3GRZOxUUK1/2tHOqrSQrYAUkdo+8tCtgHFSpBxlkK2A2hHck3WQrYD8EeegQxCtgcgRaLEMEK2B2NFyXQ4QrYIS0ZxfgZCtgjdRV/xHEK2EX9F4dWqQrYVE0Xy2KhCuANmR9WmW0K4DMZGlJCHQrniKUVawidCugPaRx5x3kK68ldFi1L5QryunEWCHxpCwGBWRYnSikLB63FILWvBQsHwTUa/P75Cwre1RY/2ukLHIk5FirJ9QsgB/UYm3b9Cy4QrRYXFFkLOFF1GmhbBQtQU30WLNRdC1WzFRXJ17kLZJj9FgDrRQtsiEkVv/mhC4fiDR0Fab0LiDCVFf151QuKj50WcQNtC5gd8R4b5LkLmQi9Fj4DZQun3F0Yk+EFC7AdORYr9b0Lt6P1FfDlhQu4RwkYbf0hC+ONORbRSYUL5q3hFhlAtQvncpEVzzDhC/A+1RxgD3EL8iOlFhkDhQv4HikYBTe9DAQfLRYoSFEME0Y5Fh4UKQwUDmkWgVBVDBe9mRVYbekMGylxFlf7SQwb+RkXQ2J9DBwekRd43cEMJcAtFizoMQwsZ8UXGyydDDOF2RXLHaEMNCNNFZHdLQw0cfEWfBJ9DDg0DRakKsEMO+YdFpyc9QxAOAUWA7dZDEEHRRYLLzEMQznpFXorsQxIBhUWK5OVDEhHcRXCsqUMS8EFGIMjpQxNgw0WKd3RDFg2XRYSat0MWU5xFi0LpQxb9z0X/n3RDG3iQRYKoekMcModFh8DCQxybOUVzxzxDINeARiJkT0Mi1r1F51fKQyO9e0XNXShDJOSBRXh1D0MpmUdGC0+0QymaWEd1xfFDLbRORXa70EMtzvVFi73IQy3QqUWjdzpDLiNuRYeEr0Mu9MRFu1NNQzEFwEcBCkVDMgz5RmqnzEMyL3hFlN+zQzL6N0cVerhDMvuORhlxvEMzXcZFjZlNQzQNY0aV8EtDNPkGRcOFE0M1CUJGkVetQzWqWEW/lbtDNxHORYicqkM42MFFh529QzqXJkVmEtxDOvbRRat8BkM86ZJGAjAvQz0PN0VjlDdDPQ+YRWtrnkM9EKtFvQsVQz0RykXLRi5DPRMsRYJotEM9FGZFpwwGQz0ViUXhocFDPReeRZv8+kM9GHVFYzMyQz0aBEWTWCBDPSwIRYiNXkM9Xy5FlzJEQz3TpUVpD2tDPhqXRYQBqkM+7ZRGx3bjQz8FGEX6wStDQVlTRZZ+cUNBbXRFrqp+Q0F1SEXeCwNDQX4CRauaUkNBgV5Gx9eUQ0GDVkXFga9DQZVnRgIIokNC/bpFYbBGQ0L+M0VYc41DRPOCRY1860NE9yJFng8iQ0ULhkc0uV5DRRFcRhs1XENFt/hFgaXFQ0XOwUYPYL1DRt9iRYo6fkNHeupFgEJMQ0fN2kWEGB9DSOzkRY/+EENJMllGVzcnQ0lHj0c/tplDSVy7Rklem0NJqPJFi/v+Q0pdiEVu0V9DSqp4RXuzbUNK8NlGSzZIQ0z07kW0sftDTvjbR4N1ykNU7apF+3ymQ1naOkVtCE1DWv8YRkgIeUNdm1ZFfWkQQ2EP7kWty21DY4CURYDmXUNmDGxGUb9tQ2zRIUV5QJVDcWzzRba03kNxbvBFvWU8Q3Ha60V9e21DeBOWRX1OTEN7i1BFioCwQ32YO0V8BvZDfvSwRZ3qREOB0vlFkgghQ4Mb7kWWUldDhvRpRZk3KkOIM+BFspnBQ4okeEWT7gBDjADlRdUgc0OXbQFFuHvgQ5hXE0WJeOBDmFimRZqlDkOYWeNGNH9OQ59GYkWTF8xDn0cQRZfvsUOfSrxGXYUpQ59MDEYSec5Dn01jRYn/GUOfTtFGHcyaQ59Qf0YAIO9Dn1HwRZYcgEOg74hGI+jwQ6DxNEfOeo9DoPKxRiq7iEOkTL5F7wlNQ6RPHkWPezZDqIsXRcqqn0OojJlFzWenQ6jaREWAJqRDrGp+RaL+a0Ox+jZGANntQ7ITCEYkg21Dsuf/RZ/oHkO0fclFjbqUQ7eCOkWDuoFDuSkNRYezbUO9fwNFbAaPQ7+PJ0WQIINDwVo+RZB3o0PDiK1F3Vz+Q8OKuUWyU8hDxvzzRmY3/EPG/rJFll05Q8hv0kVwkDJD0v3yRYE47UPWm1lF/0KzQ9wLE0WXTkxD3UDlRbDBNUPgTqpFi1oYQ+Bey0WQ9MND4T6XRbEpvUPlZ7pF5iOMQ+VqFEYhOHFD5senRbM3N0Pp5elFhcoRQ+oyy0WlNV1D6k0WRWrg70Psl9ZFjAlUQ+yb+UWJb0lD8X1bRYgEsEPyIxNFgQdhQ/TbPEWe5kFD9ZNSRYPkekP+hb5FgatdRAD6k0WEKidEAsQlRZ+66EQDFTZFxQL3RAQUz0Wftv1EBTafRZQEiEQHbG1GS9IZRAj5F0WBAFxECg/YRbdokkQKmgVFnVkgRAr58UWlMllECwGcRZ2gREQLGgxGNOErRAziJEWK6/pEEgO2RYbnwkQSDNRFrB6RRBaMFUWejkdEFpDvRZsoEEQhKjFGb7jkRCH15EWFbSJEIjVLRZTcJ0QjvkNF9ZuMRCUtrkYqRmNEJdrXRYwOIkQsowZFnEzpRDa7+kWCy6xEN+WORYj6EEQ4TsxFkjWZRDjWwEW5i91EONloRf64K0Q9fKdFk8IIREFZVkWQzkBEQYF7RezoPURCFchFcmViREJWLkWZGn1ESRxlRX5vfkROS+ZFkySDRFJOxkWapLlEUlARRaLuV0RXYbFFb1AGRFeod0WT8hNEV6ujRYKsD0RbbhhFiKQoRGOvHkV9zAdEcLt1RdqzF0RwwJJG83I5RHFuJ0XIM5FEdzxSRbzWj0R3ieRFibfW</peaks>
+    </scan>
+    <scan num="437"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT225.12S"
+          lowMz="50.604419708252"
+          highMz="988.94921875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.236611e06"
+          totIonCurrent="9.819623e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="438"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT225.636S"
+          lowMz="51.551425933838"
+          highMz="988.946350097656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="3.3514805e06"
+          totIonCurrent="6.538609e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="439"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT226.195S"
+          lowMz="50.38932800293"
+          highMz="988.943298339844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.5388135e06"
+          totIonCurrent="1.0461913e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="440"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT226.707S"
+          lowMz="50.227439880371"
+          highMz="990.484191894531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.029472e06"
+          totIonCurrent="7.7603055e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="441"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT227.239S"
+          lowMz="50.914886474609"
+          highMz="988.937622070313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.558245e06"
+          totIonCurrent="1.0152439e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="442"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT227.751S"
+          lowMz="51.967437744141"
+          highMz="997.110595703125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.0932275e06"
+          totIonCurrent="1.0040405e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk/eqEWYJZxCUqylRaZhWEJSt+ZFtlynQlQBUkWZbA9CVTVARY8Fu0JYwDJFjy4BQl+Js0WDuTlCZt5DRZBMDUJt/IVFgS6sQm9epUWSbr5CcDIHRYmvMUJyu/1Fc501QnLYJ0WR1kVCc/jdRuSYqUJ2si1FkzKOQnpqhUWST5BCfbDURZridEJ+UxhFgf4QQn75+UWowuFCgFvcRYdb/UKAXDxFhnhBQoFsWUWndqRCgaxTRaQZf0KCB3pFrNUrQoK8jkWFy4dChFLBRY4eSEKGCKNFia0KQontE0WmdLZCjTQcRYCbW0KR/HlF8tfPQpKrGkWc4JZCkyNGReBph0KUJiBFj/zwQpRZfUW1P0tClGLZRZW4xEKXanlFl/BTQppfv0WOi1lCoO87Rj5Mm0Kg8IlHR3CPQqDyXUXLoUxCoSRCRZkpLkKhuMBFpv9NQqHzA0XMyOFCpfjXRZFv0kKmDMVGkBqJQqeUd0WPyaZCp61dRcJHUkKoBKBGgZdkQqv0VkY7YIpCq/TRRie5BEKr9cJFixKZQqv/S0WHmxNCrAAnRnbSG0KsAKNGkA3nQqwBZkY8jtZCrAMHRZrIdkKsBsdFouo0QqwMFkYwqkNCrgRfRh/LikKwRBhFs/VJQrC7x0WVy7hCsfhsRi/Ec0Kx+RJHEG3DQrH53Elu7K5CsfwzRg8Sf0KyBhlFl/sjQrIMekeodhRCsox+RcaU3EKy5C9FnJK0QrLqIEWTlLlCs7inRfJqnUKzxrhFqeyeQrP7nUZqSXlCtYZxRZ2/y0K10fNGiuRdQrXhxUWeCxdCte5wRkqTlEK18eFF8/gMQrX7TUYefvtCtfvjReBQIEK1/KtF0fqcQrX91UZEItVCtf6FRjku5kK1/spGKDvJQrX/vUbZP0ZCtgBNR4RzQ0K2AQVIXbp5QrYByEqbbtdCtgMqR6FBxkK2A+5HaI4mQrYE8kaOf0BCtgYZRjTSgkK2BxpFvNrOQrYHfEYHA2RCtghRRmGL/0K2MaZGR39sQrgDZkfdDzVCuAzKRh15zEK4VjZGFZBQQriO80XATFJCugPiRym+yUK9qcRFmWxxQsDZMkWJgRZCweqNRfINGkLB63BIO3O5QsHwXEZJI1RCxW9lRZEfoULIAfpGHIM+Qsq0RkWT4JRCyzelRZK18kLN2FxFoSyDQs4AG0WVRQlCzhRdRsQ6pkLUFQlFtv8SQtSd7kWU2B5C1V9VRZDb30LWEHVFkHX4QtZqR0WeHd1C1pWbRaUznELY4cVFgfopQtoUwEWheQlC2wmERaSHJULbekBFqzgoQuH4fkdD7bhC4f9NRZs6FkLihDRFskdjQuYHf0dLZGpC5pLdRZgPB0Lmx3BFlms1QumpnUWCXZxC6fchRofHDELuEcRGGBPzQu/jakWctDpC8XkhRZO1D0LxoThFlYPaQvUA5UWbokpC9wjnRa4460L3VatFjp6rQveS2EWOgidC+Fc6RZnywEL8D7JHA/MUQvzwoEWr1aRC/gdjRiUypkMD2S5FvvhSQwTVlkWlIy9DBQOIRageyEMGKc1FnB0rQwb+UUYa9iBDB2wzRaMpNEMKQWdFuWwmQwsZo0YEKj1DDGDtRZSpuEMN0UZFk0SGQw4000XKMyhDDpJrRawqA0MO+XNFpXOPQxLwOUYCCFVDFzrbRY63TkMX2PtFufvqQxmRlUWhZ2tDGoEmRbQ5x0Mg11tGLsMZQyJ/J0W5Cr5DIsHjRZFGKkMi1stGDVqUQyMPpEY7+FhDIzipRZcCJ0MjxjlFr3RdQyZy0kWx4lFDKTuBRZjKHUMpmg9HjalTQyt/Z0WbhoRDLeiaRamDuUMu9LNFwl00QzD2RkXzp4xDMQW1R2WPA0MyDOdGQLNMQzL6LkcRCMtDMvuuRlu8rUM0DWVGyKGsQzUJVUaYhMVDNansRdy3CUM3QrRFtV6IQzjU40XcMKZDONYeRazrGUM9EbdFj835Qz0SVkX+iL9DPRQ3RdPGRUM9Fa1FpCYSQz0WzUW4NS5DPRuKRb7ZIkM9ytJF2XpIQz7tjkajZRdDPwUDRhSyjkNAj6BFq0QcQ0EeF0XWy6xDQWgjRZL3a0NBbM9FykxMQ0GAx0bUaOpDQYTWRa00f0NBjQlFqw9vQ0GUwUYXNHRDRPL5RhD0GkNFC4pHRZ5WQ0kyKkZmEUpDSUdeR1V/DENJXIlGam7MQ0rw4UZIoGNDTHu5RaNFDkNOeE1FuJofQ0744kdaQPxDUeGhRZJUgENSTD1GAvxcQ1M3U0WEs/JDVO3iRbZcaUNYEbJFtGeUQ1llikWSP9FDWv75RlNDt0NhDN5GFoZOQ2YMdEW4yYdDcWodRctA9UN5f3FFm2IRQ3n02kXA01RDgdAORc7I8EOCIHJFqr4vQ4MJ40Wzo/VDg5+8RbNCSkOG87dFy5jtQ4ehhUWOrd9Dh+5kRbHpeUOINZlF55PaQ4kTl0Waw8VDi/26RfM1rEOOgkNFj9oVQ5GAf0Wq1B9Dk85kRaheqEOUiSJFoW6RQ5X36UWp7q5Dl2nrRkb91UOX7CpFqiBNQ5hX00WuOulDmFkVRmFBxUOYWe5FwpVtQ5i+yUWQr/hDmiCORbjOu0Od8U9Fl4lkQ57EHUWXGCFDn0vaRmuVQ0OfTwJGNkoBQ59RYUZNFZVDn1O5RdK4CUOfgLhFqMPiQ6DuEEZUxyBDoPCcR+tm1kOg8yRGTbpeQ6E8K0WbP8JDpEuBRfZq8UOoiw1GNOBPQ64gz0WqIlhDsCuNRaF1uEOx+ZhGRZ7XQ7IShkYQb/dDsuRTRjzliEO4zhJFrs7XQ73nf0WqQk1Dv48aRhe+NUPAD95FobC3Q8Jq0kW2Co9DwuhMRZ8baEPDhkhGBcyxQ8UVz0XLBppDxvxHRk8gBEPG/X9F8HMeQ8v4MEWm1lBD0/BxRaGIyUPU+TpFzKjLQ9UBaEWVDk1D1pb1RkMZSkPZTgNFwQN/Q+Vn30adMEND5g9eRZeIXUPmxvBFuGCpQ+ozY0WUhb1D64CzRahnKEPslbJGBbFvQ+yeYEWpleRD+Xc0RZLROUP5vndFqeJPQ/yC2UXAq+RD/mwyRctsY0QAA7dFtoyHRAMKiEWYkzNEAxJaRiCSDEQDE49F0AURRATO60Wl8GJEBOgBRcSEYUQFMKhFp2DNRAUz/0XG1/REB2vHRjuQ50QH3JNFj6UIRAoP60WVlCVECwFGRfIoQkQLGcNGVM6CRAywpEWmJ+NEEL1XRb+miEQRqi5FlpbXRBIBFEWbnzlEEgogRd2tskQVkXhFpvnARBWcFEWgEKBEGKbKRbQKIkQY0ZVFnUMcRBvV5EWQgGtEHOh6RdmilEQhKXdGdo0JRCOp60WlvVlEI7nsRhby/0QlLEBGNck2RCyIB0Wgd3hELmq+Rbyx80QvwFtFnfVYRDUHu0WfFJ5EN/KhRab4j0Q41SxGRGPgREAsHUWiHyNEQYDSRjnrPERHtnRFoVGgRElHNUXRnRxEUGsoRcaffERSTFhGIMaMRFM7RUWhhsxEVeVuRZSAMERcbixFokLvRGDlSEWk6k9EZP8gRaZsNERnhxFFoK6nRGuukkWrcjlEcL+GRw0FeERxabhGPHYNRHM/CUWwLBZEdCZkRZi/fkR5RxRFsrOm</peaks>
+    </scan>
+    <scan num="443"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT228.261S"
+          lowMz="51.995197296143"
+          highMz="988.954162597656"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.8343945e06"
+          totIonCurrent="9.430151e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="444"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT228.77S"
+          lowMz="50.014240264893"
+          highMz="997.516906738281"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="5.601952e06"
+          totIonCurrent="1.0672814e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="445"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT229.283S"
+          lowMz="50.956104278564"
+          highMz="998.826354980469"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.8955045e06"
+          totIonCurrent="7.671955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="446"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT229.835S"
+          lowMz="52.574924468994"
+          highMz="988.970458984375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.2642245e06"
+          totIonCurrent="1.1564025e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="447"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT230.336S"
+          lowMz="51.82133102417"
+          highMz="988.97119140625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.378961e06"
+          totIonCurrent="8.091782e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="448"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT230.869S"
+          lowMz="51.83215713501"
+          highMz="989.870056152344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.983034e06"
+          totIonCurrent="9.170989e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="449"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT231.386S"
+          lowMz="50.450660705566"
+          highMz="997.026428222656"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.69474475e06"
+          totIonCurrent="7.015569e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="450"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT231.945S"
+          lowMz="50.186393737793"
+          highMz="995.517150878906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.5770675e06"
+          totIonCurrent="1.0229842e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="451"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT232.457S"
+          lowMz="50.867607116699"
+          highMz="990.465759277344"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.443527e06"
+          totIonCurrent="9.82897e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="452"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT232.976S"
+          lowMz="51.752433776855"
+          highMz="999.230651855469"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.2590175e06"
+          totIonCurrent="1.1066651e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="453"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT233.481S"
+          lowMz="51.353950500488"
+          highMz="993.02880859375"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="5.701911e06"
+          totIonCurrent="1.0155989e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk1qckV6RCRCTZRHRYn5U0JPSQpFf0tvQk9tuUWWAXdCVk/LRYtbe0JXOYZFhwgzQlp5D0WP2kdCXiCARYep40JgJ5VFkBsGQmMP0kWKt19CZf41RX7uWUJoH61FkaPnQmss7kV9WfhCbJ1sRY3J7EJxETZFlpMyQnFDvkWdiu1Cc/jiRjneSEJ38/tFph2NQoAkyUWROO5CgdKdRY73okKCPuVFfuSJQoKPO0WEWM9Cgp/VRZ2SwUKFxcBFnsN/QoXrAkWS+2lCiCLoRZbsLEKIvCVFb288Qooe40WSbsFCjIZfRYstx0KM5HtFlyRYQo2cSUWGjuFCkAR9RZOzKEKR/HhFmQJxQpLMLEWGhdZClB2sRY9uxEKVOEVFfRIwQpYEc0X0eU5ClhPuRaG/REKWUOxFrIUzQpabW0WLDCZCl2aQRaHiqkKZFqtFncXBQprcZEWVS2tCngz5RZ5vK0Ke8VJFhIDwQqDtQ0WaI/5CoO23RXeYdkKg7v5F3C9PQqDwikdQgcBCoPH8Rf+WEEKh8xdGFPKDQqIN6kWUJYpCo+F4RZX9o0KlDB9FiF4CQqYMxUcY3XhCqASdRojXaEKr6SpFm/Y8Qqv0Y0WQqnNCq/UoRiZBhEKr9clFuvPgQqv5w0XQNC9Cq/2ZRauPFUKr/otF5DFUQqwALEXiMrRCrAEERq3ZL0KsAbNF6QiiQqwM3EYxzBpCrBioRaUXeUKuBF1GAJ4EQq4KJUYk22tCsThmRbUkxUKx+JFGVXf5QrH51kkbXLZCsftGRerJTEKx/IRF0zO0QrIMdkfK4JJCsg2jRaq21kKy6gpFpYUEQrO4k0YVjFRCs/udRcqhd0K1yZRFjA6wQrXR7UZ9ikpCtdnLRYkvY0K14XBGAd20QrXq0UWm6LdCte5nRkqNMUK18dNGLYMHQrX7WEYi9fRCtf32Rj+lYUK1/sNHQE/GQrX/6UcXoDtCtgBkR/erg0K2AbxKrgIuQrYEQkbbSIBCtgS7RrZ9m0K2BrNGH5YKQrYH7UYwjWRCtghURh4BTkK2FRJF3rJqQrY8VkWW+vxCuANbSAOAQEK4DM1GplBFQrhWLUXd9FpCugPWR2XtvkK68OpFqdzFQrtWkUWVBiNCvi2wRZs8/UK//ENFlrbEQsHrZkgRHy9CwfBQRqEUW0LDiLFFvRPpQsQMmkW3RXhCxpM/RaVvXkLHMV1Fuhy+QsgB4EYvynBCyjFeRY/nTkLMvDFFqfpmQs4UZ0aYzTdC0INNRYjuQ0LR14dFnnjqQtLq9kWYzS9C06PpRZrZOkLUFNtF2L0/QtQ0j0WUu6xC1HBdRY4GoELaFK9F3FItQt3KR0WTFOdC4DInRZI4AkLhAKFFnK5gQuH4bkdLktBC4obOReKQOkLih5ZFlxuGQuYHeEeqwI5C5sg6RbKSr0LuEdRGGuCoQvElxEWIviJC9IaoRZg+GUL2Q09Freb1Qva3l0WlD5JC+OJwRdm0YEL8D6JHHKp5Qv4HekZdGdxDBweFRenn1kMIWpdFns1bQwiePUWxritDCLEjRZwaxkMJC4hF0AhuQwsbJEYGhLxDDOA3RY1WrkMO+XlFy1xbQw9BB0Wea/NDEgvQRceB7EMS8C1GETjLQxX9qEWRyfBDFsIfRY5miUMW/b9GI2ZfQxdghEWG5N5DGoMCRZ4cWEMbSTdFgdPaQx4ZbEWN7ZhDH0CQRa3KKEMgOWtFl1JPQyDXfUZkDSVDIQvBRawYC0Mi1qtGLVVrQyMPlkbEn09DJWPGRYQFQkMpmkVHknX0QynRu0Wen9hDKvFLRZhllkMsBuJFmW51Qy3PAUX8ZkVDLkkLRY/QEEMwILNFnMfxQzEFrkc5ghJDMgzfRgIrCUMyznhFnLOJQzL6MkcdwW1DMvucRi0af0M0DVpHoC2JQzT46kYXo2dDNQk+R5daI0M1q95F82/AQzW+P0XEXTRDNdQaRa7dC0M411dFulTHQz0SlEWU37ZDPRPmRgBhL0M9FZRF/7UYQz7thkaEJ1FDP9zGRY7AtUNBbTdGAnhuQ0F1D0XheRZDQXzyRd2a5ENBgBRF3gCMQ0GBKUbHaC9DQYJTRfHCuUNBjWtF7modQ0GVKkYKOqZDRQuIRrHLOUNFEPNFkxiYQ0W3xEWPd8tDRc6YRdQs8ENJMlJGgZTPQ0lHd0dTFgJDSVypRnwA8kNMBVlFjN/NQ00I/kXB9hNDTrc2RZvpZkNO+MxHmFPPQ1BsokW3AXhDUk6+RgVqCENSc1JFksctQ1Uad0WcNmJDVwxcRaqw7kNYB2NFvY1BQ1gWWUYEBX9DXCe1Rbqez0Nek7FFmYRzQ18KKkWXg+NDYg6+Ra729UNmHNxFqdthQ2jsjUWJtZBDbgEHRZBiKENvYdRFm4UkQ3FtEkXxhEVDceiyRZmrAEN02A5FoM6yQ3ZJwkWb9u9DfP4mRZaiFEOArGxFisUhQ4HR2EYUBgNDgtt8RZqRg0OG8/5FoNhNQ4g2GUXHeMlDiJKERj8L20OKectFllYkQ4v/fEX2mDhDjwojRY5VqkOP4e1FkL5xQ5FFq0WP1YNDkYlcRaHu+UOXa/VGDsv8Q5eir0WUt4RDmFnKRio+2EOcQQtFlKNzQ5yz2kWt3Y1DnX5aRanZ6kOfSFNFlNabQ59LG0XMOhxDn08PRrzn9EOfUJhGCmwhQ5+pCEWlzOlDoO2DRfG+XkOg8J1H8yOXQ6DzhkYJwaVDoPgnRcQ5+0OkBc5GZiKsQ6RNpUXOKUlDqIvJRegnTUOxsTVF2G2iQ7H7pkYaD7tDshSeRiADBkOy5nhF8w3WQ7a+q0WzoF5Du/W9RZgajkO8ZZBFpq5hQ70+ekWVzhxDv48vRwMBWEPDiMRGERMbQ8b8+EZKHBBDzMtjRbXxEUPPcUlFotIDQ8+AYEWF1tlD0GrMRaLkl0PRXrlFsjhdQ9Mbp0WlKg9D1YNURaOhDUPWmbRGFLV3Q9qHakWhm3dD29AVRdxZsUPk6GpFoKQBQ+VpFkY6DMZD6hRORbEGY0PsldhFldl/Q+yY6EYvyAdD7QiRRaMQV0Pu9XtFmJIxQ/SlN0WYkQVD9YQNRbJzjUP/8h5Fp+dXRAICe0WwtuZEAxQ5RflIYEQHbC1GOGIMRAip8EXaCuxEChCCRe4DqkQLG0BGXLTzRA6q+0WkqiFEEcUQRaOHHkQSDBlGEUNKRBO1ZUXTRWBEGQQbRbcfE0QZEJVFqQjCRBwb1UWa01lEHU6gRaAEKEQgwbJFjbZORCEqMUaIvC1EI7ZkRakEzkQjvB9GG5tnRCUsvUZvPG5ELQRdRaWt6UQyAzxFtz+mRDhErUWu+PFEONc2ReJGbkQ+EkhFmCLHREGBT0YVo3FEQpYtRaS8gERJR7BFu4+8REt2QkWslItEULAfRbh5iERQ4VRFoai+RFJPBUYUdA9EV7hoRaoo0URZxhpFmgpbRGYH3kXEINZEaT3KRazA5ERqgyFFnqAVRG3gWkW0HrdEbxz0Ral8lkRwvMtF0M36RHDAfUcHgHhEcWzXRhy8DER3JVxFuA/dRHc+cEYdQ7xEeEHYRZo5gQ==</peaks>
+    </scan>
+    <scan num="454"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT233.994S"
+          lowMz="54.599185943604"
+          highMz="989.963500976563"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.2298195e06"
+          totIonCurrent="1.1486221e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="455"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT234.494S"
+          lowMz="50.875465393066"
+          highMz="989.013061523438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.2736625e06"
+          totIonCurrent="9.58102e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkuAekWw2LRCUrDsRZD3OUJU29BFhNqvQmWadkWVJL5CZhdURYerwEJoTt1FkFi6QmmSDkVm5qdCabgNRXFtOEJs/GFFhV+1Qm1NlEVzY+hCbj1jRYIDXkJvVZ5FbRh8QnP40EYrE4xCePdTRYA5VUKAKExFeIxRQoHRp0WbS5VChHeMRaUF2UKFUYVFcoiaQoabJEWH6vJCiNfSRYbCmUKKBMxFgPBFQozp6kWEuVxCkYp7Ra6t/UKR/HFGFe3uQpK4FUWJwDxCk2LtRaJy40KVzehFn5LcQpYEeEXiby9CmMjPRYd7i0KZ+qRFkFFUQpolNEWD7e1CmxikRYFSQUKcbh5FhkgeQp+85UWZZGRCoDvGRYqMw0Kg721Fip+xQqDwSkdXNj9CoRWiRaNhBkKhLg5FoX8PQqG2v0V4So9CocVNRZqcU0Kh8xpF5Qz2QqNem0WMcwZCpI7HRXQoeEKmDMxHIOWuQqgEo0aP2+JCqH7pRW1NmUKpcRlFayVZQqoqV0V6atpCq+k6RaesQUKr9SpGOjlGQqv51kWt2qdCrAEERrILaUKsAqhFnSiAQqwM30Z4kNRCrA6vRauuX0Ks1K1Fub5cQq1z30WWM2FCrgR1RjbpckKuCjlFpWJYQq8j1EWLq7FCryQzRYtodkKv+4FFkiVOQrGka0WZupxCsfhzRe5w/UKx+RpGwD3JQrH52UkoE11CsftFRdhYjUKx+/VFjrQdQrIMd0fqxyVCs/ukRmMRU0K1yiZFsYe1QrXOv0Wy2KRCtdH0RpVK2UK14XNFp3UaQrXuaEZDwXFCtfHDRaG09UK1+09GcWWKQrX73EYQ1/dCtfxPRd2HjUK1/i1GDodcQrX+0kbdGIZCtf9kRwvfBkK2AElHh1a8QrYBwUqg8H1CtgNkR1I8pUK2A+NHjH5BQrYEvEaW/DFCtgW6RiCo3EK2BhBFpZyqQrYIXEaO3QVCthUERc+z2EK2MalF82/uQrY0qEWdzFZCtwEvRYrdIEK4A19H6InqQrgMw0aNtc1CuFYcRal2kUK6A9xHYFrUQrpQ90WJKPJCuvB3ReK0qEK73AZFhfUNQr6q00WxVQ1CwetrSBnwGkLB8EFGkkhpQsLIt0V2xXtCxeitRXLxw0LIAgVFxjo+QsiRJ0WSf0hCzEnXRXmtFELOFFZGqQtyQtQU7kX/OLpC1pkoRbY5G0LYutJFaa6FQtlC/EV5CS9C2hSpRc401kLarGlFhL0KQty4KEWJezlC4BnvRZ6mBkLhMcRFxlJDQuH4d0cwhBdC4qZSRebL/0LmB3lHi8cIQuiOsUWR+81C6fdURZ5AU0LqHFFGKYQyQu4RuUYAaSNC7uWdRYpoP0LvM+dFjPRVQvEnQUV11oJC9PkhRZNMm0L5Z0lFi4/GQvngG0WSU1dC/A+vRwDIe0L+B3JGTemNQwMT6kWih/pDBQOQRceOMUMFD2hFg+AjQwb+TUXOU+ZDCo6QRY+A3EMKnOVFhBYLQwvSSkWQq4lDDApZRYyiGUMODQVFuUJ0Qw75e0Ws/xRDEBDpRcrnLkMQ5eNFmKGwQxD2IEWhZoNDEgvcRd6e40MSaoVFj96JQxMQ70WqPnFDE2mLRXrwD0MTfEdFi+RhQxVQUEWageNDFv3ERgYalEMYy9ZFl0FoQxqCy0XikPtDHSn3RZQBI0Mg129Ga2FSQyLWw0ZA1iBDIw+PRw6tp0Mju8ZF6vydQyhvkkWENSxDKJziRYlltUMpmM9FsZHwQymaEkeNBztDLVYaRYrWcEMtvqNFjkAhQy3OpUYEKaZDLdeARYqB0kMwCtlFtSlUQzDgjkWxeNlDMQWnRvCh/EMxCipGQYfaQzIM8UaVZ2NDMvozR0d7CUMy+39F3+vkQzQNUkdsdYVDNQk/R6MUykM1rZxFsoQ0QzY+G0Wls6xDN+7NRZnB10M4Ub1Flk9KQzjW7kYAgNpDPRJcRaUBwUM9FOFF2oDGQz0VaEWpsqJDPVBsRZk0P0M+7ZtGoQ6/Qz8E8EXCURxDP7wSRZL9BENBbVFFzQ2gQ0F1B0YNbPRDQXldRZL2pUNBgTJG41fmQ0GD9kWKWYJDQZU2RihWWENDz1JFokzmQ0TBcUWcIwJDRPUlRhSISUNFC5BGRce5Q0ZRSUWlwiRDSH1kRZQYqkNJErFFiqRTQ0kyTUZRv5tDSUeNR0/6cUNJXMlGUrISQ0rww0YBZrtDTIC1RYW7NENMy61Fjn93Q00JAEZdTxBDTvjeR572OUNSToFFxtWxQ1VtsEWZ7HdDWBH0RY1Uy0NYFktF84msQ1hmQEWG62pDYQ+dReVsCUNmHUlF/drBQ2c1EUWOvMNDasoJRYglG0NtWBBFmg5iQ24CgkWgaPdDcWx3RdNskUN0cHBFofEtQ30YoUWMfLNDgdGYRh/rqkODgvZFz3LPQ4Zr4EWTM81DiDb7RZJQE0OIUEdFkNwdQ4iSjEYv6/tDiTAnRaish0OLvvxFvlCuQ4v/NkYLVclDjwcGRaMXjEOPNaxFk2vFQ5drw0YhhOJDmFmCRi1mmUObsEdFhYVrQ54B/EWX2yRDn0JgRa9LBkOfQ/lF+Qg9Q59GkkZYWlZDn0hjRmCWGUOfSbBGCCy8Q6DjkkWjEgxDoPBcR+d7g0OhUSVFm2TaQ6Kdm0WPEI1DpAXSRlR+30OkTWRGAW2xQ6RTk0WTMvlDqIw9Rg1SjEOxslpFrJq0Q7H9AEYeQPJDshYhRhsAu0Oy5mNGLo2HQ7+PRUbprBVDwA+WRcvP5kPDiJJF+gAcQ8b7aUW93ZlDxvzCRlwCr0PIJEtFqmPhQ80380Wdf4BDztioRa3UVUPVxitFk1VhQ9aZW0YrP5pD3/DwRZzZCkPlabFGK4yaQ+VsVkWX+RZD5sdwRbOorEPqM11Fs5POQ+xyXUWTBI5D7JiTRgW4j0PtzMpFkBn0RAAoIEWBk8tEAxP3RhD5S0QDSzVFlqUCRAdsAEZMIA9ECuwcRcI4oEQLBChFo4EJRAscYUYenq9EEgviRkEYXUQTnLhFqIpSRBW/cUW1nolEHyqqRaDamkQhKFZFog3GRCEp5UZy34VEI7vdRhimNEQlLXlGNeG+RCYzcEWHmSxEJ2cQRZynTEQuWwZFsn91RDDOLEWVb39EMPf3RZE0sUQyDYpFp4jURDjXOkYWy4JEQYFlRhWm7kRB3sdFjjgiREnGX0WOQmdEUaePRay9EkRSTpRGL2loRFx56UWqjk5EYy54RaKMX0RnK0ZFk2f/RG5NqUWpYuREcL0xRgYbi0RwwDlHABbQRHFsWEYkDEpEd0DWRgQSfg==</peaks>
+    </scan>
+    <scan num="456"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT235.009S"
+          lowMz="50.237743377686"
+          highMz="999.486022949219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.1477575e06"
+          totIonCurrent="1.2632992e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="457"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT235.51S"
+          lowMz="52.072399139404"
+          highMz="999.324829101563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.375556e06"
+          totIonCurrent="7.93586e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlBKI0U27iZCUGjsRTqmUEJQ8a1FNcDbQlrL80UmPMRCXwuqRUD6i0JivpxFIZm5QmPMDUU3/4dCZD1ZRVEMyUJoymlFh62HQnDFMEWAZb9Cc/jcRhheL0J18LpFTBzOQna73UU6xcxCdt9+RUNvY0J38+dFi+DiQngSBEUqgjFCekhhRVMQF0J/w1VFbGQ4QoHxDkUgkPNCgjGvRT0L20KGw5FFXrNXQokvCkVWZOFCibn/RUAag0KKoU1FNZztQozRQUUpkCFCjQVURUQfqkKNevZFNAB5Qo6mUkUtpIhCj5UYRTc9hkKPx4FFTA6aQpGKgEWBpYFCkfxrRdMWbUKTHNFFNyVfQpOA3kU1QPZCk67wRTN3pEKWBH1GCnxlQpwTu0U+pJlCnaofRYfOcEKe0WtFXLMUQp+4tkVTZO5CoBhBRUA56kKg6r5FR42iQqDvlEYhVG5CoPCiRw43dUKg9tVFgqUpQqD4zUVLnsNCoSjERTdeb0Kh8wlFjQfMQqNHVkVCL7tCpE1hRYUkGEKkqgxFQ3huQqXxjkVmTItCpgzLRwSJEEKm/31FQn4yQqgEpEZTqOxCqV9uRTv5CEKr9B5FZNMnQqv02UXaF7VCq/WLRa7dSkKsAARGG66vQqwAtkY4mbZCrAFCRgZXbEKsAopFK6TzQqwLy0WufqBCrAyGRfaUEkKsDRtFf14vQqwN80V9+DZCrgRzRohkXkKx+JZF2gU4QrH53kkIUbpCsfqvRoYzkkKx+0xFwzlnQrH8KUVaaaJCsgx3R8UGoEKyFO1FkG/zQrLmWUU4ui9CsuoyRY+KbEKz7qdFSWCwQrVDF0VEiKtCtdHwRmLWikK109dFXbneQrXhgkX46JVCteT3RY/iF0K17mhGNoyhQrXxtEYCfjNCtfV6RXL1m0K1+lVFqf6dQrX7YEYPCRlCtf54RqpNZEK2AcBKhYgIQrYDVUeGBmpCtgPtR2epFUK2BMhGmiJfQrYFZUYdUd5Ctgg7Rhi30UK2Eb9FrflLQrYVKUXcAK1CtjGfRgMBokK4A19HsX4BQrgEGkV2b5dCuAy9RlpFDEK4Vi1Fon6yQriOjUVextBCugPXRxFPuEK7tA9FM/vzQrzM2EUuefJCvN4BRUB9kELBlORFWhsAQsHrbEgGd+lCwexORYjQQULB8EZGf5UvQsOIv0VGzH5CxAxiRWkgkULE3eJFac68QsgB8EZEx9VCyimlRTno5ELOFGJGm+kmQtQU6kXVL1ZC1pk5RVVt8ULaFLpGAEteQuAaVEXTCKRC4GPIRWiDwkLh+H1HTJ8iQuH/a0VRst5C4olORZx+PkLkCeJFWx4+QuYGKkVKtnVC5gd2R5QzRkLmxsBFT+EBQun3GEWVjFxC7hG2Ra2KhULuoIxFVtJvQvSTmkUtmm9C+RAFRVCegUL8D65G89sGQv4HbkZniGBC/rIWRTnE/0MA9YxFo8NkQwEHt0V4dsBDAQ4jRYi56EMDE/pFi46+QwO/rkU2+FNDA8naRUdXRkMD+sRFRfpJQwUDmkYGfCRDBR4PRWC8YUMFLItFaPTYQwWQ/EVFG/ZDBujHRV4ygEMG/i1FbPUEQwcHhEW38GlDCEqURXahf0MKQihFlAoCQwsbZEWd06hDCxwqRVbI9UMNsPFFSIzIQw75k0WXX09DEBD6RgnpHEMQ2y1FQNx+QxLwI0XCvYBDExDxRZJ6BUMUBtJFU/9DQxb9vEXG2L9DGQL+RVUDi0Mf2yRFShiFQyDXaEYAPhhDIRPWRUw4B0Mh98ZFU1wrQyKHgEVIVWpDItbJRlkJ10MjD5FHG283QyMg5UVAI+pDI7vERZdEnUMj94VFN1ReQyQQV0VpjzhDKZoAR0BgS0Mpmz5FQ0oqQyt1NUVEHBhDLYpDRUSh3EMtyEFFT6WdQy3OtUWHzsRDLll/RVvVAkMw4GpFnxr0QzEFskaCcalDMQo/RjuvjkMyDPJGDaLPQzL6L0cMcQZDMvt1RapCykM0DVxHOsHIQzT5IUWvs19DNQlFSAaHo0M1rEtFhyC3QzYKMEV+ZLlDN848RTpQB0M41vFFwvbqQz0Oq0VrT0hDPRJ3RZlDIkM9E3lFWn5hQz0UQkWFMmRDPRYvRaM97UM9F0dFaiMbQz3cOkVTTXJDPu2ORoTkyUM/BMFGA3XQQ0Fs50W5tLZDQX+fRhPGB0NBgMdGapvgQ0GB6UYLGixDQZTxRcKTQkNBrNxFUQb2Q0PGQ0Vbar5DQ89cRaz8+ENE9NhFiiW1Q0ULaEWVoyBDRVIQRTu7skNFzrpFpLgAQ0bvY0Ux3qtDSL/TRTkdwkNJMkNGIwmVQ0lHeUcXK7hDSVyaRh/K9kNK8P9F5WgiQ0z0w0Wz+CdDTP5HRXx6kUNNCO5GK4TcQ01aJkWx4kBDTvjgR4FRgENQ7nJFVV0VQ1HddEVPAyZDUk50RYZY5kNU4CpFUK+EQ1c/NUWit8pDV+90RWFD6kNYEthFps4zQ1gWU0YyseNDWflgRUzfmUNdzplFbQapQ2EPjUXuBgVDZJFaRUSZfUNmHTFGEfulQ2mxBkVWUmRDb1XeRVs/+UNxbHlFwWtpQ3PQrEVGEK9DeQHcRZ3MTEN8Md5FRE33Q322JEV4eR5DgdF7RZlZv0OB8vJFSbBQQ4ODGEWKcstDhj5+RUG+ckOG88dFgHBkQ4eEE0W8iahDiDX3RacC3kOIkpBF4T1fQ4k9fkVPM6hDi4CFRVidOkOLu6BFLZWIQ4u8BUUw+SFDi/86RcRDoEORUXxFVyzyQ5HRBEU1CiBDlwfiRYII/UOXa75FwAvXQ5hZOkXxkLNDmFqDRTwmFUOZtl1FP0oaQ58wgkV2ly5Dn0TfRUEm9EOfSFxF19uMQ59Kd0ZFoKdDn0wQRh5RdkOg5IRFg+YQQ6DunkYFxrZDoPCzR59QDkOg8shF2KYqQ6D1sEWC0CBDoP05RZTy90OkBbNGSLxvQ6RNbEXbAYNDqIqARdjAVEOojfZFaT6UQ6lXukVluIpDsfwPRdAk70OyFPJF41OFQ7LmaUX8+PxDv484RrsRdEPDiG9FxUDmQ8b8h0YYp3hDx29mRUU0qEPJcSVFUQgjQ8nGb0VtLKtD1plORd1WVUPcmItFSVpUQ973+UVOpHBD4kDTRWe+h0PlZrBFmn4rQ+VpoUXIhxFD5WxQRWxrt0PmxvhFmEYrQ+f7o0VNEh1D6yuxRVClgEPwTQNFjQ4hQ/ujxkVzDQdEAxPFRae0JUQGoPFFYUb8RAdpVUVKQjZEB2vWRejLc0QIbZZFewxmRAm6d0VNI6dECqHURWlsWEQLAx1FYeDHRAsbhkYYQyFEC4ezRW0h2EQRvPJFSP49RBIL+EXOvrBEHgKmRVgG1EQhKZRGUdGZRCO71EXkPd5EJSrXRZREh0QlLVFGIsTQRCtBZkVVQHRELBZYRWrXBEQuWchFeKAIRDG3IEVenBtENBOERUqaW0Q30NdFT1ubRDjW5kYGGlVEOq3WRWMUukRBAZhFav9IREGA8EV8oYZESJokRVpkh0RJR7NFe5vCRFJONkXh2T1EUp2ORV9uuERTfltFj6HpRF0Zd0WNFW1EXS6RRWLCq0RhTkxFiIraRHC/xEbRiIpEcWxARfPZGUR2HRtFTU+YRHc+qUXF4SNEedTKRWIhJA==</peaks>
+    </scan>
+    <scan num="458"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT236.047S"
+          lowMz="50.752830505371"
+          highMz="992.413269042969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.1834695e06"
+          totIonCurrent="1.0992547e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="459"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT236.554S"
+          lowMz="50.628917694092"
+          highMz="988.990051269531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.19048e06"
+          totIonCurrent="9.445412e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="460"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT237.076S"
+          lowMz="50.121868133545"
+          highMz="999.563781738281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.073709e06"
+          totIonCurrent="1.2409185e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="461"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT237.567S"
+          lowMz="50.00341796875"
+          highMz="988.954956054688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.693382e06"
+          totIonCurrent="1.1757493e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="462"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT238.072S"
+          lowMz="50.51392364502"
+          highMz="997.002868652344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.8630235e06"
+          totIonCurrent="1.0511926e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="463"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT238.582S"
+          lowMz="50.82857131958"
+          highMz="988.979675292969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.0029275e06"
+          totIonCurrent="9.09848e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="464"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT239.103S"
+          lowMz="52.508979797363"
+          highMz="988.988586425781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.5181025e06"
+          totIonCurrent="1.2006524e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="465"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT239.613S"
+          lowMz="53.812000274658"
+          highMz="988.974975585938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.0950055e06"
+          totIonCurrent="1.108627e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="466"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT240.128S"
+          lowMz="51.605461120605"
+          highMz="990.011535644531"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.706375e06"
+          totIonCurrent="1.081221e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="467"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT240.631S"
+          lowMz="50.050445556641"
+          highMz="988.996765136719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.4463075e06"
+          totIonCurrent="8.3754815e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="468"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT241.164S"
+          lowMz="50.237815856934"
+          highMz="988.967895507813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.0942615e06"
+          totIonCurrent="1.0331436e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="469"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT241.684S"
+          lowMz="51.791362762451"
+          highMz="988.961364746094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.676084e06"
+          totIonCurrent="9.625573e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk8qW0WDShNCT+hBRXQrdEJR6dlFilETQlxl/kV8t11CXpTLRWvlAEJe7rpFa8a5Ql/tRkVlc8JCYQp2RYIqrkJobOhFejz0Qm84lkVdT6ZCcMV5RWYZ+0Jz+ONGF9lMQnRssEWBPn9CdSR4RXWCTkJ3q+pFh9HuQnk7I0Vul69CfQAeRXepGUKBG+dFgnDsQoEnKEVia+lChAUPRYisMkKGwtxFlcnKQooFPkVlGAVCi+siRYpDF0KL/nxFvGm0Qo2fnUV9Gl9Cj7IzRWs67EKRUihFoP80QpGJyUWBIJBCkeXuRXCIAEKR/GhFu5aIQpMA3EVuQ9ZClSytRWznHUKXavhFrmqMQpit0kWDyJpCmWdoRXxFr0KaWcRFhIB9QqDsYUWZC41CoPC6RgZNnEKg8RVGDg7iQqDx4kdBME1CpgzURpRQ1UKmwF1FjxqgQqgEn0aBYc5CqB0aRXD+EUKr8b1Fn8ppQqv1WEXk+09Cq/ZYRXal3UKr+lZFhQ5lQqv9vEWr//5Cq/6kRb16ukKr/81FsZYNQqwAbEYt5EpCrAEXRmdR+EKsAiFGCF97QqwDvUWnbAxCrARIRcgUJUKsDEtGGvyUQqwNWUXSBu9CrgRxRjJeCUKvkP5FnXMaQrACEUX1RchCsG5ARYDMzUKxCjdFfTsFQrH52kjlrZRCsgx1R7zui0Kz+45FwLJvQrVKckVmNrVCtdHYRmshfEK14XxF03H+QrXkTUWBEWxCte57RjFOBkK18c5F2Wf3QrX7UkZqoqVCtf6BRpwo1UK1/wRHDCVUQrX/vkcOJy1CtgHESo6z6EK2A1BHXk8wQrYD3kdYAT1CtgTIRqH9pUK2Ba9GMSMDQrYII0Zir3hCthGpRbzC9EK2FSBFw/LLQrYxyUYRlXVCtvRSRZcp+UK3WItFw64jQrgDYkfWdOlCuAQnRgU6WUK4DMZGlsY/QrhN2kWCAWNCua3NRY+zZEK6A+hHEyaHQrrvcEWfiDJCvY6rRW3IbULB63BH+Tz+QsHwWUafj0NCw0pkRXlQhULD8bNFi+adQsQ2V0WD5RJCyAHyRnqDpkLKfR9FetdlQs3+S0V/nLpCzhRdRqT7AkLQ4NxFeKDhQtENrUV58pRC1BTURa1l0kLU3fZFXu3NQtY1L0VmdZVC1znGRXd+X0LaFJ9F2XO4QtrdiEWDGt1C3QX9Rb941ELfRA9FiTmiQuFs6UWN5xlC4fiFR0gf5ELiia5F2w0TQuPWukWVsbNC5XKqRYTRNELmB3pHacrdQuYUU0ZSjYNC5/ugRYadWULqHF5GgcJoQu4RyUW02BhC9u3JRa2W4EL44NhFvRvWQvwPuEbpazVC/gdoRh7yIUMArDFFkY2pQwEjaUWcw3FDAwj4RZZBkUMDEyxFqBgJQwNTQUWLSONDA86jRYfudEMFA2lFoVU6Qwb+GEWAbQVDBzlqRYMnU0MKB7FGB5WWQwpBgUXdhYtDCxpwReTRCEML1alFmeliQw4NA0XX+wVDDvmcRbWIDEMQEPZGxlyrQxLwNUW1QChDFv3CRaoJBkMXHetFh6KVQxhEOUWBg1NDGTbiRZNBr0MaghNFlrsnQxsLqkWZ6yBDHxzVRZ8iD0Mg13RFxCA3QyEicEWWKPFDIta/RgHqQkMjD5FHEY1uQyO7BEXafCdDJJYhRZrEEUMk6JVFrGyjQyUKo0XbmuhDJj71RXb2okMpH6NFgmG1QymacEd2Vp1DKrvORYxrxUMtzcNFqopAQy5axUXHKJ1DLvScRjFJ9EMw3/hFt8dFQzIM90ZFy5xDMvovRyYRe0My+8JFoK13QzRDDkWZ+CJDNPkARfCh60M1BrJGFYdtQzUHZkZmjphDNQlESVtuh0M1C1RFu+5AQzWrE0X2MZtDNgoXRyr5kUM2TUFFj+vTQzaK+UWKg9ZDOHv3RaP+KEM41iFF3X3aQz0Po0X+/LlDPRGiRbmbTEM9EsRFi7oxQz0UJEWdsZxDPRb5RaRFNEM9GHJFyDZ4Qz7ti0YxtXhDPwTnRiWDh0NBEoFFmqiNQ0Efr0WG8NNDQWxGRahFuUNBbV1FudCjQ0F1OEWibfNDQYAuRjR430NBgUhGpseVQ0GNYEXpQntDQZVLRfVObUNCJh1Ff8GlQ0Txo0WL1CZDRPQFRfA7O0NFETZFq6zCQ0kya0ZWD7RDSUKNRY2E/0NJR4xHRvITQ0lcu0Y4D95DTQjtRZpezkNO+OJHeIcWQ1ET0EWNvnRDUk1yRgiyIkNVByZFitb/Q1ZE7EWATFRDVrfcRZE7ZENYFHNFjtVFQ1gWTkb9pNlDWQNRRdl+30NdvdZFgFLkQ144SUWA5KxDXq6lRZCVsUNhDjhGDdSXQ2MKtkXIWmRDZayDRYVM8kNmHQ9GmY4MQ2cMU0Wb/MlDZ/doRZY2gkNoxKdFcVi0Q255A0V2ih9DbzQaRYd4OkNxaz5GI2PUQ3TGV0Vm+y5Ddr1WRY8bK0N4+DdFjlnoQ3kGK0XO8jdDeeKDRZYdhkOBVDBFgvVrQ4HRC0YL3X9DgjJBRafZvUOGh89FoU/xQ4b0k0WG+pRDh4QFRx1HrkOHrtFFjiFMQ4g3GkXjPipDiRB6RoTGH0OLgGBGmyp2Q4v+lUY1Fj5DjDluRZmblUOOvEZFkBtXQ5IM80Vq321Dk0YFRXOKJEOTeM1FiCJZQ5ONgUWaEahDlGcARYGOX0OVL55FmK34Q5dq/UYJvkJDmFitRfJEr0OYWmNF8Vd8Q52B60YJCLZDnYlSRXs020OdiodGRaUxQ59H10WzX8tDn0mrRrVjlkOfS3tFuoE8Q6CcnEWVvwVDoO+VRe6cS0Og8GRF9yCQQ6Dx9kfaNOFDoPQ1RiaVCkOje4hFthJQQ6OUckWDyS1DpEx1RgV+UEOmny5FkoTbQ6iJfUW3VrxDq4FRRak4K0OtgMFFhlGuQ7Gv30WuyIVDsfrFRe+isEOyBDdFhRD7Q7IToUYbI9FDsuVtRjfGu0Oz/GdFljhOQ7WKQkd9yjtDtgrBRfyvMEO7RL5FlHY+Q749e0WM9zhDvqLWRZrSLUPBzfZFgKepQ8OHgEXVL6RDxvtnRhBFfEPG/etGBBZTQ8cEQUWIfdZDxy/iRXBXM0PNS4lFhwsSQ9HGCEWqXWFD1eRhRZZ65UPWmFtGBTi6Q9eZi0WKIFZD2cHPRYWKsUPan6NFikj6Q9u8jUWR3uRD5WbXRljHqUPlaR5GGDBsQ+YKbUWSsZVD555mRY6ZfUPoLyhFkqZjQ+o0wEWiNClD7JdRRiXPwUPyKXxFeVsAQ/kJLkWNqSlD/iG1RYdlmkQAEoJFedppRABPwEWH7OdEATqnRYP6DkQDE0lGMGIORATjC0WP0StEBYirRZHevUQHavFGEkoFRAdsSkXW0XhEB21mRbAQHkQKHR1FlIjJRApwkkWZLVJECumQRY3hMkQLAgRF7zwWRAsaekYxLvREDoEiRasnmkQSCyNF79RWRBWkLkWJCwFEF5GgRYwlzUQhKIRF7L5YRCEqZUY9vXFEI3VXRYfXbEQjuxFGNIoLRCPtqkWTQ+dEJSt1RidPpEQzk29Flw1JRDjWIUZBCGdEQYGERch4yERCwkJFmKM8REOOAkWiHatER4LoRZiX6URIdixFkxX7REpR70WHwplESwJcRX3en0RMwYRFogwERFJNt0Y37hhEWMCvRaTJPkRax+hFw4vZRF6EvkWnKAJEXtHbRZIf/kRh8BNFi1nRRGp110WopApEbwzERYmIh0Rv1+JFsOLiRHC5PEWeMcxEcL1nRoZxwkRwwKRG0o05RHDMtEWmqHJEcWtyRckvb0RyITtFjwqRRHaSA0WR46BEdz2HRet07w==</peaks>
+    </scan>
+    <scan num="470"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="462"
+          polarity="-"
+          retentionTime="PT242.202S"
+          lowMz="51.945617675781"
+          highMz="989.366027832031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.4306105e06"
+          totIonCurrent="1.1725044e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="471"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT242.716S"
+          lowMz="50.209011077881"
+          highMz="989.891052246094"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.300769e06"
+          totIonCurrent="1.0728004e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="472"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT243.232S"
+          lowMz="51.965194702148"
+          highMz="988.980041503906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.5589555e06"
+          totIonCurrent="1.3616546e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="473"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT243.733S"
+          lowMz="50.309200286865"
+          highMz="988.992797851563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.6984565e06"
+          totIonCurrent="1.4236212e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="474"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT244.234S"
+          lowMz="50.109554290771"
+          highMz="989.859313964844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.7903805e06"
+          totIonCurrent="1.0435852e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="475"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT244.758S"
+          lowMz="53.549999237061"
+          highMz="989.890869140625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.9214335e06"
+          totIonCurrent="9.463306e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="476"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT245.293S"
+          lowMz="50.314777374268"
+          highMz="993.422485351563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.150506e06"
+          totIonCurrent="1.0864272e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="477"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT245.809S"
+          lowMz="51.664310455322"
+          highMz="998.614379882813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.103278e06"
+          totIonCurrent="1.5395258e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="478"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="385"
+          polarity="-"
+          retentionTime="PT246.307S"
+          lowMz="51.142997741699"
+          highMz="989.016967773438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.44474475e06"
+          totIonCurrent="7.2323075e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="479"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT246.868S"
+          lowMz="50.721298217773"
+          highMz="988.979553222656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.550185e06"
+          totIonCurrent="1.2056174e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="480"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT247.379S"
+          lowMz="50.203605651855"
+          highMz="995.559448242188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.9380495e06"
+          totIonCurrent="1.0648397e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="481"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT247.887S"
+          lowMz="50.426940917969"
+          highMz="996.971313476563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.7601725e06"
+          totIonCurrent="1.0198554e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="482"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT248.408S"
+          lowMz="50.294971466064"
+          highMz="989.022705078125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.987927e06"
+          totIonCurrent="1.0686695e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="483"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT248.914S"
+          lowMz="50.17163848877"
+          highMz="989.006591796875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.9344815e06"
+          totIonCurrent="9.135139e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="484"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT249.431S"
+          lowMz="51.463405609131"
+          highMz="992.498229980469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.513424e06"
+          totIonCurrent="9.893634e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="485"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT249.95S"
+          lowMz="50.866481781006"
+          highMz="992.262145996094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.2454375e06"
+          totIonCurrent="1.1597373e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="486"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT250.462S"
+          lowMz="50.785457611084"
+          highMz="995.585876464844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.961675e06"
+          totIonCurrent="1.0397127e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkskT0V7zJBCSyTIRYL4NUJLyjBFjQ26Qk6TokWZx8xCUNFjRZdFUkJXWmVFmN4bQlgnCEWDbAFCWH76RYerqUJZ8hpFn6yQQl6KMUWMwG5CYcXIRZiC5EJiCUZFmQa3QmjIWkWEcC1CaOcoRYvf+UJwAXxFnJCCQnfz90YG9TBCfgq6RYqVkEKAycZFo/6zQoWsM0WEUnxCjPqJRafIkEKSjBpFmLutQpLBy0WJ1U5CkzAcRZ6rI0KWBHhF0UWlQp2n8UWvDO9CneWORbCnI0Kg8IZF/CK5QqDxoUcSgL5CoPNARmzBwkKg87hGIuhfQqHzEEW1gvVCopASRZiQIkKlzVtFi5+GQqYMyEcBgpZCpwMkRaJQ4EKnbedFlroHQqgEnUYN0qtCq97JRalRekKr9V1GfqKhQqv5+EXSa5BCq/zURcf0SkKsAS9GxPk6QqwFnUWYbAFCrA0SRmbCdkKsG+pFkFqNQq1TqEWkMAJCrgRyRjpMOkKuCidF7SNRQrE05EWbnORCsfhhRcqGo0Kx+NZFoeILQrH52EhaZs9CsfqiRdr/LkKyCjxF9AZFQrIMd0f98L9CsqUURY50fEKyxHZFocTLQrO4mUXaldRCs/t1RcfCEUK0g3xFnHOwQrXR2UaegsBCtdM8Rakj/UK11tZFtVWgQrXuZ0ZQz/VCtfHCRi3bhEK1+c1Fn7wyQrX7MkZe3jdCtfuXRjuEMUK1/JBF+COWQrX9JkXN139Ctf1pRZtIHkK1/o9GsxdAQrYBxEq175ZCtgRjRq1GvkK2BLdGnKAfQrYFxUYEU3hCtgYFRgBCfEK2BrVGMzNsQrYIKkakDCRCthGmRcWmAkK2FSZGAW2ZQrYxu0ZiKzVCtjetRav0bEK2RiBFkM2MQrbGw0WwJjlCtwS7RZ2k5UK4A2VIARAHQrgEKkXmCjZCuAzNRpK9HEK4VhBFuxOKQroD2kcxzSVCvflERZHT5kLB625H8NB8QsHwRUaIaVNCxehZRZSa/ELHLKhFnDfGQsgB60XJBNFCyZaoRZo9m0LLl1RFm2PnQsy5xUW5xcdCzRiKRZlOuELOFGdGVUJ2QtBGg0WR5BtC0gvGRbS3HELUFPBFtxoiQtaWGEWhVn9C2hTARiwqr0LcDDxFkq50Qt4EWkZhugZC4fh5R3o/x0Lh/5JFwZCuQuYHfUev4MRC5hReR4kpVULnhB5FpaI3Quoa9kYbOutC6hxeSL5tR0LqHZ1GTLpiQuweEUZNG0dC7JXYRZACRULuEZRF9EEcQvNZN0WrFd1C9TT5Rbt0QEL1fcZFlsvjQvYJ8UWIiIJC97IlRZtMMkL4359GA779QvwPpkcSLBtC/a4yRc9R3kL+B25GZlxnQv6zlkWpputC/19IRaPg90MA9YVFtuqhQwFm2EWMcnRDAYkMRZKxM0MDEpNFur1kQwXoP0WrO2dDBzcCRal0/0MIOlZFit8YQwkLnEYJF61DCktwRZn+X0MLHNFF45M7QwuQ/0WVATFDDvl5RaOHE0MPCNJGG9G2QxAQ80XtKQFDEFCWRaUO1UMSCitFumk1QxLwP0YB61pDFRdHRa+MuUMW/cRGMkz6Qxj2VEWcMSdDGv+ERtV/YEMg13RGoZxHQyELeUXJ4jRDItbBRjiDPEMjD4pF2CGkQyUKmEhUUJpDJQuhRZkV3kMmC2xGPa2ZQycgU0WkJldDKIlZRajNn0MplupFrDLxQyma40eHvAhDLc0oRciB3UMuxIRFoLvrQy70m0YGsEZDL8LHRa04Z0Mw4KhF2CK/QzIM7kZUfu5DMvosR2aUm0M0+SxFrsVvQzUJTUcMGX5DNa41RhHcfEM9EOlF7EVgQz0TykYLqMpDPRZuRaw5EEM9GJdF3TCVQz7thkaKnLtDPwTzRkRiDENBaS5FsvEDQ0FtWkYwzbRDQYFqRwcUHkNBiNNFryZ9Q0GVfkYR9wxDRREfRfrbvUNFzs1F39gUQ0Zv/kWZUJ9DSTKSRmBaP0NJR9JHXQk4Q0ldDEaRmX1DShJWRqZ4S0NM+xlGNe7nQ0z+FEW+1FJDTuvERb6lHkNO+OJHjbGXQ07/HUXJ+YRDUkxYRdjVlkNW7HRFnIpfQ1r/DEbGL65DXBBsR0uzGkNdRidFjzLmQ11rE0Wux7hDYQ0oRgVLkkNpBiRGpxIFQ2nA2kWw3V9DbBNhRZgY3ENxadVFzvWrQ3bprEWKCqhDdu4VRaZNtUN2/aFFnAv4Q309yUWWo3tDfiB/RZllbUOAyEBFnykQQ4GJ4EXUnM5DhAbtRqB3qEOIOgZF156OQ4suYUW0DWNDi/4ZRc1WjkOMoQVFrIrFQ4/jxUXTFaVDlUEVRaCKf0OWRD9FkOPOQ5dpQUXahOZDl2n9RbL+wEOYWXdGRLaiQ5yv0UWlXQRDn0V4RgVsnUOfSDlGhbB4Q59KOkZSoP1Dn0ugRi5Cp0Og771F8un5Q6DxlEe3ThBDoPNjRum34EOj1OJFnx2UQ6RLxkXaitRDqIqfRhQiFEOojIRF6zpZQ7H93EYXgh1DshapRfLAMkOy5HZF1/PWQ7WfN0WkeHJDu/hERahYd0PDA3ZFtJnHQ8OGhkX09mhDxvzIRm2n+UPKPDpFmXeXQ8rqq0WyBIhDzUhvRZstukPOR6lFtEfvQ9CvY0XIJF9D0/mJRaIB7kPWluZGFS2eQ9pKS0Wi/YhD4uepRbKPeUPj2xpFqc3OQ+VnHkW5+QdD5Wn+Ri+TlEPlbNlFwK0NQ+bHNkYDidpD6jRtRexJDUPslbdGDcQZQ+/uZkWqULtD8cOoRbTLNEP3lM1FsjmwQ/uLN0WvuXtEAxJnRjVPh0QD0fpFlvDvRAPTBEWo4vZEB0UCRcQLpEQHbApGgXBeRArsKUWt26xECxzRRjKKsUQPOwdFpH8nRBBlN0Xcf+1EEfNpRZ1KBEQSCiNGF6I+RBPt1kW506tEFBDTReFDGEQcsw5FqdIiRCEpyUZ6A2FEIi/xRbv7UUQisJNFxqy5RCO6EEYkoqVEJQlhRbnyYUQlLalGNa3BRCezykWcsG9EKaY5RZyy5kQvh1lFv4dYRDjVK0YO20JEOxIvRaDGgEQ8To5Fv7kwRD1VHkWknipEQVoARY66K0RBgWxGQYU6REPOF0Wg6QVERbNLRb0rY0RFuaVF1CNFRElIA0Xoo1pETYj+RaDlkkRSTERGPEYXRFeQ3EW+sGJEWhsKRaSM5URfHn5Fq4CGRGCra0WmF21EZr7eRaRc/0RpeKFFrPsGRG3A4kWggX5EcLuWRbUshkRwwBVHDbmhRHDvaUWvCqdEcWn2Rh/NtkRxmRhFpgCuRHLgYEWhmYpEds5QRcDqm0R3QcdFqKdURHd7WEW7yclEeOV/Raj6HQ==</peaks>
+    </scan>
+    <scan num="487"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT250.971S"
+          lowMz="52.199329376221"
+          highMz="989.015319824219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.3443915e06"
+          totIonCurrent="1.1597877e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlDMHUWlUg1CVlyZRb9ZNUJdBohFturBQmdgyUWuTCpCapzmRcPMpkJz+MhGGDe0Qnfz9kXlE+lCfnulRek/h0KA94NF0ZqjQoHAP0Wnlr9ChGHcRaOGEEKH3+dFszlSQokP40WrYdhCiXjaRbXnsEKKu/VFtCfDQpKWqkW6KYtCkycJRb6EwkKUtetF/PsvQpS4C0Wv9KhClyctRaaoSEKZCU9F/y6EQpo86UXPTuVCmsFQRbZw5EKehYNFvbAMQp8HcEWZ/1xCoO7rRc4cDUKg8jNHdX3dQqD0wEX2aV1CoPfJRgFkvUKkS+tFqraIQqYMzUb3lXVCp31BRZ+1QkKoBJlGkQuFQqmNLUXWo89CqqHIRcVLYkKr5nlFta1RQqvz/0Xu0AtCq/UlRonMI0Kr/8lGOgRpQqwBCEbiK4tCrAI5RcaNnEKsCDFF3k1ZQqwM7UZpMJZCrgR0RotYHkKuCj1GDKlJQq7Q2kYHjOtCsKG1RbkyOkKx+dhIq9Q3QrIKmEWzubZCsgx1R81fH0Ky6rhF5bkIQrPRZEW9ylhCtbIORcIsS0K10fVGVMJkQrXuYEZnHwRCtfHjRg1ZREK1+ydGSUwPQrX7mEXFuapCtf2HRiFP50K1/i1GYWqUQrX+rUbE6nFCtf87RyqQYEK1/7BHYR7rQrYAakfQzblCtgHGSsGdj0K2A8xHgqBrQrYEq0bOTalCtgUsRgchVUK2BbdGf+hSQrYIMEaRrBVCthGoRd5FNUK2Mb9GE+MoQraDGUXTymJCtp0YRcWeQ0K2nkdF1egAQrgDY0gE/ZVCuAzLRoVGw0K6A91HNHQWQrukdUW5TXRCvYqkRdrhYUK/YwVFr/NcQsGf40Xu0v9CwettR+LBLkLB8E1Gc4C7QsyMwkW9t7xCzeBbRbDUnELOAyNFphwxQs4UY0bDRplC0KCrRbv+pULWSupFtDSMQtom6EW+oHBC3gRaReVMtkLfJRhFuO+aQuH4eEdvZC9C4oYURjRRjkLmB3pHsnViQuYUXEcWw8tC6hsGRgf8/ELqHF1IzFc2QuofqUXkB0ZC7B4HRmsL7ULu6alFvp3IQvjw4UXSGmlC+PZHRbETO0L6mDhFyR6DQvwPtEbWlfZC/gdNRjGTr0MBOH1F0wJCQwMSh0XDJbRDBexORdO4okMGgyBF2uNBQwmme0XIHwdDCx1MRcEJDEMLl5tF4ztlQxLwQ0ZcvnVDFo35RbdzVkMW/cFGQS7/Qxkn9kW9dg1DGUHURcAsskMa/5FHN8t0QyBoPUXJfjpDIQt+RhIkhEMiW2xFoRQ0QyLBqEW8ZI9DIta9RqPZtEMjD31GcYUVQyUKmEiltf5DJSG2RethjUMmC39GHr4VQyand0Wz07pDKKgdRcayZ0MpBwdF0nNpQymZfUXb/adDKZq/R7kGMUMtr6dF2EJJQy9GAUW+79hDMPZcRdWLwUMyDO9GNB1HQzL6KEcsKjdDNQlFRvGJy0M1m2tFrrNfQzWuxEYzz/1DN58fRbeSpEM41IxF5HJGQzlc2EW9ZctDO7zjRbfAekM9Dl1F5WLiQz0RWkYerAVDPRRnRiBClUM9FpJGPIJWQz7ta0aHPnZDQW0qRkYenUNBdPNF7PmWQ0F/F0YB/cBDQX/KRcbdX0NBgSlHE/OVQ0GDNkXtFMFDQYtKRdG5kkNBjWFGFbVSQ0GVJkZcCjVDQ97PRcgwhkNE8h1GBjgXQ0UB5EXJmyRDRREyRk71KUNFZM5F3IzNQ0ky3Eazi/xDSUgLR42q6kNJXUhGnPA/Q0oSRUaDCPVDS+ITRb0PUkNL6fdF9++jQ0z7L0YuyxRDTvjTR7GGUUNP+YtF+hwMQ1PubkXlFYpDVGV9RcftAENWKjxFqN2IQ1dFnUYEmrtDWBNARc1PGkNa/w1Gv4QuQ1wQhkcCRRJDYL5vRc92OUNhDTVFzQYKQ2bXnkYEaodDaQYrRsk7AUNvYNBFuHJPQ3Fo50X70sRDcba6RdSJFENz/TZF8JyIQ3klZkW3ZJRDe/l3Rbz580N8UjNFza0fQ3yJwEXg0ytDgQCBRct1R0OBz/BGBwvIQ4I33kXxpIBDhAbvRyjBk0OGEItFzJ6qQ4b0U0YL8A1DiDoIRfi6t0OLc9JFpVDKQ4v9LEYQlkNDjIAHRdc3k0ORBaBF3QfxQ5GWa0W0/+FDlyBcRbznc0OXMR1F1zIIQ5dqZ0XFcCBDmFmgRkU9wkOZE81GKdWGQ5nRDEXrNYNDmo7QRcUrIUOanuJFuRQvQ57ai0XoJyhDn0jmRgKMykOfSYtFsYUPQ59LKUZNQ4lDn02CRrewDEOfT6ZGDktsQ6Dm8EXbF99DoPJGSBdCWkOg9FBGP9jWQ6RLGkX3//tDpEwZRcB4+kOnBdtFypsvQ6d3H0XDaVZDqHs3RcwwdEOoiwRF5mfSQ7IWfkYSe0dDsuOoRgfgS0O38P9F0fShQ7qNekXb5fVDvDHZReHllEO/rb9F2yz0Q8B4FUXUEHNDw4V1RkR+H0PGppFFo1/uQ8b9G0aY2K1DycvORbKyG0PMso1GGnpIQ8zwYkXQAXpDzXwlRd4PL0PUSBVFzTtVQ9aWtEYT34xD2FYiRbAqrUPeo6xFu5rfQ+KtRkW7qdJD5WgBRm0XoUPskpxF8ZKGQ+yVH0YWxWlD7fUURdcRnUPuizhFzIBQQ/CClUWtjo9D8P5NRcBCQ0PxzaVF6dNFQ/cUUEXVNCxD90+NRfEfH0QA5oJF18FwRAMR6kYwnoJEBA6URdv73EQHbENGci/HRAeyo0XNbl1ECeqpRch2S0QKEsxF1Rm5RAo+UUYF5SVECuvcReFu00QK8iBF00zvRAscukZdClBEEN7oRcsQq0QSCcRGIA2TRByAX0XiTbhEIMpCRb8XVEQhJaJGF6h7RCEqCEaVWptEIULRRfj/lkQjuWpGGIJERCUsQkZBf2FEJxcSRdfq3kQuXttGAW9gRC9Ka0XhesBEMGLkRcfRHkQziZtFvIsGRDR29UW+8mNEONQ1Rks7cEQ8aPdF6iLIRD7J8EXVAO9EPwozRdDKnkRBgTFGIXE6REJBZ0XTyDZEQt+aRdy3ckREbqxF6BM5RFJLZEYreF1EUyaeRd33ckRUuA9F32z9RFZYIEW7sGBEY7JjReaQjkRmQP1FygqURGZ0NkXEp99Ea9FyRfbg9ERs9dtF2CwTRHB2PkW6YLpEcLQpRc0GdURwuRJGDmGbRHC89UXxot9EcMBiRx4K/0RwxIVGE33nRHEM/UXgGQVEcWkHRouExkRy4rlF10AeRHdA+0YeKdE=</peaks>
+    </scan>
+    <scan num="488"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT251.473S"
+          lowMz="51.142875671387"
+          highMz="976.645202636719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.949733e06"
+          totIonCurrent="1.0748305e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="489"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT251.986S"
+          lowMz="50.299049377441"
+          highMz="989.060363769531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.8861095e06"
+          totIonCurrent="1.2526793e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="490"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT252.489S"
+          lowMz="51.419586181641"
+          highMz="965.646118164063"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.491176e06"
+          totIonCurrent="8.635379e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="491"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT253.014S"
+          lowMz="51.408721923828"
+          highMz="989.040283203125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.987349e06"
+          totIonCurrent="9.64763e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="492"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT253.537S"
+          lowMz="50.722145080566"
+          highMz="989.043151855469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4177805e06"
+          totIonCurrent="1.208082e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="493"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT254.045S"
+          lowMz="50.655212402344"
+          highMz="989.060546875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.4670775e06"
+          totIonCurrent="1.0066532e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkqe8EWDxShCTy/VRYJtgUJS44lFgRypQmgtnEWB5AdCa6vdRWyHmUJsTuBFe7kaQnDfBkWiouhCcq3ARYCMRUJyvFZFjBG6QnaFckWaYLNCdrkXRY44D0J39AlFuKUvQnpVnkV+LCRCervYRYe8fEJ8QVFFgz25Qn57k0Wu95xChuFRRYS2G0KJOkdFgbpjQooEk0WFPtxCjLyeRZZXg0KR/GhFmpJlQpMoJUXD+JJClByIRXrGXkKWpFFFkVsKQpzW8kWJ/V5CoBrcRXqUekKgUPhFh/gLQqBeaUWEhQhCoOusRarKr0Kg8KdGSjBgQqDxfUc8hdVCoPeDRbBAaUKhos1FgQwbQqQVB0XLQxRCpgzSRw6rP0KnfpRFhJwBQqgEnkYhZ0BCqujqRZUOH0Kr7i1FpBLBQqv1U0YxOhVCq/n3RbADC0KsAThGuEZYQqwBykXdcR5CrAh3RZBbnEKsDQ5GL4FOQqwNfUXcXaxCrgR4Rn9zwEKuCk1FuF9nQrGyyUWH+kBCsfndSHR3+EKyDHlHthTfQrIYbkWD8LFCs7iqRe4L0kK0gupFiWf3QrWn4EV90mdCtc/rRY+g80K10f5GZ7q6QrXTukWROotCtdjqRbRE2UK158hFpM9cQrXuZUZj44xCtfHhRjTs3kK1+1xGViXQQrX7vkYjk0BCtfzPRfEVJ0K1/l1GFzH2QrX+4UaxpVtCtf/LRxgFIEK2AF5HrkdWQrYBxkqm14tCtgNcR6mOj0K2BGBG321RQrYFZkZrZxZCtgZ0Rb3tAkK2Bt5GA7BZQrYIQEYOxoJCthGuRfuW/UK2FSVFoqPQQrYxlkYgMGBCtmDDRY8mDkK4ACpFjr+pQrgDZkfJ6yxCuAzDRnQyb0K4Vj5Fsg5tQroD3EcmuVtCuu1ORaeS5kK7bDNFmFMUQrz1tkWRhi9Cv4IMRaLhnkLAzchFjY64QsGUCUWPLARCwetxR8kC9kLB8EVGYfs7QscjkEWdRBJCyAISRZx/DULKJetFeQPOQs4UUEZF71FC1BTZRfNmokLaFKpF439TQt4EUUXpUwBC4e8WRXBHcULh73lFbeJ6QuH4fUeOiVFC5AthRYXgOULkcYJFeHE+QuYHe0eXskNC5hSNRhXxckLqCZ5Fu9MnQuocYkdPrOZC6rTARYIWVELslBxFodjsQu4RvUXMfZZC94jrRWm7W0L6mZhFdesEQvwPr0cLCDBC/VTWRYrf8kL+B3dGItZBQwHceUWMCapDBZaIRYVbgkMFriZFdiJXQwWugUVzQKlDCb0RRYwzU0MKP7RFiQjHQwsePEWrJ2JDDokVRY24GkMS8ClF/nnkQxdMfEWEbKtDGhunRYo9mUMagBlFuNGrQxr/ikaa6vZDINd5RoJqeUMhFTdFrOZHQyLWqkYQwCZDIvvHRa8PQkMjuLdFlGLuQyO5UUWSOTdDJNYGRcMFVEMlCD9FzHSJQyUI3EYW6A9DJQqbSVDC2UMlDQJGDk7FQyYJ20ZLLtxDJgtpRxBVA0MpmmVHgw/GQypjgkWKhm9DK4pgRYhqr0MuXvpFoKCKQzDfV0WOoElDMOGiRYtdLUMxH0pFhOcSQzIM9UaS7jdDMvoxR0Tun0M0+RVF3aa5QzUJTEXrC6xDNZAdRZJB50M1sBVF2iwAQzcW3UWzkkhDOF7JRYzLkUM409lF8q96QzyscUWBdsNDPQ0eRaTuOkM9EdZFoyWhQz0Sn0WmyNxDPRPMRdcAnEM9FeBF1UdlQz0YdUXR3KBDPRkaRavu/0M+7YNGX0iEQz8E90XeKHxDQW1yRgU6KkNBdS1FwbyXQ0GBbUbuQV5DQYJrRcSItkNBjbBFr8c3Q0GVYEXW62lDQw1MRpJ+q0NDz3ZFlGMNQ0TxjEYish1DRRFBRihIC0NFzr5F9vpaQ0bvnEXq9VtDR3LsRX7Nd0NIknpFflGSQ0kzC0Y56tRDSUgXR04S5ENJXUtGidIMQ0o4I0WIgcVDSwBmRgGxR0NM/hdFmjYkQ00I0UWbhmZDTvjeR8uu4UNQ+gVFqn1oQ1JKtUXJ2ChDVO2hRZnKvENVmRRFtUi6Q1ZfmUWZQMBDV0XxRaZnrkNZnSpFpJ3GQ1r/FEebI4NDXAAfRbsIrkNc/Z9Fli2VQ2gMx0W2RiZDaPEzRasu5ENpB3lGBUxnQ3FoJ0XWDB1Dc8d7RYe6lEN1HT5GFKmTQ3b9mkYTgKZDeYksRYkcU0N6E15GF8zKQ3tWtEWsRWRDfwHyRZQRZEOAgu9Fjza+Q4HOY0We8SBDgc9xRcc+aEOEBvNGvqCbQ4Zig0WNC3JDi/zIRaqz7UONiKtHESglQ5D2jUWB05JDlkCPRY4YU0OW8shFfsnnQ5cwc0W1B8dDl2kNReJiWkOYWTdGEbLMQ5hbx0WDVstDmdsQRZmUUUOas6tFj5FfQ55CRkWGvIlDnz8WRYxEz0OfQdlFzUXdQ59GHUZ1+HpDn0ewRgaQgUOfSnBGG4hWQ59Lf0VtBKZDn0xZRYWTOEOgW45FkCdVQ6Dxj0fhqRhDoPLpRoc3CUOkORxFiSK0Q6RKVUYm9DVDqAk5RdeQjEOojKFFloJmQ6/GeEXDDjhDsL0cRZrrbkOxHgJFh+E6Q7H/hUYENJBDshiJRgiStEOy40pGG0/9Q8LuIEWNuU9Dw4TwRdhRqUPG+sBFm8W+Q8b8bUZnuClDxv61RbmfDEPRvApFfpqWQ9aVbEYpHKND1vFXRZN84UPX1kZFjWxaQ+VqrEZJfe1D5W19RbfwykPlcKJFmimOQ+bG4kXVCpBD7JQYRiX1eUPzf8VFln2uQ/VEE0WUSLxD9phnRbdMm0P6RodFizGYQ/1Z+kWEPXREAxGbRg2WEUQHa8FGWSCyRAi8VUWMgUBEClQsRYqARkQLBdlF2PD1RAseREYu9xFEDpaSRYZBREQPO6RFegiQRA88ZUWHfr9EEAr9RbXwjEQRdSNFm1G8RBIJNEYYZpFEGDc4RZPv9EQYnt9FkBUeRCEm0UXf8/ZEISl5RmYoYEQhy+tFsET/RCO5FkXitspEJS4sRh9rfEQlMPlFuB//RCXvqEWSzlhEKxwgRaIDBkQuid5FmfERRC/1MUWZrvhEMGL1RbY5IkQy1I1FiflcRDOJtkWSSLBENrMNRYnq4UQ4p5BFo9PQRDjTikX6n/dEOtb+RZUB4URAgMJFlr8LREGBbkXnX7RESc4+RZf050RSSvRGDEqTRFJO4UWVEw5EVhYhRZygqURW71RFnjDFRFk3FEWb9FxEWik3RaY15ERgLc5Fo7cARGrPnkWFJ8ZEb/IcRYxjBERwvIlGD+XqRHC/p0bv3kVEcMKnRhYuI0RxZ9hGJBhcRHdD4EWqlfI=</peaks>
+    </scan>
+    <scan num="494"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT254.562S"
+          lowMz="50.126586914063"
+          highMz="994.994262695313"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.521907e06"
+          totIonCurrent="1.37289e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="495"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT255.06S"
+          lowMz="53.358737945557"
+          highMz="986.350219726563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.180655e06"
+          totIonCurrent="7.695679e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="496"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT255.6S"
+          lowMz="50.869209289551"
+          highMz="989.148193359375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.010964e06"
+          totIonCurrent="7.180208e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="497"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT256.147S"
+          lowMz="51.409633636475"
+          highMz="989.070678710938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.371887e06"
+          totIonCurrent="9.655431e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="498"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT256.668S"
+          lowMz="50.705654144287"
+          highMz="998.552734375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.437137e06"
+          totIonCurrent="9.45763e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkrSl0WUKppCUl8lRZtzdEJWQsxFfSQHQla0b0WQLIdCWUONRZdsZUJftgVFkS8mQmY2GkWMOIFCaYjnRXfL1kJp2LdFk8giQmn4v0WBXMtCco5IRZLCp0J388VFmZFyQnnBwEWBgXpCecS6RWerUUJ9oJtFn75DQn57lUXBzdtCfz0oRYXhG0KBJgtFjfBgQoH/EUWvM29CgiIqRYxtC0KCjehFrmT5QoQ+/kWFs+FChanVRaLVkkKF7NhFoZ4SQoelVkWM3RhCiBOSRao36kKJT1FFqNs9QouYL0WWbyhCi/wCRXZhHkKMcrBFhn0DQozpskWyY3FCjgfDRY03xkKP/lRFkIdOQpApfUWWpmFCkfx7RZ8I+EKUl/5FdPUSQpYEh0XY9jVClrNoRZBoDEKXtdNFwpynQpuqCkWGdZZCoGXVRa0xMEKg7HxFxT4RQqDwd0aZBGtCoPIyRxAjBkKg9XlF04SrQqD3tUWKHUhCofMNRaWyHUKiR05FlCmyQqODDkWNYbhCpErzRYwo0EKmDMlG2ToPQqgEmEYEc51CqkFWRYZ2FUKr9QRGGv4CQqv2JEYNFuRCrAFHRpgEfkKsAe5GYylzQqwC50Wc/3hCrAh7ReKoq0KsDTRGLlabQqwNx0YjeLtCre1DRZ9G3UKuBHdGLxTeQrH520hmf6pCsgx8R7luDEKyaxlFqQsxQrLrD0XtIuhCtXwWRaDl2UK1gSpFnHt6QrXP8UWuh6pCtdHtRn9rE0K11HZFkQJcQrXYKkXFzzZCtePTRZbfwUK17nZGJlRYQrXxyEX4CqdCtfsrRg4PiUK1+8FGBfpKQrX8w0YcBmpCtf2DRmf2kkK1/n1GpUCxQrX/jEcIrsNCtgBSR79AXUK2AclKpe2iQrYDNUeYRI9CtgPNRs08ZEK2BD1GzCnaQrYEvUaHuSpCtgXFRjwlx0K2BoZGP8BqQrYIQkY7sohCthUhRiOQIEK2MbpGFVWrQrZTxkWHBLNCttEVRZ1ZXkK4A2lH6EB7QrgMwkZQBMpCugPfRyjVqELAp0pFmed8QsHrdke2mZhCwfBbRp05jkLGBIxFmGvRQsYORUWIALRCyStBRbhbokLLsrNFpcOMQswKDEW2qvFCzLeWRZhILkLM7lxFiyi9Qs4UcEY/vn5C2FPmRYxNuELdBfxFhRVcQt4ES0XvY9ZC4fh+R5NQsELiFRhFiLdWQuRiGUWesaFC5IixRYtC2ELmB39HkbFfQui5YkWyo9BC6hxURttA3ULskytFmi9RQvI2PUWj00tC9oN/RY98yEL2oBRFrTroQvwPrUb9LZZC/gd+Rd6SOEMARh5FjezJQwDzkUV3xaBDAPWSRetPZEMBDj5F5tKqQwGQ7EWFkgNDAbKFRaex0kMBx9ZFp7fZQwMPOEWfwUxDBEl6RZBvHEMEsn9FizQ+QwdJJUWJjmRDCHMSRaN9LkMI1h5FtOVnQwlwX0V72gtDCkGBRZIo30MKbcpFnOOAQwseukXQkTpDC2RvRYM/aEMN0eBFrjyeQw57pkV75F9DEE1+RZrU00MS8DhF0CMIQxb92kXbV61DFyYHRYf+BEMa/5dGhsTvQxsrD0WClF1DHJlORZUH8kMg13FGNlb1QyFU7EWIophDItbFRp9HekMlCppIXheHQyUr+EXuyqFDJXkGRZUvMkMlqqZFr1oEQyYLfkX9LvtDKXDmRaRtl0Mpmp1HkckyQymb7EXNBi9DLcrrRYupQEMuXbxF3xZ5Qy70tEXwo0dDMCiFRZS6UUMw4LVFzckGQzIM3kZwUMJDMvowR1G+GEMzavRFhizHQzT5BkYMai1DNbC/RdvNEUM40wFFp2Z4Qz0QekWqabVDPRExRZtOuUM9ExVF7JqnQz0VNEXGPv5DPRgjRcQoUkM+7ZhGn/HcQz8E/kWvMxdDQW19RhG8/UNBgXtGzAwrQ0GChEZWnoRDQY2nRgYPa0NBlYpGL3b1Q0MNQEaDk/VDRMwxRaFHP0NE8JxFoRojQ0URQ0bL+2ZDSArWRaFNhENJMylGZfUmQ0lIaEdiUtpDSV2PRm5eF0NL2olFnJ4ZQ0743ke7HEtDT/eERahaj0NWHThFnLOUQ1caZ0YhcL1DWBL1RaqtqkNa/yhG6jqgQ10bM0WYDKlDYxMhRanvwENmlpJFqemGQ2l/XkWhIfVDafHJRZ8BKkNqK41Fl7KBQ2vs9EXHzOtDbvTQRYjjTENu9bRFkmR6Q28T3kZymRRDb6TaRZzvRkNvrulFkgFSQ3FmKEXDOnZDcxPhRZxKYEN2/dVHVKRqQ3tRB0WW3QFDgc5XReZL50OBzzRFkLM9Q4SOsUWX7rBDhvP3RdGHjUOJhxZGL7YlQ4v7rEXzTu9Di/xnRdRorkONiK5HPJJ3Q46KeUXauUZDjvtzRaNqaUOPsW1FstKLQ5YJZkWf63pDl2e4RdbZT0OYWXtGPdTNQ5j22UWOfJBDn0NxRdL3d0OfRcJGH/KjQ59IMkaDXUpDn0neRoj4lUOfS4hGKea8Q6AwKUWZ+xRDoOa0RbiaOEOg56tFoh0tQ6Dwi0c8q79DoPIeR6/Sp0Og+oZFtVMwQ6D9TEYGQntDotSoRak5k0OkShBFtPmLQ6SMkkWgpRJDp82pRZmxJUOoETJFlU69Q6hYOkWS5+hDqIrhRhRBfkOqscdFpmkfQ7GzzEWs/OZDsbUkRZCaKUOyAFVGAPO7Q7IZQ0YDC69DsuG+RhjR+kO2Iw5FrU7mQ7hXP0Wgq9lDuGaBRazIAEO7NQpFphrsQ8OD/EXS89lDxvy5Rn5d90PMX7tFmIr9Q80H4EWY9HlD1pR2RbS6b0PjAtZFr9BjQ+VnsEaFgWxD5sdGRfILPEPpwARFmWZPQ+xNWEWnJ+dD7JKvRe1p9EPuzT1Fv4NEQ/EdDEWkm7hD8zakRaAM2EP7CQxFoUc/RAGIdkWoI8REAxCfRchMYkQDcpZFjkmMRAavg0W2SCJEB2wSRlYH/UQK7exFqExnRAsGW0XmHn5ECx7BRjY4IUQMeUtFldmyRBIIV0XNqcFEE3TNRaWJ2UQhKclGlIvcRCO4K0YVqxdEJSwDRkYyf0QlwA5Fm2mqRCd4xkXACCpEKKCSRaLuCkQoz5tFnB7tRCnok0WmqAFELsdrRbZzDUQ4zxBFmHkrRDjTSkYJC9tEOiYpRabff0Q8VW9FqoehRD9ImUWKqy9EQYGjRhFnekRBoa9FqRDcREhxrkWo/M1ET0EBRcln0kRRH3VFpQpuRFJJZ0YZeGtEW3dMRc9RCkRc9udFosddRF3rMkWqg3FEaVFtRb1tAkRqIdJFoSMoRGtk2EWk8jREb5FGRaEhgkRwwB9HGsKSRHFmSEWzL7lEd0U7Rd6mkkR3voBFpF3CRHg/qkWQ009EeaNgRaUTHg==</peaks>
+    </scan>
+    <scan num="499"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT257.178S"
+          lowMz="50.769290924072"
+          highMz="997.274169921875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.960372e06"
+          totIonCurrent="8.452156e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="500"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT257.714S"
+          lowMz="54.639122009277"
+          highMz="989.965393066406"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.54465e06"
+          totIonCurrent="1.1406399e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="501"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT258.21S"
+          lowMz="50.643882751465"
+          highMz="989.075134277344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.1082735e06"
+          totIonCurrent="9.718365e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="502"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT258.725S"
+          lowMz="50.585567474365"
+          highMz="968.181762695313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.816676e06"
+          totIonCurrent="7.3363685e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="503"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT259.276S"
+          lowMz="50.679588317871"
+          highMz="989.088745117188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.824932e06"
+          totIonCurrent="1.0881068e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="504"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT259.788S"
+          lowMz="50.593410491943"
+          highMz="992.052185058594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.4255335e06"
+          totIonCurrent="1.1171902e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="505"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT260.293S"
+          lowMz="50.066692352295"
+          highMz="989.08740234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.041791e06"
+          totIonCurrent="1.0196906e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="506"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT260.822S"
+          lowMz="50.925312042236"
+          highMz="965.59716796875"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.5897995e06"
+          totIonCurrent="1.3434365e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="507"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT261.324S"
+          lowMz="50.8639793396"
+          highMz="989.090698242188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.8685775e06"
+          totIonCurrent="1.0236702e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="508"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT261.846S"
+          lowMz="51.060585021973"
+          highMz="999.928100585938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.835411e06"
+          totIonCurrent="1.0538558e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="509"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT262.363S"
+          lowMz="50.019069671631"
+          highMz="989.079528808594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.5068225e06"
+          totIonCurrent="1.1991912e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgTh0XJb61CSbgWRcD1vEJMShZF1yGHQkxqIUW3F95CV0PDRgdoXEJXlXlFzVAvQlmEFUXHMQBCZTMbRcNAtUJqRupFxu1XQm0oLEW/sO1Cbd2rRaf8dEJz+QZF34aVQnUqDUXAJ0tCd1G7Rc2Jg0J39A1GUSeNQnf8ykYCnqxCgQ2oRceTL0KD4ZxFwulMQoTX+EWy40xCh2oERdgkFUKH+RJFyZSFQohzr0XTw3xCitWQRbqMNkKQUxhF7v9YQpGJMEXhEa1Ckfx+RhtS5kKUROhFysoyQphp10YNSUlCmkPoReszjEKbAE5Fx+NKQpsKPkXR+IdCn1YwRcTpCUKg6mtF0ox+QqDu50X2UD9CoO+WReWCNUKg8CJGO268QqDxDEeD3RZCpgzARuESjkKndJVF0hrVQqgEmUaS0itCq0QpRcanG0Kr9KhGBxSjQqv1jUZk9hRCq/aURfsjAUKr+kNGBxXKQqwAikZ/1bpCrAFnRwl6CkKsAkhGdOOxQqwItUYNjwRCrAnhRc634kKsDE1GBUAVQqwNQUZpx2dCrA4hRg7/aEKtVoRF5evXQq3dtEWybRxCrgRrRiU8D0KuCilGDGMeQrH450X+cK5CsfnUSH7y+kKyDHVH/2x0QrLqlEYNeY1Cs7h8RhJXeUK1yf9F6lrNQrXR4Eaw38BCtdxsRfaKHkK14ItF6CrUQrXhZkYKRCNCte5qRncXFkK18cNGDXOwQrX+L0ZWWVBCtf6DRmqPx0K1/69HTwt/QrYBw0rGko1CtgNcR53GJkK2A+RHpukIQrYE3UZnWddCtgcSRjQFPEK2CC1GfWaUQrYR90Xgv4FCthUVRg0nSkK2MalGLnWyQrfvjkX58WVCuANjSAMEg0K4DNBGm1rfQrkRsUXIS6RCugPVRz96JUK+z7hF1+0eQr+o3kX1K8BCv/F8RbZpN0LApmZFxY0wQsEthUWx9MhCwetrR8cLhULB8EpGqxuCQsKCNUW9H8ZCxAx9Rj0PW0LE0XZF0ScVQsTwh0XAOJZCxPwKRdd1ukLIAcVGEfqsQs4UXkaw/DVCzky5RdCNYULSdhRF1NLwQtKE6UXVirJC1BTzRleydULWludF0B1IQtfJMUW3J9BC2n+6RcZHM0Lg4k1FzhVIQuH4dUeuz15C4qLDRhCmB0LmB3VHe+Z/QuYUgEYSNSdC5mqxRc1T2ELmrXRF0XmqQugGpUXUxPpC6dmARdmbrULqHFxGaqjpQu0wvkXd1IlC76thRceW8ELwJhFGAr0UQvFBBUXaHsdC93VRRdfWE0L4xwJF0fLpQvq7T0XR6EZC/A+jRxRJ4EL+B3tGc1zNQwHkeUXFniZDBPHdRbi7vkMLHplGBbnSQw4hIUW2lIFDDiLoRcJi+kMQocNF4N+jQxIKKEYKTfxDEpByRc5FbUMS8DBF6S2lQxNzfkW76PpDFTQ+Rbrh+kMWOTZF1ohRQxb9ukYMDLRDGCUoRdWAy0Ma2LJF1xZsQxsLhEXWddtDG7kDRdYUM0Mg12xGRawvQyLWnUZAfEpDI5t2ReP2gUMjuRZFxgtQQyO5z0XmEfRDJQqWSRBAiEMlDOJGGqW3QyUTAkXVxsVDJgnlRf19REMmC2JGy9UmQymZrEZ+LSZDKZqbR8jaBUMrp2pF5PS7QyyI0EXKHSlDLcyxRcbJEUMw4EdF1n+9QzIM5UabFOhDMvorR4ZcJUM1sK1GWBStQzhfUUXibkZDONTxRhegSEM9EZpGLW36Qz0SxkYhEc9DPRRdRdvan0M9FYRGGeAIQz0W+0Ydc7lDPRfmRhNGV0M+7Y5Gm6QiQ0FtnEZEu9xDQXV9RjZZDkNBgAhGDpPVQ0GBrUcrHaJDQYMhRmsIl0NBlZ1GQk9wQ0GXUUXfptxDQfkKRdUJGkNE8WJGMkmTQ0TyzUX+/+tDRRERRhfUi0NFEoVF5bf3Q0e7b0XanppDSTK4RsQtS0NJR+dHnJlzQ0ldMEabWeRDTvjWR9dZdUNSTFRGBoNSQ1MLykYvsA5DVI4xRbK5fUNYEvJGMjvGQ1tKoUXW4llDXPmfRhi1kkNhDUlF2HRAQ2P/I0g09KpDZP/1Rj/K3UNmPQ5F4qcGQ3Fpt0YWZF5Dc/23RgJbmUN1HSZHd+RKQ3b9sUY7hxpDeQGeRh+8VUN7kOBFsEdUQ38CTkXnZkBDf75QRb28zEOA5NBFxqCbQ4FXw0Xu+CZDgdBMRfzZTEODHtdFyewsQ4aMbEW5hphDhu/1Rdn5DUOG8+JGBMRVQ4v9hkXVhRJDjTb8RflcwkOODnNFwdNqQ499SEXF4elDkVLTRdUaSEOTcCRF3AIeQ5OBhUXEUYZDlAzARjrb/kOUF5FF2G5QQ5dqREX/kGBDl4T4Re7EFkOYWRxGiC9QQ5l4rkXQaNhDmjJ8Rbp9uEOeJrJFwuYbQ57h8kXHKkJDn0mmRgzRO0OfTGJGPS+rQ59OIkaLyT5Dn0+ORsTJjkOfVXBGCijqQ6DrjEX4631DoO1pRfp1yEOg7ilF8pwbQ6Dvc0ZgeztDoPEnSCCBgUOg8t5G7HY+Q6KUz0Xi4jtDo4wCRke3AEOkSzVGOte9Q6iKZ0Y3dfNDqeOzReBGvEOqdB1F1L13Q6sNd0Z6lfNDrBBkRhLQrUOuZv9F988cQ7Ck/0Xm6ihDsMgmRcdMZkOx7OlGAf62Q7IAcUZbyChDshkwRlaruUOySxxF5WdYQ7JaekXN5PJDsuTkRiMvE0O7JKBF8usFQ8OGv0Zk9nRDxvx0RrHCYkPMdKBF3iW6Q9aUi0YFszlD1paLRmv+F0Pc6cRF4FKtQ91ozEXUAxhD4yd6RdE7GUPlZxFG4R0gQ+bG6UZBtu1D6C0TRdogG0Psk6hGBBeYQ+yVLkZxEklD7ubaRdZSfEP2iFVF2/mhQ/sMNUXUZlND/sk4ReeM50QBedZGATEtRAMSQUYwtq1EA4iVRec0XkQHa+BGnRQLRAfe9kXOfUpECu6gRhPDZUQLBpVGLQNoRAse2UazzXtEEFTfRekUvEQQvIBF7ZApRBF/akXlxA5EEgpkRivMrkQWJBFF3a19RBnvT0XLOlxEHbG3Rfq8d0Qgax1F2f2gRCEpmEbT2eFEIchuRc9HtkQjENlF5QiTRCO5s0Z82oREJStpRpKbCUQon19GEBRmRC64IUXpUR9EMdLmRdaTDUQzsqFF7OsoRDjU1kZLRd1EOhvORfGk4EQ9Xb9F1dscRD3spkYPWB5EQYGXRi6fDkRJR/5GFQuhREtnYEXS8ftEUkwVRlH3NURTAbVF6u7TRFhoeEXMh9REY1d5ReYCZ0Ru+L9F6uKHRHC/vkdfKC1EcWkWRnwKtUR3RRdGE1ww</peaks>
+    </scan>
+    <scan num="510"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT262.86S"
+          lowMz="50.380805969238"
+          highMz="989.091857910156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.5565155e06"
+          totIonCurrent="1.0329304e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="511"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT263.362S"
+          lowMz="50.816482543945"
+          highMz="989.10498046875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.992464e06"
+          totIonCurrent="1.103915e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="512"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT263.864S"
+          lowMz="50.188716888428"
+          highMz="974.941833496094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.4967655e06"
+          totIonCurrent="9.770879e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="513"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT264.384S"
+          lowMz="50.862350463867"
+          highMz="989.086975097656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.665127e06"
+          totIonCurrent="1.3800397e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="514"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT264.885S"
+          lowMz="52.097244262695"
+          highMz="993.020263671875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.4300175e06"
+          totIonCurrent="9.486026e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="515"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT265.41S"
+          lowMz="51.941844940186"
+          highMz="996.123840332031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.783187e06"
+          totIonCurrent="1.0472903e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="516"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT265.916S"
+          lowMz="51.055637359619"
+          highMz="989.081115722656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.2487985e06"
+          totIonCurrent="1.3108078e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkw4+UW34udCUBg5Rc94UEJW/UBFrJMoQldBbUX7/VJCW3qpRcSb5kJbpUBFuL3oQmcVb0WwZENCaQY+RbKYa0JpHNpF0RxPQm0QIkW15GRCbjYVRb1oREJxC6tF2234QnP4wEX7RH5Cd/QERkIViEJ5Us9FuwMcQno9mUXOSaJCetm4Rbi62UJ/eRxF5/I4QoERLUXJ6whChyotRbC6dUKKM6pFtfvZQor1TEXRK6lCi3CcRbG/rEKNa0FFzKXGQo24M0XA+FdCjrWwReq/nkKOy69FrR9/QpA3g0XknZhCkeq5RdahJUKTKORGCgNRQpWa1UXHVdRCldfFRbjX5kKV++BF1C5wQpa4kkW8SaVCl0BARa8HvUKY4LFF266iQpv0GUXaBodCnXsrRcvsJEKg8DZGhYyYQqDxXEeEc1RCoPdmRigABUKg+IxFsUpgQqN+SUXKD3ZCo/lFRcr3skKmDM1HBuSkQqgEm0ZYMDlCq/QMRejsq0Kr9bJGjEUsQqv6VEYSiK5Cq/rVReOLaUKr/wRGBcyFQqwAZUYiVkpCrAGDRvfU60KsAz5GAHbPQqwNZEakpEBCrA+RRgC4XEKsGUFF2ggCQq4EYEZvM/1CsAIORg3XykKw7zZFyk2KQrH52UhEDlxCsgx4SAgODEKy4+FF/whOQrLlbkXj5hBCsvcgRcKKKUKz/DxFvuxPQrQOGUXbk5RCtUDxRh8ta0K10ftGvifXQrXj/0X7XV1CtekARgwQ8kK17nhGmo73QrXx7UY3MY1CtftORoQvGUK1++dF6y2cQrX9fkZcaiNCtf6yR3NkJEK1/6FHIUd/QrYAUEecbbNCtgEISLU9rEK2AcRK3Tc9QrYDKkfgFVtCtgPrR1MkI0K2BCdHS+iHQrYEvEba4dxCtgVORlcXwEK2BtxGL33GQrYIHkZ0V8lCthUJRh9LbUK2MZhGNOKtQrbD5kYICABCt3FSRa9BxEK4ArNF3Z6LQrgDYUgyEvZCuAzDRosVQEK4vdRFvwAhQroD30eDgXpCulHRRcI0o0K61pVFv4hEQrwMQUXEGGFCwetxR+e0Y0LB8FFGoneUQsgkFkW50MhCyy/uRcFP6ULOFGxGNKOxQs8vI0W+ADtC0Ig/ReRUTkLUFNdF//GnQtaWBkXhdBpC2hTGRjhoukLb/iFFvksBQtwDiEXc3eRC3MVgRcefv0LdkMpF3m+2QuH4dkfIAq9C4qNYRg14q0Li6NZFw8wEQuXiR0XS8gNC5gd8R6hRz0LmCslF2rkYQunPFkXN5qxC6hxXRj+O4kLqPXZF0jQ9Qu87A0XkjUNC8KYnRdFEIULyAHdFxUh8QvYe/EXF+8VC+N5ZRcxohkL8D6FHCsqSQvxku0W+0w9C/YQlRbkW5UL+B1tGPp3dQwEHxEYAIz9DAbSVRbYB10MC/xVF2GBJQwL/y0W9P3BDAxQaReXNPkMEHC9F4lhBQwUDjEXyaxVDB2tWRgFyGkMIF81FsrAeQwlgo0XBW3xDCfBmReKl9EMLErNF+126Qwse20X6W4FDC0ZuRdYA5EMMxvRFyltnQw75tUXghmVDD5o1RcPs3UMPrvtF+y2tQw/Hj0W+O0FDEBobRfhypUMVC+tGAvBhQxd9IUXGg4dDGoJhReG6/EMbMLBFtnHLQx8S8UW7GUZDINdnRkuc0EMg/HdFv7yrQyLWmkXs8HRDJBJQRmJ5fkMlCp5HADr0QydfBkXv3bdDKLmaRdj+8UMpmKZGBVhSQyma8Ue6fDdDKZzVRj5/hUMsysVF5OA8Qy3OOEYSzJ1DLl0DRct7+EMu9LJF60R3Qy/HAUXRbM1DMN+SRfz95kMyDPJGk9P/QzL6JEdVJvpDNMy+RdLu5kM1sMxGHprSQzcMSkXM3KFDPQ+vRhzMIUM9EWxGCXMkQz0TXkXlZOJDPRSkRh0jGUM9FglGESkkQz7tr0aAJkZDQW3ARnU2E0NBdYZGHz7pQ0F6JkXHwBpDQYHDRyHrEUNBhQ5FyQtCQ0GVtEY5D4tDQr7yRdCvjkNE9BVGD854Q0kynUai5PNDSUffR5LBvkNJXSZGsFm2Q0mi9EYLH+JDTvjiR8P720NRDlRHVOeiQ1EReEXGUNxDUktpRgrM7UNThwtF2sEHQ1YkW0Xk+SxDWBHARj/6fUNdFdlFyvDIQ11cmUXnw3lDXltYRcpnI0Nj/yVIOcFiQ2T/50XsgsFDZv8ZRrtKokNtIe5F4VxKQ25EekXZY+5DcWt/RdbQg0NzzU5FxcLRQ3ROEUXCR19DdR0gRy0hCkOAer9F2z3wQ4Ek+EXHCYlDgc/eRfKAe0OB0J5FwdyvQ4OF9UXXYAZDg92cReONOEOFh0NFzJqFQ4g4iUXXORVDisQ7RdGD00OL/WxF65PQQ4v+ckYNCLdDjItPRhe1eUOOpexF6YmyQ4/KkEXSDxhDkZyORePy+kOShuFGyIrDQ5PsXUXVARpDlAzzRc/WS0OViBtG8ZlTQ5dqikYaB41Dl4qYRtrJOkOXxTBF2kFTQ5hYxEZdlO9Dm24wRb0A6UOdKaVF7UeaQ55AfUXALfZDnohLRwv7SkOfPURFzT3kQ59DYkYE6JFDn0VVRpPQTEOfSCFGlDQ5Q59JqEY5b7pDn0rERhS8D0Ofh/ZGVQLKQ6DvNEali+1DoPFwSB8YoUOg8rJGiiPbQ6DzdEah2JFDoiuoRejmJEOiloRFuSPtQ6MFnEYEKutDo4wKSHq4nUOkDG1GwYejQ6eIIEXZSupDqIrNRlaKWEOpfk9Fz7BPQ6+OT0XKRXVDsgBrRjvfnkOyGVpGe8x/Q7LlIkYeRy1DvvT+ReQiLEPDhWBF1vxaQ8OHt0YLvGZDxoc9RhXdJ0PG+99GcktRQ8dOpEXHPYtD0ToqRfkB3EPUCqpF2QoQQ9XT1EXqnYpD1pglRhClwUPfK1dF4ZQjQ+ES1kXgLihD4/tIRc34fEPktV5F+0B/Q+T0yEX02odD5WeeRrXGl0PmxfhGGxw6Q+r3aEXHq5FD7JaNRgIZ7kP17nlF3IRSQ/nZh0XRmP9EALrlRco99UQCTi1GAdlzRAMS2UXVZulEBKgBRfW1aUQFsFtF3/y1RAdrUUZpECdECTxDRetWzUQJ/E5F6/itRAqNJUX9B1hECpJYReZwYEQKtL9F4wtHRAsfAUaJPp9EC090Req3NkQSCvRGZQbvRBI6i0XrOnJEFpYqRd8q5UQZ0M9F9zSxRCEo4EbA2btEI7kcRhl+8kQjuptGPu+xRCUr4Ean/KREKPtjRdWBsUQtGOhF4c4aRC5c+0YAhU1EML67RdKZ50Q3CLtF5AHFRDdwb0Xk1XJEONWcRjvjNkQ7h+BF6RLXRD3qz0Xj3UFEPmV/ReSsj0RBgdxGKpCNREiPq0YFNl9ESUgORjcZr0RRtsxF5ApvRFYVrkXnFR1EVp+iRfz/2kRZiL5F0NZhRFqO8EXdyo9EXgbkRgoSdERewEVF0C4iRGbyxkXROxhEcLtzRgKoNURwvoxHKKHJRHFqh0ZaOhZEdSoDRdzy4ER3RTFGNXxg</peaks>
+    </scan>
+    <scan num="517"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT266.415S"
+          lowMz="51.597240447998"
+          highMz="989.111755371094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.6593065e06"
+          totIonCurrent="1.131692e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="518"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT266.918S"
+          lowMz="50.481174468994"
+          highMz="989.820495605469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9831775e06"
+          totIonCurrent="8.726729e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="519"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT267.436S"
+          lowMz="50.0969581604"
+          highMz="989.096557617188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.6909745e06"
+          totIonCurrent="1.1561285e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="520"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT267.945S"
+          lowMz="51.470199584961"
+          highMz="990.574157714844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.3056965e06"
+          totIonCurrent="8.942664e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="521"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT268.457S"
+          lowMz="50.683006286621"
+          highMz="992.747802734375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.0002275e06"
+          totIonCurrent="1.2037543e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="522"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT268.959S"
+          lowMz="50.129787445068"
+          highMz="994.912414550781"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.3850465e06"
+          totIonCurrent="1.0022421e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="523"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT269.46S"
+          lowMz="52.517093658447"
+          highMz="989.118530273438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.4911275e06"
+          totIonCurrent="1.1055158e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="524"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT269.964S"
+          lowMz="50.418029785156"
+          highMz="990.0224609375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.588263e06"
+          totIonCurrent="9.286167e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="525"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT270.485S"
+          lowMz="51.042255401611"
+          highMz="989.124450683594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.1153215e06"
+          totIonCurrent="9.423291e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="526"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT270.99S"
+          lowMz="50.865943908691"
+          highMz="991.318298339844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.282487e06"
+          totIonCurrent="9.224339e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="527"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT271.499S"
+          lowMz="50.406574249268"
+          highMz="989.129943847656"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.345749e06"
+          totIonCurrent="1.1239906e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="528"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT272.004S"
+          lowMz="50.52356338501"
+          highMz="989.137268066406"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.1883555e06"
+          totIonCurrent="8.940122e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="529"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT272.524S"
+          lowMz="50.65100479126"
+          highMz="989.139526367188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.0950665e06"
+          totIonCurrent="1.2530583e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="530"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT273.029S"
+          lowMz="53.230869293213"
+          highMz="990.035766601563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.7264035e06"
+          totIonCurrent="1.1356379e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="531"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT273.534S"
+          lowMz="50.596504211426"
+          highMz="965.664855957031"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.532829e06"
+          totIonCurrent="1.1344156e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="532"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT274.039S"
+          lowMz="50.288562774658"
+          highMz="989.139343261719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.337181e06"
+          totIonCurrent="1.5133131e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="533"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT274.532S"
+          lowMz="50.849826812744"
+          highMz="999.302978515625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.185148e06"
+          totIonCurrent="1.2663417e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="534"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT275.035S"
+          lowMz="50.401882171631"
+          highMz="999.990234375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.742533e06"
+          totIonCurrent="1.3458539e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkmbh0XFvYhCS3UERbn/R0JNYUVF2tg7Qk32TEXXTBtCU4xcRbm2K0Jb4qxF1P6KQmB37UW28llCZ3hzRcEek0JpMU1FutuLQmmJ90XKeUBCad0PRb8aRUJrQ2dFwAR4QnDlNkW90xFCckIxRcb8RkJ1l3VFzJTWQnhBfEW3tr9CekdaReKNaEJ7L8JF25gvQnwiB0Xf+A1CgAKiRci6lEKARJlF0cmpQoEzh0XRGMNCgjqhRfoai0KFcLRFwDxPQoWCoUXMz9FCh11QRc29mkKNvc9GAd+SQo77mkXv9vJCkf+dRcJUUUKUJuxF5c6+QpRz8EXEoTZClYGuReRj8kKXNHxF3XYaQpdq7kYw4WdCl635Rd7zhkKZYH1F1BoIQpuvCEXqC/dCnEf9RdVpQEKg7UxF86LnQqDyZEeGuzRCoPRARo0uiEKg+AFGMMEhQqHzJ0YNscBCo/M+RcUG4EKkTI1FyVRoQqSU9UXGprdCpgzHR03zqEKoEbxF5eMvQqhJh0Xf9nBCqjgLRcVVAkKr9i9GnT4sQqwA3UYkuqFCrAICRxE32kKsApZGiDxzQqwDp0XbtsBCrA3mRoXcFkKs1qRFxfHiQq3cZkXY1YVCrgR4RncOzEKuCj5GaOerQq8dy0Xp04NCr2wnRgG/+kKv5D9F6XQuQrH54UexF7RCsgx5SA/BAEKyDwJGNo6qQrLlfEY6mn1CsusWRgmroEKzLxNF3sdjQrO4rEYh6p9CtQ/BRea81kK1ExFF9dNYQrWBR0XLt89CtbIaRgSC/UK1x8RF8vqXQrXJ9kXJuNZCtdHrRqwGP0K11CxGMzzfQrXah0X0Hh9Cte6DRpuwHEK18dlGRHUOQrX7OkZkcMxCtfwBRkYFikK1/HZGRGLhQrX+gEaKVDxCtf74RmFOyEK1/4ZHIZWMQrYAakfYss9CtgHKSuxIikK2A1JHoePxQrYEKEeCZFlCtgTaRpZ+FUK2BtdGeFQTQrYHWkYcR+9Ctge5RjcBUEK2CEBGL4CLQrYVG0ZNMKFCtjG2Rjs4W0K2NhJGE886QraDJkXfg5lCuANqSC0Tj0K4DNhGy+C3QroD40eXKJVCuu+SRgvJzEK7AlRF7jCrQrw3y0XwqMVCwWnPRe07PkLBtcFF8jn9QsHrekepNRlCwfBRRpfdyELCU7hGAHP1QsNoQkXeBz5Cw6z9RfIH8kLFqelF4JyGQsgCA0XdA+pCyLhhReNmf0LMdSRGJYLRQsy6s0YSVThCzhRlRopQQ0LO9x5FztW3QtQU40Znh9hC1Nm0RenHE0LXeDtF2lg8Qti6REYHGlVC2hSzRilKQELdZtxF31gBQt5oAEXwMgZC4M/BRgVAYkLhafFF3XTGQuH4gkfG+M1C4oToRf+iKULmB35IBOP3QuliuUXMmV9C6hxkR7wYSkLslxxGA4wSQvB8hUXOsNtC/A+bRvqdckL+B45Gop8xQv7Wg0Xp2GFDAWsBRcPJT0MB4E1F2fE5QwH4Y0X2tbFDAwjkRiG5KEMDEz5GErn+QwS6XUXam9FDCIfbRePX8UMJDC9F4csQQwpBhEXhJ8BDCyCKRoIr9UMLwN1F6vQcQwxSF0XTfoxDDG/gRc3NHkMPdAhF6NljQxAZA0XSIaBDEBmLRfmfa0MRDNxGNMY1QxILHEYsvzFDEvBTRkYHcEMT1bJF+RThQxb9xEaH0zRDGAjhRicpKkMaggdGL7pQQxryE0YNTnVDHhT6RwniLEMfB6RGPTU+QyDXi0blKVtDIQuMRlJVaUMhFPBGeK8AQyLWpUbdV5JDI7rrRke5n0MnC8NHZ8TrQygHo0jMR8pDKK8VRejwMkMpCHVGlfxFQymafkZTMv9DKZteR82takMtzdZGWX+nQy4vL0XiGq1DLvSxRguMpUMyDPJGfHVvQzLPSEXY9fxDMvoyR34o8UM0+QJGfo24QzWzEEZPMtxDN5WHRfCfwkM41jJGJ+b+QzkYFkX0fv9DOueqReqzCEM9D21F+xOgQz0QzUYOtNZDPRNgRhpSPEM9FB9GIaUrQz0U7kXjEPxDPRZBRib4YUM+7ahGbEhgQ0FcuUXDcDlDQW5hRo0vhENBdihGF2uwQ0F3P0YITJdDQX/0Rd00ZENBgkxHMKK5Q0GWcEYzSeJDQw1ERigTOENE9CdGGooGQ0dzvEXiyMpDSTNeRqPfB0NJSJlHoWcxQ0lduUaobCBDSaNcRiLqE0NO+OBHtlD9Q1IKUkYIp/pDUk1hRlN1PENUBO9GYJF2Q1SV0UYAlQJDVr1iRdyqn0NYE3hGI32XQ1wQeUaCTa1DYQ6ARklJN0NkWs5FyuE+Q2YDD0YPP19DZ8lSRfDR1UNovWlF16oaQ2kDGUbe4IBDaQYfRg20J0NrAcZF5CjSQ21N60YGBlBDcWtORlua4ENxqL5GEp5IQ3kP+kYxGF1DeTaLRdYk/EN549RF00b6Q3sT0kaAgzlDgONKRgzQi0OB0RJGU4aSQ4g5J0YGwqxDigbpRljJmUOKDKRF/HrEQ4v+lEY2EGhDjOmIRckndkOT8lpGH/r0Q5V36EX8gHdDlYnFReBMyEOWkx1GAqRpQ5drAEaJ9r1DmFh8Rkl03EOYWZdGkA+WQ5hau0YZca9Dn0PQRhjwYUOfRiJGDE2AQ59JX0ZsQSZDn0vURukC7EOfTt9GQmfrQ6DoT0YRLh1DoOovRgley0Og7wRGKJNpQ6DwkkYSy0FDoPKdSBKsl0Og9eFGXmvJQ6D9fkY++oBDpEx7Rih+d0OlAJRGNjvKQ6iK1EZq5w1DqKIpRfyCaEOriF5GKMzNQ6uRhkYAJWJDsYtiRo7FxkOxno1GA+vSQ7ICTkaGVOtDsht6RjqQBkOy5ZJGP7pIQ7OheUXrKrtDs9cKRgS7jEO5DLJF8WCpQ7tYxUX0APxDvw/4RfaPXEPDh4VGT3I8Q8Pt9UYB+3lDxNckRerpqUPGHcFGDpgMQ8b86EbTEMRDxv7aRkEgJUPPs/VF8QOrQ9aYMEZRjeBD43kaReqSP0PlZ8RGqUHNQ+bHZkYsI8lD6K5tRf4iP0Psly5GZ25EQ+9JL0YWYvBD+IA1Rf7tQ0P9jqZF9mJ3RAMTVEaIEVNEA4yfRdaTAUQHbEtGbeC0RAdtdUXiKVdECwgqRi3cDEQLIKJGlU9kRBILP0aDcCBEE+nWReEb4UQfnwxGDSxoRCEqC0b5zUpEIrcpRfnz6UQjuyJGjTcERCQgfkXr3cNEJSvvRqOkrEQpyB1F17FURCpKAkXTdxVEMESgRgxSy0Q2iNZF9cd4RDjWL0Zp8mpEOcEXRd+UnkRANVxF+1zPREGCmEZBo9NEQYaSRhI+h0RE7nNF+aIoRFDg0kXtvM1EUYy1RflP4ERRv/dGBqx1RFJNf0aLKGdEWDzPRgEHWkRe+zVGBCCvRG/m+EX93mlEcMBzR1kFbkRxa2tGdD60RHIeH0YJy/REdxsKReB7wkR3R3pGPA4dRHn/YEYb1Gk=</peaks>
+    </scan>
+    <scan num="535"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT275.527S"
+          lowMz="52.681056976318"
+          highMz="992.888122558594"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.0302705e06"
+          totIonCurrent="1.1976556e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="536"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT276.032S"
+          lowMz="51.161960601807"
+          highMz="989.133972167969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.1314555e06"
+          totIonCurrent="1.25019e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="537"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT276.532S"
+          lowMz="50.377140045166"
+          highMz="989.177062988281"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.4024565e06"
+          totIonCurrent="1.2642417e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmCMUW4UN1CTLCORZ/XIUJj9DdFp4CVQmd/7kWuNLxCdHeGRcNfbUJ39AhGLfPrQn57ikXBD71Cggu2RayO+0KFEhlFsb13QoVcXkWdtwBChXhIRbLzQEKFitJFprOTQoXoo0W1hDFCh5kSRZ+qq0KMi31Fo5QTQo2cikWsvKFCju3YRcLZVEKPTshFtbuLQpGK4UXtcvNCki6mRarmHUKSqb1Fs5bmQpNbYEXLcbhClGzaRbpStkKWBHZF+WtBQpv3X0W9vGhCn0tBRdbUE0KfVlxFyAJMQp/CEUWpeT1CoPA5RcsNbkKg8hJGAPnWQqDzlEdoTHdCoPUERefkjkKg9tBFwtEyQqD4fUXsLvNCofMXRg2okkKh9D1FtyS8QqKKsUW6eqFCpgzNR4/OKUKoBJJGbt+OQqrRxkWkO0FCqtRvRZ/MwkKr9VVGQRATQqv1+EYkoqFCq/a3RgP6oUKsATZGjZDLQqwB1UauCbpCrAJhRmtK5UKsBIFGGRwiQqwFt0XZTztCrAaSReBcl0KsCHRFxMw1QqwNB0YfWHpCrA2tRjzIaEKsDpBFsdnTQqwPN0WvK2JCrVTKRfl1JUKuBHpGpMTNQq9FxEWlQExCsfncSChT0UKyDH5IJ5qWQrIlb0WZ30ZCsuWlRbII10K0XcZFxZZsQrW/zkXBOGBCtdAaRebbUkK10fxGrQzmQrXYa0W/ovxCtdspRhq/cUK138NF6rMQQrXhNUW+puNCte5oRkSMpkK18eBGiHvxQrX7YEamy2ZCtfyGRlobBUK1/QRGSSrZQrX9x0aPejpCtf6LRp2s9UK1/zxHI5RVQrYBx0rh57FCtgNNR6cz60K2A/BHRZjRQrYEp0Z0T0ZCtgV0RnFY3kK2BshGlDmWQrYIS0aufqZCtgkVRb6+A0K2CY1F1eHMQrYRwkYbwZZCthUhRfV4nEK2MOJFwKvcQrYxnkYToIFCtvJFRccf+EK4A2VH9i+UQrgMw0bvDYdCugPbR0tAx0K7JZZFpCfMQr4jSEWcSydCvkRCRa9Eh0LB63JHrtwWQsHwSkad2VBCw/OeRbj6t0LEHXdFx+CIQsdWRkWxKsNCyAHiRg2Mm0LK7hxFupoEQs3p30XQw8NC00FmRcoiq0LVqWhFqCJGQtaZGUX6YNZC2XSIRdroX0LaETpFuN7mQtoUt0XdjINC3LlIRb8oVELdt1ZFwErpQt4RDkWsh+5C4MW9RZ3XW0LgyddFrZaIQuFhKkW1X0ZC4fh6R9pioULig4VF7gAkQuNvoEW4bZdC5GY1RcOWo0LmB3xH//9wQufx5EWzBlJC6hxiR3fhhELtxHZFrg1AQu4A00YkoWBC7hGwRg7BJ0LxXetFu9+jQvQ/qkWjRv5C9FGlRcDj20L19xtFroJHQvwPskcVvX9C/gd6RgsW+EMBDjhF9o0HQwHjDUXNTDpDAwjaRw2xeUMHS5dF2cHIQwgmCUXEnVFDCGSfReDsLEMIbKdFsHnGQwsiNEX5dfxDC0bsRatyEkMQSeNFxNFRQxEM1kauK8ZDEpd+ReS5EEMS8DtF9p0tQxYTZEXeTSBDFkoTRc+7QEMW/cFGQHuFQxqCzEYOsl9DG/7ORbEwOkMeFPtICfTdQx6X9kXN0kdDHweTRoeONkMg13JG3a6AQyIFxUXzoVhDIta/RtYRCEMju65GFWe7QyPrM0W1hLRDJNYORdj/okMm5aZFzSVuQycLuUfSzl1DKAedR9HMyEMpXZ5FuybGQymbI0ezB5hDKsPlRbZ7BkMsN2VFzRwtQy3OdkYIHzdDLw/BRaQI5EMvLnpFw6bSQzDhB0X81lZDMOJtRduFFUMx2kJFt96PQzIM6kZVqbVDMvosR1y2vkM0+TFGLFF5QzW1NUXtX/pDNcdCRgrcT0M6ClVGWbwbQzsilkWxPBpDPQ/4RasuF0M9EPVFpnOkQz0RekXLE0lDPRLzRfsAN0M9FYdGEqPMQz0Ww0X6vVlDPu2DRpbFzUM/WZFFtZ09Q0FtL0X66NpDQW4NRdlQqkNBgQNGfgCxQ0GCGEbnQepDQYNTRb0L7UNBlixGJ3w4Q0GXZUW/EP5DQg7hRgCIAUNDDU9HLeQ8Q0T4rUXAItZDR+a7RbhN40NIDrhFp0j5Q0kKKEXIVXdDSTOrRqHRPENJSNZHhWi1Q0leBkaRxvdDTPULRdQ3TENO+NxHvTrGQ0/GbUWtmFFDUBB1RfDZQ0NSTjNGAknwQ1QFCkY8L95DVCMPRdr7XUNVR9lFxKZBQ1cadUayrrVDV0xJRdImg0NYE4tF3AsUQ1r+7UXCdpJDWyuFRbccukNbSPpFqoiwQ1wQbEdMcU5DXU7WReG2qkNdkbhFuZfKQ2EOQkXksIdDYQ9IRgGSKkNiKClFv/0VQ2OaikW75cBDZgM9RdQSCkNpAyFHWkZ8Q2pTGkWp5ndDcWxeRjD3UUN1D2lGUVUQQ3VOKEWsKJtDdthHRdD62UN5D/RHemy8Q3pH10WoxnRDfNxtRd3djkOA0SpF1THgQ4HRkEY4ZQ1DhCo4RcwMWUOERsBFslruQ4g23kXVe6NDiGZ1RbFMFEOKTK1F2GZ8Q4pwQkW4/VBDi/8tRg4MlkOOrX1FyZmbQ5cRhUXIomVDl2uVRjLLbUOYWHFFzHqHQ5hZ20ZYS/9DnTY9ReV1mUOfSApGC4LMQ59JvUbw0nVDn0t1RjTIG0Og6bdGFF7wQ6Dwp0X6Ou9DoPOnSA7bW0Og9o1GBfbzQ6D6YEWxdupDoP1yRhCJ0EOi97NFxDYIQ6iLbEY7rpJDqwbsRfNWHEOrgytFujUiQ6/f2UXADoJDsSFzRcyEq0Oxi0lGDcmpQ7G57UW8fM9DsgTBRiazb0OyHbBGCfAUQ7JfRUWtbdZDsp6oRb4LXEOy5k1GCGv1Q70B3kXGKEtDvhtKRbZKJ0O+T1BFwohMQ790MkYBEiBDv71/RbV2H0PDiHFGQwHoQ8Q1bEW7ljlDxvjgRd7ldkPG+1FF1hhtQ8b9MkaTxpVDyAnnRbg89kPNATZF2YwCQ80CfEWgWBVD04oNRcVJPEPU8EBFt9FpQ9aBQUXPEphD1pkFRiyL7EPYf1ZFqHV3Q9mUvkWyn0ZD2nf7RbH/c0PfVedFwbpuQ+VodkadXadD5xxvRb0R/0Pp34hFu3OsQ+yYKUZN0uJD8VJZRbR5SEP6v3BFvaxnQ/rFr0XG3jhD+/E0Rbl9J0P8HapFuF4SQ/zpA0XMgN5EALWTRcak1UQBYTNFrhgRRAKamEYQublEAxPhRmO+RUQDRB1FvHd1RAcveUXNg2ZEB2x8Rj+YrkQILe5F1iKKRAhV4UXC4lJECqinRdHNVUQK8W5F7P37RAsKBUYFjh5ECyJXRqYE+kQSC8xGD7/MRBa5MUXEudJEF7Q3RdWBKUQfVVxF37LRRCDFwkXP5TlEISpPRome1EQh9F1FxTL6RCMUWkXWFxVEI7u4RkKqXkQlLJ9GjtBpRCigFEXD1uJELRs0Rcn/qkQuW1tGHDbbRC8KmkXB8HBEMHCeRb7yEUQyuZNF0W5YRDRtAEXQ1WhENciMRe9O7kQ41uNGOAr4RDndO0WtFVtEOsQMRdxdsEQ7pN5F1QwYRD84mkXkCPVEQO9mRdFeSURBgiFGNU6OREm8O0XFcoJEShjYRdqyg0RMSORF0VYQRE5Ui0XdzmRET5oSRb2aE0RRgTFF2orjRFJOk0aDI4REU3bYRbf2MERZTfFFxHypRFrJN0XDf31EX8RCRb/+TkRkE/VFxHMwRGThbUXMfClEbligRfnzQkRwOD9Fz+WTRHC4UkYloJVEcMCvRxeUyERxbDpGKzQLRHOi1UWzLOlEc/UVRcyW/kR3S1VGRxSs</peaks>
+    </scan>
+    <scan num="538"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT277.037S"
+          lowMz="51.656532287598"
+          highMz="989.153015136719"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.0065225e06"
+          totIonCurrent="1.2150912e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="539"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT277.539S"
+          lowMz="50.878807067871"
+          highMz="996.396667480469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.559873e06"
+          totIonCurrent="1.133543e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="540"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT278.052S"
+          lowMz="50.255264282227"
+          highMz="989.876892089844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.20569e06"
+          totIonCurrent="1.2077517e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="541"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT278.549S"
+          lowMz="54.577091217041"
+          highMz="990.5634765625"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.2027735e06"
+          totIonCurrent="1.1202623e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="542"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT279.065S"
+          lowMz="53.761520385742"
+          highMz="991.748901367188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.9736805e06"
+          totIonCurrent="1.2641339e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="543"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT279.567S"
+          lowMz="50.292156219482"
+          highMz="989.14990234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.000111e06"
+          totIonCurrent="1.0847302e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="544"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT280.084S"
+          lowMz="50.362377166748"
+          highMz="989.12939453125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.861151e06"
+          totIonCurrent="1.0603049e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="545"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT280.603S"
+          lowMz="50.180339813232"
+          highMz="998.159606933594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.318717e06"
+          totIonCurrent="1.3135367e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="546"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT281.103S"
+          lowMz="50.238430023193"
+          highMz="989.149536132813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.258164e06"
+          totIonCurrent="1.4336268e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="547"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT281.597S"
+          lowMz="51.063461303711"
+          highMz="989.132873535156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.649113e06"
+          totIonCurrent="1.1342825e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkxA/EWivbFCTOfcRZly3UJTjNdFpgZwQlRK7UWzn4NCV0kTRa2Vh0JX+zxFlgLhQlmzx0WhuJFCdPu/Rao6FEJ38/FGXB6QQnpJaUWz5ABCfWxHRZ5D5kJ+e3lF2NHRQoAdxkWL4c1Cgj2TRYjcKkKDbfFFi+iuQoNuNkWCcQZChTJcRavl1kKHB/JFlmKtQo4vFUWYoMNCjoR0RaPYhUKOk/lFpcYtQpGLIkXABppCkpZJRZgSQ0KTD1lFmGI9Qpf6LUWUWrhCmR+8RaCawEKbVRpFotycQqDwi0YWkwhCoPFeRrIzbEKg8nhHSuDgQqD31UYGKwFCofMiRbdA0UKiT71FobmdQqK690Wbdr9Co7IxRbtgF0Kl8aBF/c/4QqYMykdL5dpCqASIRi1AVEKpjChFoSDGQqsWOUW8S29Cq/VVRmLkUEKr+e5F2mIiQqwBKEbI/g1CrAhNRbooiUKsDQhGeo5+Qq4EeUZjK3ZCrgoYRbrEc0KuFxFGFUoiQrBQ0EWlNJ5CsHwFRbVlRUKw6kFFnYpOQrH53Uf6jYNCsgx3SBQvrEKy50NFzfDMQrNjyEWuTgtCs5/ZRaL2sUKzuJZGCBPrQrVfrUWV6GpCtcZFRbVs6EK1zH9FoAlSQrXR/kavyuhCtdclRbGpu0K12LtFqGjjQrXalEWoXoZCte5yRow9PUK18dlGUTkeQrX7O0anSIBCtfwWRjmzpEK1/clGa5e/QrX+GUWor99Ctf7sRxX0NkK1/55HFUUiQrYAQEeU6nxCtgHDSsrqMkK2AyxHtbnjQrYD6UeR/MlCtgUPRlbNhkK2BWlGS+6MQrYGB0X/TvVCtgc3Rin07UK2CDJGpjQIQrYRx0X+op9CthUNRimkp0K2MbRGbrQ4QrY9Z0XRLSVCt21sRbDNe0K3j3BFkx68QrgDYEgnntNCuAzZRsm8i0K6A95HaAOEQrrxUEX0x3xCuyqLRallAEK+DOJFnQ0qQr+1CUWeiNVCwettR5LhJELB8ExGcFt8Qs3pt0Xh5WFCzhR7RdDia0LT1f5Fph5GQtQU4UYyUwZC1popRb2ZTELaFJJGMKcwQtwSK0WyBvRC3MfyRgZpi0LgGopFuKitQuEy2UXIdt5C4fiAR6gSOELiqDpFoByMQuYHeUfFR5ZC6SJQRapwOkLqHGFHVBxIQux0WEWltHdC7Tv3RZ3XskLuURZFq01XQu8dQEWhqFdC8ky6RY+X+kL0EPhFqn1eQvwPpkb7iVVC/QutRaQKd0L+B3JGUMZuQwABsEWhPXFDALa2RZWfTUMB241F0EovQwMI30gipkRDAxR1RhAez0MECb9F+XhqQwgNO0XFoz5DCLBeRaNtgUMJC5BF9+hSQwpC40Wr9j5DCyF5RZ8zbUMLUJ9Fu0NXQwxiC0WlQptDDvmURcKs/kMSDHRGC9M7QxKVw0WvyIFDEvAvRkj6PEMW/clGY8z8QxhiIkWl/bxDGoOCRdFP10Mbec1Fx8dOQyDXekbiJilDIQYGRboAVkMiBThFoMaEQyLWtEbNvdBDI7yvRgVMTkMk1f5F1i9aQyUrcUXPAppDKVvhRZ20k0MpmyRHlzHnQyxBMkXQVg5DLc9URhedu0Mu9KVGDwu9Qy/3ikWZgB9DMgz9RqE3XUMy+jZHgq3lQzRGeEW5PxlDNPkERhcOi0M3BphFm6OjQzjX1UXF4qdDO4e2RZpl8kM82V5FqIcOQz0QqUXQtatDPRHjRatErEM9ExVF97hGQz0UYEYU9ddDPRVkRa1wfkM9Fg5Fyo2eQz0XEUXaT+FDPu2bRo/rWEM/BQVF1gQQQ0FtZ0Y0SohDQW6GRaKwv0NBdR9GDIShQ0F/o0YXYT9DQYFZRwckT0NBgptF9uf7Q0GVZUZOu2tDQw1QRoauLEND2PxFoun4Q0T190XQ/M5DRajERaXA7kNJM+dGkAQrQ0lEpUYB/AVDSUkZR3mCHUNJTdtF4gNyQ0leSUaVO/lDSwB2Rif3TENNsidFnuVhQ07420fHiWNDT2JsRb8LrENRC5lF3yhPQ1JPckXs1MhDUxUsRdCUhUNU7eZF2qM/Q1VcaUWsMYdDVhJZRg8nV0NXQ5tFySwTQ1gJIUWTF9VDWBMmRbqRj0NaGllHcdlXQ1r1EUXJ5dxDW9b7RZf0+kNhEI9GE3iFQ2EWZ0g01n1DYVPuRZ2P/ENlgdNFrFp9Q2ly2UWy441Db0o9RbBQbENxbZFGORzkQ3cAhUXsMdZDd+l8RakeBUOBAPdGn/GgQ4HSQUXhCc5DhCDhRaSt6UOFgOhGGQmsQ4g4w0XlaxpDiKGZRaglgUOJAF9GsmxHQ4s3hEW0zxJDjAArReQnbEONM7hFq0P8Q5EqJEWSx+tDkpGwRazujUOUisdGMxLbQ5dsakYvmzxDl4kbRuc++EOXrcdFqHL0Q5gJeUXOUq5DmFlJRjv7hEOfRedGPRnhQ59IDUZOeDlDn0luRtAuaEOg56FFuzuYQ6DwxEbzi6BDoPJXR+Bu/UOg9G5GJn1QQ6D9VUXtnc5DpE31RlG2ZEOklrhFqgquQ6iKjUYAcWRDqtxfRapU0EOxR3dFsSQyQ7GLZEcJZXhDsgJURbgTcEOyA89GMSnqQ7ILtUXqSP1DshvnRcGca0Oy5w9GN+dnQ8KHf0WuHuBDw4lYRi51PkPG969FvthUQ8b8fEZyKqhDzIZgRc3vf0PRo3JFvuB1Q9Jf6EWeAdND1L93Ra73GEPWmllGVbfbQ9kqQ0W+CG9D4kI0RajZnkPlZzxGnjelQ+bHIEYY8YdD6jIoRgZo1EPqTi5FyJx/Q+yZskZJH7VD/opmRaatQ0QCjT9FxMeDRAMUlkY5QcREA4JeRaNweUQDx2NFuPcDRAdr9UZm6QREB4+9RcmZOUQJ8N9FtCbPRAsIj0YArEBECx/nRfHA30QLIRVGUyyjRAyEOEWpOYJEEgxxRlWwMUQUlfxFuAcwRBUz00XUrGFEFqgNRbZD9UQYZV1F+md3RB4ja0W1KV1EIMWhRdRkS0QhKahGlXuwRCO8qEYn3hxEJSuURliM2UQnDvRFxvQLRC7VZEXD4ehEMcgdRbs++0Q2TaNFs2USRDZwK0XKq7xEOJmmRcXQ1EQ419VGL3r/RD780kXByshEQYFgRk0D/URHY81Fp6Q5REeNyEWoIpJESCP1RbXjhERJSRRF/MbvREs7ZEW3ozpEURKeRbTqfURST3xGTJbTRFMmA0W+vgREV75MRaWaQERZGhFFxmI+RF6QlEXTpklEX28yRbU4TURgBA1Frj5VRGOFYUWumCdEZP73RayxBERl5RZFt+R8RG/HzUXAirJEcL/URxKMhERwzLxFrRXORHFtoUY+b+tEd0iBRgChAw==</peaks>
+    </scan>
+    <scan num="548"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT282.104S"
+          lowMz="52.443073272705"
+          highMz="989.148132324219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.5303245e06"
+          totIonCurrent="1.2829982e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="549"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT282.606S"
+          lowMz="50.948608398438"
+          highMz="965.690612792969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.962977e06"
+          totIonCurrent="1.0241479e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="550"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT283.127S"
+          lowMz="51.869003295898"
+          highMz="990.058471679688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.798639e06"
+          totIonCurrent="1.5410017e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="551"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT283.619S"
+          lowMz="51.193828582764"
+          highMz="989.14892578125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.387656e06"
+          totIonCurrent="1.1241613e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="552"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT284.131S"
+          lowMz="51.533321380615"
+          highMz="991.74560546875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.6061685e06"
+          totIonCurrent="1.3534747e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="553"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT284.631S"
+          lowMz="51.361530303955"
+          highMz="990.020385742188"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.9294645e06"
+          totIonCurrent="1.4499193e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="554"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT285.132S"
+          lowMz="52.173458099365"
+          highMz="989.1337890625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.350353e06"
+          totIonCurrent="1.0305194e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="555"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT285.654S"
+          lowMz="51.832347869873"
+          highMz="991.764709472656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1299353e07"
+          totIonCurrent="2.3278812e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="556"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT286.132S"
+          lowMz="50.953617095947"
+          highMz="989.16162109375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.130752e06"
+          totIonCurrent="1.2847955e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="557"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT286.644S"
+          lowMz="50.849617004395"
+          highMz="996.471313476563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.417615e06"
+          totIonCurrent="1.5138889e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="558"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT287.148S"
+          lowMz="51.60973739624"
+          highMz="987.438415527344"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.764776e06"
+          totIonCurrent="1.6042054e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="559"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT287.643S"
+          lowMz="53.400169372559"
+          highMz="989.137634277344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.3852395e06"
+          totIonCurrent="1.4269174e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="560"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT288.148S"
+          lowMz="50.252700805664"
+          highMz="991.426208496094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.8748785e06"
+          totIonCurrent="1.2813526e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="561"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT288.647S"
+          lowMz="53.280376434326"
+          highMz="990.029113769531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.3367755e06"
+          totIonCurrent="9.471397e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="562"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT289.174S"
+          lowMz="51.053230285645"
+          highMz="991.977233886719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.107595e06"
+          totIonCurrent="1.1986173e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="563"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT289.679S"
+          lowMz="51.89546585083"
+          highMz="995.101013183594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.692022e06"
+          totIonCurrent="1.0023457e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="564"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="280"
+          polarity="-"
+          retentionTime="PT290.198S"
+          lowMz="50.2165184021"
+          highMz="989.118286132813"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.9110865e06"
+          totIonCurrent="1.1321216e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="565"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT290.702S"
+          lowMz="50.093154907227"
+          highMz="994.727722167969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.265482e06"
+          totIonCurrent="1.4410795e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="566"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT291.199S"
+          lowMz="52.379745483398"
+          highMz="991.539733886719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.63267e06"
+          totIonCurrent="1.5294427e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="567"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT291.69S"
+          lowMz="50.939151763916"
+          highMz="989.114318847656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.2884745e06"
+          totIonCurrent="1.3334413e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkvBsUXAc6ZCUKp5Rd5+h0JR5VNFqWrpQlSOuEWxiRdCVrrgRaS+m0JW6b5FqzaZQldXfEW+7xhCV2F0Rby5VUJeeLFFuG6eQmNZGUXN8OVCaLhmRcWUwkJpo41FvQ2aQnViAUW59D9CddOLRcKXY0J31QxF4nfSQnf0MEXmscpCeQh1RbTReEJ6RltF8Yn4QntFTEXGTuBChsIuRevlekKLUYFFuL2kQoxEB0XH3VpCjr3fRdkkV0KPcQdF3aUCQo/VHkW1ayNCkDD8ReiJnEKQV7xFxw8YQpJBmUWuShtCkwyvRcGN+EKT2gRF7waSQpoTakXeqxZCnbmFRbv7KUKg71FFyUoHQqDwlkaOcuJCoPGDR4ZnOkKhppZF4ueBQqHzIEaOF6xCoyGBReL96UKj4WlFx/oVQqYM0Uc1BORCqASdRofJDEKoRclF4F0fQqiDK0WuX2VCqJFZRdNcNkKpGm9FwwXZQqk+g0W6OXdCqrXeRbGJMkKr6cJFsl/OQqv1ZUaa/ixCq/hkRa9EC0KsAUBHE7Y1QqwIfUYE18FCrA0XRrQvHEKuBHBGo1LiQq4XF0YLm7tCrkTORcVg50KuU41FuDc3QrCaPkWr0exCsfndR+gqUkKyDHtIF1uJQrIOjEYj2HZCsuUiReUM60Ky62VF8QocQrO4n0Y43NRCtF12Rawse0K1gRNF7VZkQrXKLkYVHXtCtdGQRrhGGEK14b9GFy5nQrXufEZ1sepCtfGqRjMQmUK1+0dGBpvXQrX7mUW3SmVCtfyWRiBtSkK1/PhGB3S4QrX9e0Y0ZmZCtf4qRjD96kK1/zlH6HNMQrYAT0fu74RCtgHFSt5tNUK2AzJHqD83QrYEOkdix6hCtgS3Rs5w6kK2BsBGdRyIQrYHg0YxzkJCtggmRowtQ0K2EehGEAIFQrYyC0Y5DcZCtoLsRdsTskK4A2dIL/MmQrgM1UbqBwRCuFY6Rhjt3EK5tf9FvauZQroD3EdxTHZCuu72RfdOfkK8cS5FvesrQsHrcUfId9lCwfBVRnU060LCBfxFx3tcQsdpd0WsUJdCyAICRjnFyELIrnxF2AR1QsuyuEXKLI9CzLoxRefdrkLOkWdFwo8MQtIxkEXRh3pC0mjYRbp/VELUJ59F8NyOQtWqAUW+9k9C1gzjRcsf+ULYVhFF3NhVQtoO+kaPnA5C2hS7Rjo7gULbU/RFsDZoQt1QWkXdhp5C37K6RcgfhkLg7rlFwvSLQuEwOkXbFK9C4fiAR656KELip/JGE6n/QuTC1kW9TEJC5UXoRbthRkLl4kRFrzOpQuYHf0faHZdC5sWmRb0x4kLqHF9F9Bw2QvjWW0XQHHFC/A+tRxgd8kL+B39GER14QwEONEYIVfBDAWWvRdm00UMDCN9HKTsHQwMS70YKoMRDBi2wRaO63kMJC45F2VAFQwkcs0XRnNxDCkFFRcL2YkMLFChGJsgiQwsgPUX9n7JDCy43RdoqB0MN7X9F5uaZQw8I3Ec3dTtDEgrgRi2snkMSH5JF1z37QxUGK0cntY1DFv3RRjo5d0MbEolFwtyYQx0W4kXm4X9DHxPFRnYITkMg14BGpdD1QyGel0XayO9DIta4RmzxEUMjusVF7NR8QyO9oUXgU2RDI9LZRddy3kMk1c9FzVFUQymbL0e08ExDLQtnRl+mDEMtzYpF8GA9QzIM9UaGo4FDMj+hRdoQ30MyTXRFvyY1QzL6MUdOifhDM+1pRdL0O0M0+S1GCyMZQzWyqkZ3qZxDONWyRg9M8UM8+iRGCCihQzz8W0k+3xlDPRI4Ra6ZA0M9EuNGD6YNQz0Tp0YeHfBDPRaYRe18yUM9/ThG0lKTQz7tgUaWGLdDPvsuRueIGEM/BP9GAP2BQ0FtfEYywf5DQYFnRyCGUkNBjZpGFC4lQ0GVekaG2RxDQgpjRjR2KUNCC5lIqZvzQ0MMd0a81OpDRPPFRgWTt0NJM7pGhu8DQ0lJA0eST79DSV5BRpQf6UNJflFFtXMhQ0mj9UXVHnpDTPsZRtkSH0NO+NtHsBPAQ0/R1EW072tDUkz3Rhzu+kNY+wVGaoEKQ1lz3kW/EJRDYQ30Rg8x4ENiL5ZF3AkyQ2P/IkchQWpDZHVLRexqR0NsGNxF3AV1Q2wwWUXJcVtDbvfsRgj4zENv/ydG+i4AQ3C3JEXT/TtDcQmxRgdKVUN1mXRF5OJbQ3ct+kXIBDJDeeqvRdNVKUN9FSNF1/UcQ3+vsEW8sL1Dgc/nRe+cMEOB0MRGV4lOQ4KA3UaAEBBDgwQrRhnxn0OIOLpGCNnFQ4jxvUWzTj5DiwjsRuYKXkOL/kdGPo4oQ5ASfUX9reBDlYR8Rh7FKkOVyTlF1p9NQ5dquUYx27NDl4kcRpPt2kOYWItGTo7jQ5haYkX1vbFDm1qWReqeS0OboJhFvghHQ59AnUX8IrVDn0NnRhzYR0OfRQtGkPkmQ59HGUYAM8BDn0gTRmcGSEOfSWxGftecQ6Dl9UYMlVtDoO/KRsRZQkOg8ZFIFuVKQ6DzVUa9pzhDoZPARdudkEOkEr1F3mD3Q6RMK0ZCzeRDp8uKRfl72EOoizFGkN+yQ7E7HkXQfrVDsgJGRoTF/EOyGy5GaSXuQ7KKjEaY2UdDsuUcRgM8JEO01kZFx42QQ7jcikXBr29DvJLDRhhS5kO/ANBFyGDpQ8OHIUYRHU1Dxvt+RnuBP0PJxbpFy8gRQ8oBsEXEMNRDy83LRe2Dz0PObplF8p7mQ9aXuUaPnaVD1sb1RayrL0PWx/5Fr5bzQ+Nd2EXEI+5D5WgqRryr8EPmxhVGGIIwQ+fk0EXVDMND6jPcRcEwMEPsluZGRbf+Q+0Zg0XFvgFD8DaBRcio4UP1YmVF1exqRAJa6EXYgvBEAxL/Rhpvo0QHLZZGC3DaRAdrEkZB1StECyByRpZ82EQRQLFFvXMgRBIK+EYxfEZEF7z2RdGkv0QZ9jRF8d5HRCA4c0XdiM5EISa1RfPhJkQhKR9GgDnKRCO6v0Y/AzBEJSxHRpiHWkQl8GNF+Xf/RDDspkXrChBEMRnhRfjyP0Q1KXdFvdmORDjVv0aDmotEQYGURkZK90RFmoxFyggdREqXe0Xsmb5EUZUkRddQ+0RSTTtGXVnURFMyfUXLStxEU1PDRcEUa0RUnR9F07vERFxoBkXnpjlEYKMfRfznXkRhEcxF80oRRGmfN0XAwJhEcF9gRh7l50Rwt/BGA5+oRHC65kZOM7tEcL7dRxJSskRxatxGgWnpRHM2hUXcDp9Ec7clRcySPER0NutFza51RHdHUUYtSK8=</peaks>
+    </scan>
+    <scan num="568"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT292.189S"
+          lowMz="50.674831390381"
+          highMz="993.092529296875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.627395e06"
+          totIonCurrent="1.1346401e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="569"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT292.714S"
+          lowMz="50.328735351563"
+          highMz="994.828674316406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.145446e06"
+          totIonCurrent="1.5638848e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="570"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT293.214S"
+          lowMz="50.374122619629"
+          highMz="999.496765136719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.1967205e06"
+          totIonCurrent="1.5881193e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkl/GkW0DgtCTV7HRd7sAUJOWTNFxvjCQlEZT0XNAw5CVG4qRa5r/EJZ4UJFuYOmQl+xCkXSzAVCZ+27Rb/CskJoDfpFwbpuQmysW0XBA4FCcNkuRcATAUJ4bP1Fx7+WQnoJtEXJjPlCe1yURdKgbkJ8OWJFvsCTQn3FxUXFW/9ChdazRaNVe0KGvkxF16M8QobTuUW6+55Ci/y/RbwI0UKPu2xF2dasQpBZcEXmRwdCkYfgRarJSkKTL3BF1RndQpT33kWpgO9ClW4yRbP6nkKWqCFFyKMOQpav20W0eX9Cl2jvRgXW7kKa/JxF16SBQp3lkEXhBSlCnq9tRcahvUKg8LpGGPESQqDyRkdjMCVCoPe8RhrxlkKj0iZF3jSVQqYMw0cS8nRCqASfRd6qFEKoi/FFv+C2QqrB30XeE01Cq1sjRcPLskKr9XtGj1XHQqwBU0cDHk1CrA0nRrRL9kKuBHBGs2vVQq4XJ0XDUvJCsfnfR8ejEkKyDH1IDyfWQrINX0W0RDZCsicaRbwepkKy67RF7lCxQrO4lUYiebVCtYDsRhGgzEK1z+JF2ZzJQrXRtkaSXUdCtet+RdUdZ0K17mZGn8XiQrXxwUYRSBFCtfsvRqGkzUK1/ShGSpw5QrX950Yt2r9Ctf4cRj5WrEK1/rJG0z0wQrX/hUc0IdZCtgBeR9dpbUK2AcVK26BhQrYDREfGadpCtgP4R5XGs0K2BL5Ggjv6QrYFWUYUNOBCtgXIRilMoEK2Bh9GZkaKQrYGpUYdLNBCtggtRsDtk0K2EfhF1UezQrYVI0YmEXNCtjHtRlmVVUK28ilFxU9WQrdIv0W7qDNCt7uURc0buEK4A2RIIdF4QrgMwkaCooNCugPaR4M8xkK67ShF0120Qr0Q1UXBuptCvpZIRfbbE0LB63JHuYdDQsHwPkZRH5ZCxFzbRcQfuULF0OFF2LWzQsfx70W971ZCyAHsRzrY0kLMNfxFxN+MQsybGEW2sy1CzhSHRhBQTkLPwsdFtoTAQtP810XF6jdC1BTkRh/JKELV+vNF7MHWQtaVikXwx3dC1u7KRdeaGkLZ5P1FznqiQtoO9UcxEuNC2hTdRe4g5kLh+HtHqAsSQuKJu0YFw7JC5gd7R5pka0LnIKBF3Fp/QugkkUagX/tC6cTPRd+DdELqHG5GHrsRQuyT90YLpv1C7vCxRec7JkL43gBF8a+FQvwPskcVjpBC/gdiRjpZjkMBKx9FuntyQwF800Xg7PtDAYSVRc8NpUMCUnNF6J3tQwMI3UaFhG1DBKZ2Rb9vVEMG571FvS1hQwcHkUXxFqNDB4yeRdSWfEMJd/tFxa2NQwsTp0XM/CpDCx/bRh4uyUMLt3BF8h4YQwzj7kW9wtpDDX/nRb8Z1EMNvSxFwjSRQw3ngEW9czxDDh5fRdOfD0MO+YZF5dQyQw8I1EX0MAFDEgkzRgwieEMSPttFxhMRQxUGLEcEpoxDFgb9ReGjsUMWCPBF+eJ8Qxg3OEXMJWhDHxPCR5WN3kMg13ZGspJHQyGrf0YDDHxDIeXaRc8+OEMi1r9GiWScQyO40kYOPBhDJShlRboH90Mpmw1HxpzFQysuT0XGt15DK26DRdb0p0Mty2lGANw+Qy70qEZQnnhDMJ9ORdZwnkMwzWJFuc7ZQzDhyEYHf2BDMgzwRmAPkkMy+itHFY0QQzRKG0WuRUJDNbIvRgHqu0M4JLxF3GfOQzjTe0ZMvsxDO/2NRb+drkM8+RZF8FPUQzz6MkcPDQBDPPxcSfHY4UM8/pRGe4cSQz0GDUYRdUdDPRBdRc/QLUM9EzlGX9OdQz0UJEX+HZRDPRUvRgWvpkM9FyJGD+njQz0ZPUYdludDPbYURc0/B0M9/T5HpdGwQz7tnEaRVldDPvtIR2n+BEM+/VZGCaLmQz8EuUXpS7FDQW2MRnLzdkNBdVdGJDJPQ0GBgUclm15DQYlqRe9Yw0NBjYBF/GcjQ0GVb0Y+palDQgkURiQoTENCC5ZJq5lPQ0IN80aQCH1DQrxhRdEOTENDDHRHtwUEQ0MZOUWzEVpDRPGYRoJeQUNJM/1GotHcQ0lJSkePQmhDSV56RpnbCUNL679Fv3PLQ0wPRkXpztxDTJBmRb6GOENM+xpGRsO/Q0z+UUXqN4xDTvjVR5vf1UNPyGdFyAuPQ0/YBEXcyotDUkrORhh2NkNXRA9Fy2eYQ1gSMEYMxhNDWPryRmfOzUNZr3lFvjslQ2ELQkY0oBhDY6pdRcENKUNj/ylH0HkaQ2YFnUbUJ9RDaAThRj2UP0NpAvxGdXF+Q2730UX4XdRDb/73RjZ/RENxaDZGKcd8Q3HVYUXKQxRDckoKRdIG+UNyfq9FvqzxQ3MsXUXiB11Dgc9+Rh6+DUOCgNpGKjUtQ4MEJUZUG29Dg7UgReOsoEOEmctFy915Q4TA0UWvY95DhWYCRfkU0kOG9FhGA5SZQ4p4b0XarElDi/zORh8O6kONTyRFvrRGQ5ASokYfhWFDkRZsRcVuw0OVhFhGoAzEQ5aEgEXdPj5Dl2kGRk5d8kOXiSlH76dYQ5gJgkX11nJDmFnbRmyTGkOYqnNFx6gMQ5lIK0XyrcRDnIdPRdVU7EOfSSlGdGUnQ59LaUa+DJhDn043Rlyw/kOfT8tGQwnOQ6Du3UXVrq9DoPJRSBG8lkOg+hBF18rbQ6D9YUYnBd5DoVqLRc97NUOiy49Fx24CQ6QC/UYV15pDpEpWRjDDrkOlkutF0YmiQ6iMR0YkHIxDrW4NRdWUCkOw8PFF1donQ7EQiEYSgSNDsXE3Rg08v0Ox7B1GK9NkQ7IClUaWhfZDshrERhfr8UOyintHDDusQ7LjJkYknU5Dt5BQRc0vA0O6SKxF0k/wQ7ySTUYivY5DwMiyRcYZS0PCjGZGVOPhQ8OFHEXnNbVDxvqVRjiVOkPG/UNGji/vQ8ew2EXklgZDyDAoRcs2tEPNO/pF0PJiQ87K4EXmpLJD0T7jRe4nL0PWlXNGSCU/Q9rBPEXd0h9D5Wm1Rqi8dkPmx4ZGB7SYQ+o0SUX2ybtD7JQ2Rjk9CUPs57VFyuz6Q+9UPkYDYYZD+ObuRd/1nEP5SbdF+S4PQ/xmr0XbTCdEAxGzRiywn0QHbEhGjJk6RAe2okXZMYtECweLRhfZ0EQLH+5GXAx6RA52N0XjBxNEDregRfd8wkQSy8hF2LCJRBMX0UXQnWJEFgAbRef3z0QhJ+9F8DT0RCEqREa6v0ZEI7jyRj7q00QlLVlGnbX9RCZ7s0XTLe5EJ0ODRdmSyEQnsHZF0tjGRDChI0Xhp4lEMZSsRcp1CkQyuMxF4sVfRDjT3EZljo5EQYGXRkq7AkRDMoJF6MscRFApY0X4weBEUFQyReaBMkRQXH1F28cPRFCO9EXblI5EUksBRk4LS0RbrANF7elPRGUyOEX4u9tEcLqfRhXlnURwvW1F/RB8RHDArUc5e6FEcWg1RnBQ2ERx/yVGBGAwRHdHMkZLIOtEeCDFRfJRcER538tFzlKq</peaks>
+    </scan>
+    <scan num="571"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT293.712S"
+          lowMz="50.250358581543"
+          highMz="994.157653808594"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.039543e06"
+          totIonCurrent="1.7144146e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="572"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT294.208S"
+          lowMz="50.841648101807"
+          highMz="989.096496582031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.615939e06"
+          totIonCurrent="1.5722084e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="573"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT294.705S"
+          lowMz="50.635566711426"
+          highMz="989.078247070313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.992224e06"
+          totIonCurrent="1.4044286e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="574"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT295.214S"
+          lowMz="50.324516296387"
+          highMz="994.629699707031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1735539e07"
+          totIonCurrent="2.3793742e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="575"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="396"
+          polarity="-"
+          retentionTime="PT295.689S"
+          lowMz="50.263389587402"
+          highMz="989.078186035156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.777934e06"
+          totIonCurrent="1.4110232e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="576"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT296.196S"
+          lowMz="50.681861877441"
+          highMz="989.108032226563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.1640385e06"
+          totIonCurrent="1.6242657e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="577"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT296.692S"
+          lowMz="50.270225524902"
+          highMz="997.618530273438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.491029e06"
+          totIonCurrent="1.6854896e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="578"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT297.186S"
+          lowMz="50.176200866699"
+          highMz="989.086059570313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.591979e06"
+          totIonCurrent="1.439838e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="579"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT297.691S"
+          lowMz="50.535675048828"
+          highMz="989.077331542969"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.0253065e06"
+          totIonCurrent="1.4589784e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="580"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT298.192S"
+          lowMz="50.536605834961"
+          highMz="989.983642578125"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.750929e06"
+          totIonCurrent="1.5399537e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="581"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT298.676S"
+          lowMz="53.690807342529"
+          highMz="989.076293945313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.5533535e06"
+          totIonCurrent="1.1682655e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="582"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT299.189S"
+          lowMz="50.556251525879"
+          highMz="989.08056640625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.206437e06"
+          totIonCurrent="1.4423841e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="583"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT299.69S"
+          lowMz="51.552047729492"
+          highMz="989.072937011719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0010746e07"
+          totIonCurrent="1.6839724e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk41TEYUlQ5CUUPyRgYxYEJU4KRF8NRkQlbk9EX8wh1CYAsnRfnx00Jnnj5GEKqhQmpP6kYC9R1CcN9VRffSjEJ38/RGcfH5QnpEhkYPrtZCgDTQRixhaEKA+zhGCsDrQoEx1UYJvx1CgUuCRgVARkKBf/hGAej6QoHO8UXzvUBChqFYRfq4OkKGwYxGE4T6Qobe/kX4Cu5Cii83RgF/YEKL/TFGNVnwQpKXKEYHZ5lCkxlrRggYOUKWBGpGZwrSQqDv4kY1xAxCoPFiR8L3r0Kg9G1GLKjGQqHzFUZvdq9Co27pRgOT/0KkSvBGCNYcQqXfUUYCpApCpfF2Rg9MqEKmDMFHhVgyQqgEhkaK1KxCq1uyRhpsBEKr9dVGOP5MQqv2ZkaShvZCq/sJRkvys0Kr/6pGHzusQqwCQ0dGFgxCrAM7Rn60CkKsBOVGI99cQqwOHkbRYdNCrLedRguvA0KuBGxGnaLTQq4KKEYf5hRCrpjhRhOONUKvCClGItqQQrBmoEYWY3FCsfnbSAU4nUKyDHhINadWQrLjrUZJpZBCs7iHRmUVekK1QPJGGV+3QrXRnUcOrEJCteGARjKLdUK15NRGB0p0QrXubUasQyBCtfHQRoRakEK1+zdGEvOtQrX7y0ZQhxtCtf7nR11M70K1/7RHcGcUQrYAXEgIsqtCtgHCSxjAekK2A1dHxiP3QrYD7UeWpklCtgSiRyEwZEK2BSNGsK/mQrYIN0arWV1CthUZRmU9X0K2IgxGJGjCQrYyCEaqvq9CtjVZRgU4B0K4A11IXtg+QrgMxkcJG8FCuFYiRlNM7EK5TtFGCJv7Qrl9L0YAffdCugPdR5LR7EK67bxGLVNDQrsbh0YOeGFCvBkwRgmUMEK9rDxGDWf6QsBiykYgqz1CwHKzRfMuz0LApURF6LWdQsFa6EYQ+JdCwetrR5qIA0LB8FVGi4kyQsOFqkYL8dZCw4ZrRf/rdkLN2SVGSi8TQtNKCUYFrGZC1BToRqQms0LaFLRGZP6KQuEucUY8OgRC4fh1SADIX0LirApGXZm9QuYHd0gcKIJC6Q0LRfYFiELpv+ZF91DbQuocZkaHUK9C7JTNRkC8GULtfLFGCIhXQvLCpEYF9VdC+N6ARnMtKkL8D5RHLP3QQv4HjUZ9ZwlDAOlXRg5SzEMDCPVGXEUeQwMR9UY73fRDBAeiRhCH4kMEWg5GDuNSQwTX/UYlWeBDBjuHRfrFFUMIDRlGPyOZQwiBREYP5jlDCkATRiXCYkMNF/JGAIQzQw8/lUYCSJVDEgm0RkPJzUMSgtdGCDU+QxTx3kYnq9hDFv3WRn6U+EMXD15GD0s/Qxllq0YrzXFDGjDFRge/t0MagKBGWTjZQx4RN0YV6lpDINdpRwhnoUMg/dJF6ouSQyLWtEcRWJ1DJNXgRlmkaEMoTYpGJkAoQymbsEgLFBlDKfw3RgEUW0Mty/NGQuE1Qy5clEYKBEdDLvSgRiRETUMw4XxGcvMdQzIM6kZxanBDMrA9Rh5xCEMy+iVHigppQzM8/UY5DAhDNbD2Rmjl90M41ExGbSDLQzkKwUYNnahDPPxWSJ/MfUM9EMdGDJh0Qz0RdUYPFI1DPRHORga7VEM9E3dGror9Qz0VSUZe2HZDPRYmRfy2FkM9F5lGC1cgQz39LEZk3StDPu2ERs5CtEM+/09GJ0uCQz8hVkYt0f5DQGIqRhUpK0NA7hNGBr7kQ0FqMUYVEK1DQW5qRnT41kNBdl5GiCz/Q0GAGEZNvKVDQYKNR1HmwUNBlpRGcviKQ0IhP0X3hjRDQiIdRhCG40NDDUVG0PdjQ0TyJkaeVxVDSTP3Rw5Zm0NJSTNHx0uBQ0lNb0ZBTxJDSV5sRv4RXENO+ONIAUKSQ0+qv0YJkvNDUkuBRpT/o0NYE6NGGQLoQ15wZEYZ635DYQxiRn5EMENjGNhF+gRZQ2MaUUati2JDborLRkMoQENvizBGRH58Q3Fo8EaOIsJDcgMvRnLzGEN1HTFHN6IzQ3b94EY7C0dDeNNKRhglFkN84/1GGXddQ30eZkdWPMhDfh1CRkPypUN/1lhGF1D1Q4HPtkaq2htDgoDlRpumlEOCkZVGQR8HQ4PsxUYR3QtDg/MBRh2VtUOGjopIhFNaQ4cPBEcAFqlDh0bxRiTwYkOIOIJGFExSQ4qPHkY3Kt1Di2KoRhTt6EOL1FBGK0boQ4v9M0aAvZ5DjzEBRhFGn0OP/+dGfhHlQ5aWZEYhZYpDlu0lRhAnIUOXaYxGpXMFQ5fRgEYPBQ1DmFjlRjmgCkOYWalGKff8Q5hankZ+sjpDmY0bR0YuD0OZ+m1GQFdSQ59FnUZKiklDn0hHRnkgkEOfSxpHEfhgQ59OWkZXTYpDoOxORhgkXEOg8W9IX//ZQ6DzJkZfZ65DpEr3RqFFjEOoCRBGbH/rQ6iKiUaWqXFDqYhVRo3P0kOsEghGLNwMQ7IZS0ZMkftDsrvBRiP5aEOy47NGrVn4Q7oDGUYcSpxDvqGbRhupEkPDhaFGnuLtQ8Vu5UYRcHFDxvzwRuy6dkPG/jVGrPzcQ9P3aEYbka5D1pY4RqDLrUPd42xGID6fQ+VnX0bnHqxD6VahRhvzQ0PslQlGc0DXQ/ldUUYC+pJD/t/hRhafjkQDEg1GoOg6RAdqo0ZF9sBEB2weRl9/GkQHbRFGINpbRAiKQ0YS2EpECqBvRihxdkQKpXxGU1XnRAsGqUZR9VxECx8IRs5zl0QLn8VGDgwxRA1mcUYb7W1EEgnERq6yzEQS0iRGJIDYRBX97kYlw9REGfYPRkRxREQeFpZGCJ5LRCEp/0bARlxEI7loRqG2EEQlK7RGsMuQRC2nfUYcFv9ELlwYRhOyI0Q3pWFGFMycRDjUVEaVZ4dEPCkqRjPkhUQ9PjlGJ62YREGCqUZloC9EQ7c2RhPYQ0RGfPxGF9AORElJO0YuVGpET/m8RhhwHURQI4xGFblIRFCO4kYwFDJEUkt9RrPEzkRW8l9GJ0ySRFn1B0YmFiVEWt3qRhvwMkRbhLdGIMz4RFuZOUYwVCNEZLdqRi3NkkRk0pFGMoAGRGZCo0Ywzl5EbK9mRifjCURs2ORGEIVARHDAWUdjnjVEcWjeRq7JOERx9S5GIiI6RHOjUEYPcxlEc+PTRgy4s0R3RKtGhqnL</peaks>
+    </scan>
+    <scan num="584"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT300.177S"
+          lowMz="50.048072814941"
+          highMz="988.16162109375"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.5848235e06"
+          totIonCurrent="1.3374746e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="585"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT300.679S"
+          lowMz="51.985950469971"
+          highMz="989.083923339844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.383365e06"
+          totIonCurrent="1.4396565e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="586"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT301.174S"
+          lowMz="50.157234191895"
+          highMz="989.077209472656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.401144e06"
+          totIonCurrent="9.452223e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="587"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="278"
+          polarity="-"
+          retentionTime="PT301.705S"
+          lowMz="52.677223205566"
+          highMz="989.092468261719"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.255693e07"
+          totIonCurrent="2.3529598e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="588"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT302.178S"
+          lowMz="50.860694885254"
+          highMz="989.095581054688"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.811837e06"
+          totIonCurrent="1.4715065e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="589"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT302.672S"
+          lowMz="51.976654052734"
+          highMz="989.092407226563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.622474e06"
+          totIonCurrent="1.1272295e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="590"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT303.181S"
+          lowMz="50.008079528809"
+          highMz="997.486022949219"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="7.7098465e06"
+          totIonCurrent="1.3374124e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="591"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT303.678S"
+          lowMz="52.468086242676"
+          highMz="989.08642578125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.976593e06"
+          totIonCurrent="1.5050819e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="592"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT304.175S"
+          lowMz="50.272750854492"
+          highMz="992.025573730469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.545444e06"
+          totIonCurrent="1.3474284e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="593"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT304.674S"
+          lowMz="50.94263458252"
+          highMz="989.098510742188"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.91608e06"
+          totIonCurrent="1.5140548e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="594"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT305.172S"
+          lowMz="51.903121948242"
+          highMz="989.538269042969"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.559092e06"
+          totIonCurrent="1.5012842e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="595"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT305.669S"
+          lowMz="50.862167358398"
+          highMz="989.158935546875"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.81397e06"
+          totIonCurrent="1.4948776e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="596"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT306.167S"
+          lowMz="50.53243637085"
+          highMz="989.115661621094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.24677e06"
+          totIonCurrent="1.5465465e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="597"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT306.658S"
+          lowMz="50.43249130249"
+          highMz="989.114929199219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.881637e06"
+          totIonCurrent="1.4423471e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="598"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT307.152S"
+          lowMz="50.450855255127"
+          highMz="989.7880859375"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="8.414739e06"
+          totIonCurrent="1.4349044e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="599"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT307.65S"
+          lowMz="50.235450744629"
+          highMz="989.984802246094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.755277e06"
+          totIonCurrent="1.3012796e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="600"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT308.152S"
+          lowMz="50.144138336182"
+          highMz="993.312438964844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.0122815e06"
+          totIonCurrent="1.3654472e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="601"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT308.656S"
+          lowMz="50.559623718262"
+          highMz="996.927429199219"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.0857845e06"
+          totIonCurrent="1.3119479e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="602"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT309.147S"
+          lowMz="50.318367004395"
+          highMz="989.105224609375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.465631e06"
+          totIonCurrent="1.2737515e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="603"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT309.654S"
+          lowMz="50.81799697876"
+          highMz="989.090087890625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.0447935e06"
+          totIonCurrent="1.4068182e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="604"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="401"
+          polarity="-"
+          retentionTime="PT310.154S"
+          lowMz="50.944164276123"
+          highMz="965.645935058594"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.875493e06"
+          totIonCurrent="9.935283e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="605"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT310.686S"
+          lowMz="51.449081420898"
+          highMz="993.039306640625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.905619e06"
+          totIonCurrent="1.6171768e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk3L3EXU6uFCTuH8RdGGJ0JPxZ9F5SOtQlFjXEW4dN5CU5mSRcvXv0JW/lJFtyPZQlezc0W/FJdCXXk6RdMmyEJl+1tF3y/GQmrF/kXPNOxCbaWAReg/30Ju3LFF59lnQnf0C0afCeBCe6iyRc/PckJ9shZF3Ix/Qn57WkYJbhtCfuYYRb7dtkKAzTxF5X6DQoJ4vUXDbfNCiEXHRchG/UKIWYxFwr5aQo2gPUXLRC5Ckf5rRdEDJUKSeZBF0oemQpLb8kXD/xNCkyozRdyOg0KUPoNFzXsjQpZBiEXeoylClwcYReJdIkKYPrRF0yXlQptkvkXktUJCnS/8Rd1EckKeF+BFy2ynQqDrpkXOu/ZCoO8oRkcobEKg79RGlyRjQqDwyUeNe+BCoPJLRfnvI0Kg9yBF72DDQqHzKEY9mx5CpgzMR51OAUKmRV1F7HywQqgElUYwfYdCq/VERobPxUKr/09F9WztQqwBL0cPp75CrAHiRlYmlEKsArJGAE5BQqwM/kaz8M9CrA5mRfQ29kKuBHtGyeplQq5QF0XQRFhCsfncR6cys0KyDIFILnI/QrIN80XRo6NCsg5hRefqMEKyGBhF2auVQrVA8UX6LzdCtbGkRf+FxEK1zqFGCKM/QrXRoEbARzJCtdUyRhBG3kK14chGBb6OQrXudEajtTZCtfGyRjxch0K1+01Gy1jEQrX8GkaMJLVCtf11RmesukK1/ttHQ18uQrX/okelmOxCtgA+R/EjB0K2AQRIodk3QrYBzEsH45NCtgM9SBsYxkK2BANH5dBsQrYFEkZAzUNCtge6RjE2Z0K2CDtG/ZfJQrYVJEZXJo1CtjIGRm2W40K4A2NILswnQrgM10bG18tCuDbDRf7k60K6A+NHjV8JQr4MokYFFGlCwet9R129rkLB8GNGncpaQsXmOkXSDjVCyKs1Red3rULIufRF3RzkQsqN4kYTH+ZCyxAARewb70LL1tdF1QeDQsxrCkXZguRCzJyHReJMCELMtjpGGMY/Qs/dH0XAxFlC0nXNReXt2ELUFRFGIVwTQtWpUEX8gvhC1j2DRfkezkLXHadF89R3Qth+HUXI4MdC2eRiRcSdi0LaFM1GM2KUQt95kEX7GuNC4R9dRgOAwELh+INH15LcQuKKdUYRT1lC5geBSBaLmULmxmVF2G0kQuf3qEXKnQ1C6gmPRgnQ7ULq73ZGADOSQu8JQ0XG1BpC7yXkRcfc1kLwxEdF0HjOQvwPtUcUfA9C/geERp19I0MBB8BGExM4QwMQGkXeCdVDAxCWRcKY70MHnc9GBE5bQwe+F0XDZEdDCX0lReWjZkMLCKJF3v+sQwsgFUYfl/hDC5Y6ReIhz0MLxjpF4FBXQw21zUXvQIlDDjPzRcu1cEMQHetF/FceQxEJF0XeUidDEQziRz3vhEMSB6tF9U3aQxSP2UW3WBZDFUfcRdnRhEMWovNF09tVQxb9zEaK4O5DGIc9RfaNaEMY/SdF9hVcQxnCdkXPXDNDGn5hRe9jwkMcEPlIoDZGQxwTPEYeNH9DHRHuRi2nQ0MeFPpHqT77Qx7EYkXagqZDH55SReMUQUMg13BGsFtiQyLWrEbYPT1DKZoIRjsnM0MpmzdH2dFZQy1tSEXf21xDLckFRdN3hUMtygdGAm65Qy4zKEXn0mlDL3mJReqFAEMw4QVGKAN+QzIM1EZO9NJDMvomRyfm8EM1sndGDzZkQzeEoUXqY8BDOilWRc/YGkM7D19GUs0rQzz8XEbZa1BDPQCERgChnEM9ELpF8jrCQz0RHEX4+MlDPRLZRiKHE0M9E+RGSlIrQz0UsEYZLgpDPRd3RghdUUM9GPxF88+kQz0bKEYSK25DPu2uRiPk1kNBbV5GQebbQ0F/VkYALNJDQYFXRyOgVUNBlWNGgrZJQ0IKZkaHeWxDQguiSSsNCUNCDShGQOF9Q0MMdEcts4JDRPBLReKZLUNFzqVGCOIKQ0fEtUXaX5FDSNxERgVeT0NJNAJGzPV6Q0lHA0YQ0vVDSUk1R52hdkNJSvlGD5XfQ0leYkaizPhDS+tARcO+mkNM/jxGDwdVQ0745UfAOwFDT/mTRhC3CUNREXJGiL6wQ1MQV0YNX/hDVACvRjk1l0NYE55GFBECQ1tuJ0XegbNDXQxqRwrvXENe6qhF8MHEQ2EJukYwdc1DYQurRd72vkNjGnxGgJU4Q2QIgkbwviFDZgWcRuFBdENm/xlHe/9ZQ2+S+UX5FktDcAz5R7Qy6kNwVuNF4Q9pQ3EOE0YJDlVDcWYxRhSD00N1HT5HDNY1Q3gCUkXOUf9DgQWtRgcrd0OBzktGCNwZQ4KA1kYeKpRDgoH9RgBFBUOCkYtHE3syQ4ORIkY7M5VDhJBfRfoBeEOEsO1F7p4dQ4bzsUXSlJJDhvTqRgHNwUOHlSZGs/sVQ4m/pkXQ2cZDiiSsRfe+C0OKukNF+tY9Q4v7uEYxUX9Di/0qRggJMUOMiz9F7dDlQ4ycoUYS0oFDjpKeRfySuEOPtExF49s6Q5FgjkXitxZDkgKpRgoYYEOT1epGBejDQ5R7RUXGC4RDlNYiReAQo0OVkAFGlwqiQ5WYeEXdxt5DlxE6Rn6mREOXZ/dGYxw7Q5gK50YO84lDmFnMRnmTn0OfS4dGfbvzQ59NBUbHQIRDn06zRpp9FEOg7zhGrt7vQ6Dw00gjv5FDoPJiRoMAQkOg8+5GC2n6Q6IJNkesW15Dom0sReqY/UOiibpGJ/FgQ6RJE0ZEHMtDpP8wRfTw6kOmimJGVRfpQ6iASUXsYDNDqglBRwO16UOriIpGawztQ7ICJkZN17lDshr4RnBZYkOyKQFFw/yMQ7KKkEY5NjNDsuIiRk87EkO0CVtF2UzEQ7Y58UXWMt9Dt3iVRgMSh0O5Cf5GlcTVQ75AAUXxfLVDwozSRk1bykPDg7JGaVRmQ8b9LUan/dJDynxoRe/dCkPOfGBF01hGQ9VUoEX89lFD1pQ/Rkvuv0PeIpFGDpw+Q+AH8UYFG85D5WfrRpyuaEPmx+tGG5T2Q+of+EXvxiZD7JJcRgVSE0P2QPxF5sQrQ/f7D0XYxrdD+d0VRgMjfkP/dmJF0jAXRACVl0XalaREAi1gReS7d0QDEJRGOeB0RAPgSUXyBQFEBFEjRf+aG0QEnXRF5xIYRAdsWkawtGtEB22DRiw2f0QHq8ZGBYxvRAotjEYMv5JECkB+RdmH3EQLB5RGI2EVRAsgNUabGi9EDlgcRfeI90QSCD9GNemLRBR3SkX5sRxEGsNtRfAuR0QazvdF7Lq+RBw1b0YKDIZEISo1Rs+wyEQjaMJF9TbGRCO320ZCDuVEJSwiRmwzr0QnLK1GAHG2RCnNp0XsoQlEK73IRgMeKkQr0FNGFXDSRDg/7UXXVzlEONLNRm7tvUQ8lcdF5YHaRECnhkXd7LdEQYGCRnhq/URH+X5F6GT3RE0TUUYOCpZETuJYRe5cbkRSSQ1GMmfURFpF6UXfE8JEWpQfRf4iEkRfV0ZGAg1KRGLR1UXdnUBEZDGoRf5DG0RwwMxHV/cXRHFmr0Z96cREcul2Rcqo7UR26kJGFW7SRHdHWkYuulhEeDAHRfbz4ER4QoRF8wvM</peaks>
+    </scan>
+    <scan num="606"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT311.181S"
+          lowMz="50.157127380371"
+          highMz="996.457885742188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.679317e06"
+          totIonCurrent="1.3321216e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="607"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT311.68S"
+          lowMz="50.88200378418"
+          highMz="989.10888671875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.8772075e06"
+          totIonCurrent="1.4339327e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="608"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT312.178S"
+          lowMz="50.118495941162"
+          highMz="989.134094238281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.194716e06"
+          totIonCurrent="1.0798728e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkh5V0VqDE1CSWTTRXE64kJLBH9Fi7WKQlBD7EVrVtpCU3yhRYy0vUJTtPxFYNzmQldHSkWInjBCWXy9RWx2uUJaM7FFh/SEQlur2kWXMeZCXJp0RamvxUJeEFpFctueQmqqzEWVB1lCa/2jRWi2PUJuxKtFmabMQm8ShkVwRAhCdNdURZHTakJ39A1Gcab6QniwgUV334lCebgkRYO9OUJ7RoNFdsUhQn310EV0Re5Cg2tDRZWIREKFb/BFdc+TQoYOCkWP7/pChiSvRXRgWEKG4CZFZE0HQocyEUWP3EdCiQGTRYKaZUKJZglFatTMQooY3kWFEX5Cil05RXEOXkKMBNRFg1F+QozHrkWGmhFCjcJeRYjnpkKO++BFefJzQo/jp0VrPkRCkCHZRYcayUKS9olFiIRTQpNGxkWP+4hClZRaRYtglUKWSG5FdK9cQp40iEWE2N1CoFMyRZu/SEKg67dGBd6KQqDs6EWmWHFCoPGWRwxyrEKg9UFFkuPUQqD3S0YOxVxCoSCCRYMZIUKhu0BFg7anQqHUn0Vh9dNCofMnRhWDdEKkFQJFr8dXQqYMzUeJux5CpqKfRZN8p0KnOUdFmqRkQqgElUYv/A1CqlxYRYq450KraFZFjG4KQqv2CEZgiyRCq/qeRbPaYkKsAeJGzZ2IQqwCkEWi+wlCrA22RmR+F0KsNlZFaq11Qq4Ed0a4lKBCrgomRhRBJUKvLh9Ff/uDQrG7TEWK9/BCsfniR1eWbEKyDIVID9YHQrIO4EV/aWxCsor7RVrlZUKy65pFnGVcQrO4mEX9RaBCtUD9Rb9iiUK1sZZFkp8YQrXRqEalFQVCtdXKRcUOG0K13CRFuf5yQrXcs0WSq2NCtd0zRW+UFkK14XBFqM6uQrXtVEWQwO1Cte5xRm47/EK18ZdGGE8kQrX5yEWaxcFCtfpGRZiBREK1+zVGVp5MQrX80UZrHqlCtf3ORmGRZUK1/nJGnFXKQrX/vkdNX4hCtgHMSr0MOEK2A/dHyMQXQrYExkawaGJCtgWPRmCha0K2BflF2WEBQrYG6kY/EHdCtgg4RoNSh0K2CNhFxjjyQrYVQ0X7hHNCti3RRb5qskK2MgFGdg3tQrdCKEV6+epCuANiR/A/k0K4DMZGzz72QrhWOEXTNbBCugPdR0+GL0K7yaNFit82Qr5Pn0WAhgJCwIGwRX3KBkLB63VHQvuuQsHwVkZL99NCwhUMRaRNBELE8gRFhSflQsYXGEZ4smZCyCY7RYKEm0LKVHBFmB3mQs9zLUVzFBpC1BTpRgKX0kLWlfpFmAqQQterhUWVcxRC2HSdRYnRCkLaFL9GQz56Qtt5gUVwIKJC4AX6RZWDK0LgGg1Fm63bQuH4gkfCMgxC5gd/SBPdDELmCKpFlvY/QuYKkEV9qaxC5jo8RZk3iELqHFpF0iiHQu6eJ0WMOpFC71utRZcVO0L2FwJHJcRIQvp0+EWaVyVC/A+rRr4FX0L+B3VGd+rWQv4StkWZnN5DAkiORYmDBkMCzB9FiurBQwMRx0W4sABDAxKZRZ8U5EMLD6dFijtVQwsgmEXSNqNDDpqiRbeq60MPCNVF0soBQxBBI0VupRtDEQzmRpn950MRNgtFlAopQxJLqkWE/LVDEvAYRcjXmUMW5ZtFgZn4Qxb9zUZh7MJDFzhKRZsqV0MXiTpFlBN5Qxqa9EWSIkNDHBD6SH7HREMcEdJF4z1bQx0M5UWc7qhDHRHWRoA+bEMeFPtGlzFiQx6TNEWBX69DIILNRYfUIUMg13hHBTkiQyIFwUW2mPdDIta5RvW0HkMjuU9FykJYQyTGoUWLzZxDJNXnReIV2UMlLGxFkSc+QycI2UdO/nJDKZsMR4d9MkMr62VFjdi+Qy3MHkWUhY5DLoK9RYJq2kMu4i1FlWFNQy8Y7kYTHcFDMONERb51nUMyDPNGhQ3yQzL6M0dJdelDM/K2RaUKC0M0+R9F8JYrQzUM40ZHYStDNYtbRY1DDkM1s4RF0x/NQzjUH0Xw81NDPPxkRvVZ4UM9CkVFv+6NQz0TdEYRBC1DPRR8Rd/Y4EM9FjJGAA69Qz7tlkZEmIFDQW4VRhrGr0NBdelF7mpOQ0GCGEbUzXNDQZYNRgaMlkNCC69HKEzUQ0MCAUVz3htDRMzFRZdRI0NE8ehGIoBbQ0kz30aCMkdDSUkWRz/bvkNJTjtFj/1bQ0leP0ZCMexDSWVvRYlR6kNJaFJFuPAiQ0mkJ0WaoSxDSdH/RYSnCENO+OVH12FOQ081lUWQ2VBDURFORyi06UNSSyhFzuadQ1QAkEYGaxJDVRRaRYdXXUNXdt1FmZumQ1iL1EWR7r9DWPsKRaBZNkNZBl9FpHptQ1l3P0WHDV5DXQx7Rgb6AkNgDnFGF4icQ2EMKkX62KxDY/DlRYiipUNkCGxGzyG0Q2b/FEbmRu5DZxZFRZh/skNqFHxGJaPRQ2wOOUW0aUxDbxN5RYXayENxaLpGBjstQ3UdIUXC6uJDdgHxRgqHjEN2/ehFy61rQ3mwkkWKjKpDgZCUR6bn6UOBz7dF0/akQ4IE80WmWptDghEGRfYv60OCkY1HXwvBQ4MR80Xu/SpDg5EqRm7QS0OHBuRFmgPZQ4eVM0dOW0VDiBWBRdev80OIOdtFwzxvQ4iNsEWV81xDibV+RZo/6UOKPyZFmBNvQ4rXyEWe6HxDi/0lRhGK50OOkmVFv3q7Q4+0mkWOrAVDkeYNRYrLMkOSKy9FhysDQ5dpYEXCX9hDmFlgRe8/lEOYWvxF258KQ51ccEWAX7dDn0fGRYiZ90OfSKBF0IaSQ59KqEZFt49Dn0w6RgmidEOfTW9GI9x1Q59Oq0YFkHRDn1BsRYlvlkOfVShFj15nQ6DmnkYA1OxDoO9MRhCuMEOg8a9Hwo9FQ6DzE0ZMfpxDoP0ZRhGnwEOhCKhFjXjMQ6IJJEXukNFDpErLRbEfQUOmOudFbp//Q6exRUWfA0ZDqItxRggxfEOqCS9HVNudQ6qJxEXAwIhDrB3GRY6wVkOub2VFiN1SQ6/oj0Wc54xDse2BRZzFXUOyAwJFwsI/Q7IcDkYUDdRDsuOsRdaJfkO48+FFkyYnQ7kJykYd7ExDveGlRZj5nkPDhZBGHZWrQ8b8b0Yax+5Dxv64RiA6vkPHAI1FgzX+Q80PgkWdrrNDzZAyR830+EPOELNGXx2yQ88YrEWBFidDzyohRYppWEPQWBNFei/mQ9aV5kXeA5xD3sVCRY7gyUPhCKNFj3A4Q+Gdv0WMGvtD5WifRolyG0Pmya9F1gLnQ+o0T0WK90xD7JS9RiMQb0PxwuxFjb9bQ/HGO0VzwrBD9wgwRY/phkQCGh1FhDaLRAMR9UYSH4dEBJu8RZ1S1kQFlFlFfo0ORAdDyEV71LFEB21wRjhI50QHbxhFqshaRAmLkEWJcVxECwiuRdJoBEQLFHBFkLopRAsg9UZvMatEDI0VRaGzikQNpq5FmLKyRBIJukYceUREF9JaRaJe0kQhKU1GFNB2RCErL0YcjOREI7lYRfcXMEQlLHZGQ8f+RCxGkUWpsotELlflRYm8tEQvtK1FhZ4/RDAczUWWp6NENj7pRY8TIkQ41GNGDrQURDpsWUWPdSlEOzhoRZ7VGUQ8hbtFlk0cRDzp1UWWqTBEP2dnRYvA7kQ/6c1FiYLVREGCOkYYoetEQksyRYRpoERJH6BFpmOkRE6sZkWlXStEUXj8RY0kpkRSS1BGKniURFTo8kWquHVEZFJqRYyxkERl9QdFiCJyRGgJIEWalfVEavFgRcF4UERwvrRGX0LtRHDB0kbRLrJEcWkhRg+XHUR3SJVF1YNh</peaks>
+    </scan>
+    <scan num="609"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT312.697S"
+          lowMz="50.686553955078"
+          highMz="989.168640136719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.499223e06"
+          totIonCurrent="1.495987e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="610"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT313.187S"
+          lowMz="53.238025665283"
+          highMz="982.321655273438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.08718e06"
+          totIonCurrent="1.5390063e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlTzvUXDnoFCV0XjRegJGUJY55xF7niJQlycAkXNDotCXVAvReOWSEJfLL5FxNsxQmHaFkXbKoJCYjXLRemBmkJiuqNFz2C5QmaImkXV5dJCbJ2BRgEBBkJs/7VF0uJ7Qm2UQUXNHfdCbf56RbdOU0JxlLpFvtlrQnHiJUXNGAtCcxqtRdkNyUJ2kDtFzlLyQnf0C0ZYmC1CeIVrRdyIDUJ52NJFrzTrQnpCIUXUSNlCfxF0RcYKy0J/MbBFzmtNQoABsUXUyehCguubRbnNs0KGgC9F2sbNQobI9UXBtzFChuFxRbu6OEKJlUpF0WkqQonsfkX3fd9Ci6FORdDYkEKLslVF1o+NQo2Ng0XrF79CjpvYRdyJfUKRhpJGAT+QQpUA+kW7Z+tClS6yRdq9K0KVgShGAMyVQplNkUYCQrNCmgzNRedHjkKg7zFF7VGbQqDxCEZJ2qNCoPGsRwhEC0Kg8k1HhDfOQqD0cEXznPhCoPfNRkd4rkKh8xZGQ65OQqMulUX0PMtCo7xGRc5ndUKkFPVF99hEQqSGmkXTy81CpPgQRdvfxEKl8a5GFdwSQqYMy0eXEO1CqAStRmZksUKpg7tFt+GtQqv2FkauYa1Cq/qvRgmRG0Kr/VNGKZ98QqwAWEYFZY5CrAE1Ro6nG0KsAfZHHqqJQqwD60YeeblCrA0YRjaiukKsDc1Gvs+CQq0LUEX04Q1CrgRvRtG8ZUKuCllGLW89QrG66EXX3IdCsdD0RdSxOkKx+dhHrBpgQrIMeUhOWSpCshEbRhEJPUKyHahF35S7QrLWoEXMbRtCsw2VRfjPi0KzuJlGSp89QrPU5kX27vVCtGKlRfJUh0K1zpBGGDi5QrXR3EasjFxCtdqWRikL5UK1309F8mpmQrXhbkXLRfZCte5rRoS21kK18ctGVTSkQrX7MUbE3ktCtfxXRm63AkK1/Y5GFqnIQrX9zkZeIhtCtf7nRv+SBkK1/3pHlCBCQrYAXUgDrmFCtgHFSwqozEK2AytH1N5HQrYD3EbPBDFCtgRbRvSISkK2BKtGxaazQrYFEEZU4eVCtgWNRg866EK2BiJGbg+nQrYHd0aHrIBCtgg1RsWrZkK2EDpF8aqzQrYVP0YSIUtCtjHERmj3nEK4A19INhG5QrgMw0cbV75CugPeR4td9kK67ANGCOnVQry19kXm58hCvTCmRd7s9UK9wjdF41U5QsHrbkeV0FNCwfA8RmqRlULCAgNFzSMPQsNzVEXOFKNCxNTCRd35OkLGFvJGutvMQsiIjUX1ZH5CzHSTRgvJjULMo7JF/fvnQsy2q0XX0/JCzLcsRfPjr0LRSFJF0GnzQtQU30Z1p9pC1pRcRck+aELaFLRGQELnQuH4gEfuqQ5C4qm4Rhz4nULmB39IKxNoQuYJWEX03BJC5se+RhGNSULrMjtFyiZ0Qu7lokXkeXpC9hbzRxwJGkL3qZNF1H/ZQviumUYAEHxC/A+vRyRBoEL+B4FGkbW3Qv4ea0XXzn5DAQ44RgMx70MDCNpGARC8QwMQ90XoiuRDA4sFRcBX5kMEtUhF3oSBQwWL5EXd2qtDBsXjRflusEMGxwVF2KLfQwdrLkXoErhDB8R9RfKPy0MIDRJGEfrCQwk3tEXfBwtDCyJLRhj4xUMLUmpF8VO+QwxaBUXZHTtDDulCRc/3MUMO+ZFGLc72Qw+n8UW9haZDD6hVRbC2BEMRDOJGnlOZQxFfxkXbRfFDEghEReYuJUMS8CRGN15tQxb9xUZtiE1DGgOdRocheUMafu9GIUD8QxrNbUXq8SVDGwvORhuZiUMcEPdHUQJSQx0M6EYPnLFDHhUWRiGSd0MfD8pFxcWBQyDXcUcKuAtDItavRrrZUkMjt/1F6RvXQyUssUX26CNDJnSDRdAKF0MnCNNHYvbwQymaVkfgOtlDKZw3RhOppkMsaDBGA4wJQyyku0XU8U1DLcozRegSx0MuX3hF5SDaQy+pTEYK5LhDMHftRgYBeEMw4VxGQ+T1QzFGy0Xfz3ZDMgzkRpj4xkMyL+dF8zHbQzL6L0dbGrFDNQzUR7TH9kM1tUhGJX9mQzjSTUXqnjNDPPxGRsFuL0M9EEdGD06PQz0RC0Xo1SRDPRMeRlUaekM9FlFGIsFHQz0aFUYTOnZDPu2PRoQonkM/BOJGEH+7Qz91MEXiG7lDQW49RkxRL0NBdgNGUeLdQ0GA80YwU6BDQYI3Rz4vsUNBllVGYUinQ0ILl0af/k9DRPAWRiadh0NJNBlGoYo+Q0lEnkYn0bZDSUlZR6aWIkNJXo9GtLfMQ0yQ/UXiFgVDTvjjR9I0TENP6U1F0xfzQ1EzAkW8kzBDUklTRm+dpENUuHpF2vw8Q1XmsUXXEW5DWBOeRgBuUUNY8JZF/xE/Q1j7DUXsWIlDW7BGRfT2m0NefZ1FyRtgQ2AOTEeuLnBDYBHIRfIuokNhCfVGbj2gQ2bHoUXmfO5DZv8gRpUpAUNr7JNF8ZjBQ25jAkXnxcZDbpmfRdmjk0NvxuhF8Od2Q3FmPkaO47lDdHAqRfA//EN2AgpGkrd3Q3uQlUX5pKBDgZCLR7NRokOBzoNGgpDCQ4IREUYE2kZDgpGFR4pHAUODhkxGBYkuQ4ORI0b5JNFDhR4ZRfZc7kOHlTNHm38IQ4lgrEXwYbZDiWZkRd4OKUOL+8FGPRkXQ4yi80XrwDpDk9f4Rd0LW0OXZ/BGfpXmQ5haB0aItvBDn0gMReOVLEOfSoJHBIzMQ59Ns0Ze8HlDoO/ARiwwGUOg8R5HJXUSQ6DyX0gn0MdDoP1WRjki1EOkSRxGkDHMQ6iM5EYxDs9DqgkhRoocukOqhYhF0ORmQ7HrqEYMro9DsgTIRlaaP0OyHbVGZTJwQ7Lh9kaCOAtDs4S9RdoU5UO8KdJF6jm2Q8ODnEYPW+5DxvwhReAm0kPG/XpGucoCQ8df/kXuN6VDzZAlR8iZkUPOEKJGCHEfQ8+LQ0Yq3+5D0euKReuBrkPVD1hF2ccEQ9WRNkXm32JD1od8RdsywEPWlDRGkvC1Q9dV2EXzJJxD2c3ERfiZ8kPlZ8NGUmjMQ+VqS0Zqt/pD5WzbRhyo2UPnTgxGFcUMQ+hor0XzlclD6SzIRgEQxkPskoZGO7x8Q/N+YkXqggFD9WrlRetB4kP2N9xGAqMZQ/ZfE0Xv3exD90GJRgbCIEQBRKVF5dzWRAMQsEaGdxhEBSMmRgzDJkQGJRNF2shXRAcRvEXwIi5EB2yZRoP+m0QJ0OFF6jsARAsiSUaGQWlECzq1RgZMjkQLiBxF9sUXRAugWEXLsKpEEghVRkqR8EQTb1lF+SNgRBj7rEX7CnZEGS5IReWZOkQbrNZF8x2CRBx+OEYDHwNEHqWnRfW+B0Qg3tBF8WYORCEqWUbiVWZEI7e6Rmzr+UQj6G9F6HF5RCUrmUY34sxEJS3xRocvW0Qq0V9F456uRCzw8UXcBQhELl+3RiDS3UQvWEhF+dp9RDP7A0YLPqtENBULRfy1SkQ0kINF+s9qRDjSpkaD7d5EOZD5ReF+n0Q8FcpF8MOfRD0Gy0Xq4g9EPUYpRf3mO0RBTdFGBYElREh3b0YOIahESRGTRfRzDkRJSVhF+KnSREmY60XfKJhESch8RgCDjERKZU5F660eREwsIUXjhpVETFfeRgDMbkRM9R1F7gecRE1tE0YEhphETjbeReDdSURSRE9F/J9tRFJJZUZUdu9EWM6GRefqPkRj0ZhF4KFkRGRMPkX5WG5EZtk4Rf01DURstaxF+DBCRHCzqEYavIZEcMD3R1at5URxZq9GdWJ3RHNsJkX8QqtEc91nRd6HKUR1lJZF7OEv</peaks>
+    </scan>
+    <scan num="611"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT313.681S"
+          lowMz="50.107276916504"
+          highMz="994.505187988281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.544571e06"
+          totIonCurrent="1.3957539e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="612"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT314.182S"
+          lowMz="50.390483856201"
+          highMz="993.77294921875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.276057e06"
+          totIonCurrent="1.4644457e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="613"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT314.679S"
+          lowMz="58.897495269775"
+          highMz="965.635681152344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.0461165e06"
+          totIonCurrent="1.3730649e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="614"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT315.18S"
+          lowMz="50.794040679932"
+          highMz="989.211730957031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.594477e06"
+          totIonCurrent="1.589035e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="615"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT315.67S"
+          lowMz="50.517963409424"
+          highMz="999.939331054688"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.272066e06"
+          totIonCurrent="1.0760339e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="616"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT316.182S"
+          lowMz="52.258972167969"
+          highMz="989.197631835938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.235506e06"
+          totIonCurrent="1.8322006e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlEJMEXRKPlCV0WhRehfk0JdaFtFyM5xQl3eo0XPWv5CYAlvRgBR6kJmOwdF8j7RQmbqvUXSW6BCaJs4RdyS9kJpJRdFxNhWQmxbE0XZ6I5Cb6w/RfyjiUJw+q5FywTTQnYpskXoZ9ZCd/QMRoqvG0J+e5JGAlVwQoD+mUX7hFBCgdijRcep7kKC6YpF70EQQoRbEkX95YlChVR7RdtTkkKGwZpGD1IMQocT2EYUVERCiSg1Rd5Pc0KM/9RF9iu0Qo0PWkXQ9CtCkYh0RfLWL0KVIT1F3hjfQpYEd0YsIV1Cl50uRfTLSkKcIF1F6/fCQp3F4EYBsT5CoOrjRoNN90Kg74JF7ldMQqDwG0amcnVCoPDpR5bN6EKg9vlGbvohQqHzCkaAcQhCpF5mRcZDcEKmDM1HjIGMQqdOIEYMiYZCqASlRj0VT0Kr9blGw2+bQqv6R0Y9t01Cq/rURcUWEUKr/QBGGtEWQqwA7kYpJP9CrAGNRx0i/UKsBhxGISftQqwNbkbSs5RCrZX8RcTPj0KuBG5G6XcSQrH52ke3D0lCsgx8SDHXAEKyDWNGBW2zQrIRxkYETdJCsuvURfANiUKzuJdGXHoSQrXB5kX4Vk1CtcnDReqTOUK10HJGNS3ZQrXR4UcJzppCtdnyRjhlmUK14bNGMn4TQrXua0aZrtlCtfHTRn3t9UK1+1NG8PZ7QrX8y0aVm69Ctf1MRm3sDkK1/vtHr7rHQrX/uEdpavZCtgBIR+28tUK2AQhItmUnQrYByEsM7DJCtgMwSBQXqkK2A+tHwcqMQrYGq0a3BihCtghYRt//5kK2Eb5GSRP0QrYVDkZ3f3NCtiHGRfh1bUK2McdGi3E8QrbDykXwFg9Ct5+2Rd77bkK4A2lIQvk0QrgMyUcM9HdCugPiR4RXwkK67dtGRG+/Qr0/xUXhrbBCvhl/RhjikELADkhGDEzVQsEef0XtiDNCwet0R3+3qELB8FhGqGswQsYHd0Xgsq5CxhcTRmdnC0LGglNGBpExQsc94EXgMC5CyfMCRfdZlELOcYlF6d3ZQtI7QEXguMxC02o+RgE7wkLUFPlGMrrOQtS/cEXmP7FC1pYURgfJE0LXNlZF2or2QtqWQEXkn/hC4fh/R8YgYkLiHxJGWyPOQuKJhkY8IaFC4/5qRdqVSELmB4FIGKecQugAj0YUiz1C8s8YRfm6z0L321xFwFRTQvfb8EXAx9lC+N7eRi5QkUL450hF+rxjQvoMX0cgLe5C/A+uRx0t1UMAVvNGG/+2QwEOLUZXd1pDAVAWRekU0EMCCn9F84PcQwTaDUXm6jxDBohYRgus6kMHndNF6ZhLQwkLYkX16bpDCkBARg9ZI0MK8f5F7DvfQwskRUXqo2pDDwjmRtUpJkMPn0dGAJnUQxAclkYmkJZDEIxUReg9fkMSB+JFzrghQxIIUEXafuxDEgmvRjgGGkMSsQJGEcYcQxLkp0Xa67pDFv3BRiXlA0MXfstF7R2PQxeGi0XyIP9DGSX0ReuU1EMagJpGLBeuQxrGkkYBAmxDHBEAR6NJDUMcb0pGADcyQxzAokYCjShDHQslRqe3bUMdDORJxx9UQx0OlEa2s5RDHQ8cRySRIkMeDblH3NtLQx4U/EeMyDtDHxYBRgcAGEMifbFF2FvuQyLWtUZQ4atDI7lsRjK9DkMkIaNFzad4Qyd6eUYOpW9DJ5lLRgFopUMpmPFF9PaHQymbskfxNG9DKrH9RfXKw0Ms/bFI05i4Qy3MEkYcIANDLf6SRqWxaUMuduNGB30wQy6Ev0Xpzz1DMgzvRkSDIUMy+jBHBljFQzMLrkccXuJDMx/2ReRMSkM0AcNGCCZBQzW1skZSW6JDNbbAReIs/0M41HJGKepQQzsPlkaklnFDPKWxRhBrn0M88alGBnGjQzz8XUaZwppDPQ3aRhpy5kM9EPlGGH/EQz0SVkX40/NDPRS7Ri9ew0M9FntGYH15Qz0YGkX+/PVDPRjMRgIuSUM+6NFF84LMQz7tqEY4kwBDPxtfRf01JUNBBtNGtj8yQ0FtwkaJ22BDQXWERnpGOkNBgKtGEMBXQ0GBz0dThKJDQZW3RmNlS0NE8lRGSSqUQ0U0pUYJ5M5DRkv/Rg5KhUNGoyhF8OGZQ0bvcEYEjVhDSTQLRt8tJkNJSUZHtc4dQ0lLbUYa/0RDSV55Rq1rkENLFQRIHVsmQ0sYNUYphiVDSzDZRfX1YENMFdtGqfqPQ07410dykBRDUktsRnp75kNXRyZGJbnyQ1gUQ0YKOoBDWVA1RcxZq0NhCYJGMLyAQ2EMs0Y9EhpDYzp+ReSzy0NlHlxGMdd4Q2XFH0Xw73lDZcttRf9cbkNmyW9F50YHQ2b/E0Y6elRDZxY/RmctMENqFKZGK/mZQ2xRqEX8+dZDcWkVRpyNTkNyn0hF9dBLQ3MnOEX1mDZDdQYiRgZki0N2/bVG2XEPQ3kBtkZgqAhDeRaCRsEkQUN5115GBflMQ329ckX2cXVDfopTRfd14UOAfM5GDal7Q4F+2EYrJOhDgc/aRlenfEOCgOdH4/UCQ4KRfkdm7mlDg3D8RhStukODkS9Go/1zQ4cBAkYaN31Dh5U3R13CVkOIgoVGTepwQ4jjE0YGv01DjTCFRelO5kOQdXNF8JU6Q5G7LkXkAZFDk7yGRixGz0OXaXVGa0bmQ5hZ2UaC889DmdshRdVWxEOekSBF16iMQ59LRUZB7HFDn0ygRwun6kOfUK5GW1YDQ5+NI0aIBqxDoOTpRommFkOg75VG3RpEQ6Dw50g4wjVDoP02RpM8S0OkSwdGSE+PQ6aE1EYQZx1DqIr0RlocG0OpCzVHE8BwQ6uIbkZB0RJDr6kaRhDhzEOvuhtGAveKQ7Dzh0XfvvZDsh3GRhyj/EOyz4lGB/twQ7LkDEaieKlDtwRwRh1fKkO4JiRF7MZXQ73TW0X2yJ1DwDTqRf+sZkPDhcpGhKZCQ8b9UUaGlp1Dxv+kRhJyZEPMhN5GDbY0Q9ETHkXgeLhD08EiRePMHUPU2KRGOo3FQ9TmDkYCQ81D1pZyRqyihEPXTVVF8eQAQ9ldqEXnesZD5WfaRujI+EPmx6dGQGhsQ+bNPEX0iN5D6TgfRf1IQEPslRlGev8gQ+7KwkXsQrJD8jAaRgp4XEP2OedF+Zp1Q/7I9EYA7B1EAxIXRnjEbUQHOD9F93FtRAdlD0YFSz9EB2xSRo1UU0QLImxGODxgRAsje0arFbZEDN5SRhf0wEQPXU1GFlG0RA+sP0YJwj5ED/lYRgyceUQSCghGauqNRBoeNEYNXsBEHXBDRgncNkQeW6RGBxbwRCEqRUa7/5ZEISwvRiQ8zkQigERGAuqIRCO5tkaqIKFEJSvxRqGmfEQlTFlGCn5pRCZo+0Xz3Q9EKugyRfYlT0QsXptGPPMwRDLTokYBMAlEONScRoPOYEQ9DsZGGlbAREGCEUaRSmFEQankRhav0URB1XpGBMZ6REUsBEYIhi5ERpk8RgEwPERG/RpGFHIdRElJWEYbeo1EShHzRfYBkERLJc5F+TD6REvJr0Xyy1lETAGBRgsekkRNA9JF6mQXRFBZgEYFJSdEUkuBRlE9vkRUg4RF/gZMRFpYD0YHw8REZvDHRgvwz0Ro+RJF8enbRGpqSkXyjx9Ea+CQRhtXdERsO0ZF9fqQRG0h5kYqgbNEbil4RgYEiERwvRJGl/21RHDAq0dIMDhEcMU0RmS400RxaQpGaBKiRHb6XEYFb0tEd0ymRk25jA==</peaks>
+    </scan>
+    <scan num="617"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT316.674S"
+          lowMz="50.574436187744"
+          highMz="996.597717285156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.166804e06"
+          totIonCurrent="1.988946e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="618"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT317.164S"
+          lowMz="50.837059020996"
+          highMz="989.184997558594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.482179e06"
+          totIonCurrent="2.0977082e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="619"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT317.655S"
+          lowMz="50.075347900391"
+          highMz="991.493591308594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.848995e06"
+          totIonCurrent="2.4786964e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="620"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT318.138S"
+          lowMz="50.013931274414"
+          highMz="988.400817871094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.707173e06"
+          totIonCurrent="2.2208878e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="621"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT318.63S"
+          lowMz="52.142139434814"
+          highMz="993.02978515625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.0323955e06"
+          totIonCurrent="1.9877146e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="622"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT319.131S"
+          lowMz="50.743236541748"
+          highMz="989.238586425781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.746205e06"
+          totIonCurrent="2.046539e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="623"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT319.617S"
+          lowMz="50.988857269287"
+          highMz="993.642761230469"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.682319e06"
+          totIonCurrent="1.6317351e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="624"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT320.112S"
+          lowMz="52.590118408203"
+          highMz="992.552673339844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.0354085e06"
+          totIonCurrent="1.2765235e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="625"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT320.625S"
+          lowMz="50.079399108887"
+          highMz="989.220886230469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.2709415e06"
+          totIonCurrent="1.6261786e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="626"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT321.122S"
+          lowMz="50.416954040527"
+          highMz="989.223022460938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.487877e06"
+          totIonCurrent="1.6550515e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkmq9kXbTsxCVjIORbuF8EJXRLlFylIcQlots0XCYQZCWwT5RdHAY0JhT7JFvTI1Qmu0YUXAPtdCbIqxRfnnFEJwhHVFyeuRQnXQO0XpRhxCd/P3RmJE8kJ41AdFyeRWQnjwTUXZ/GBCezF5Re94pkJ84t9F6XphQn57mUX04+RCgsGORc4RyUKFSctF/s32Qoa/nkXl45NChvJDRduxSEKIGthGBlRQQokiz0XUGnRCi/fbRcRdwEKMEC5GCglTQo2IJ0XRb2tCj9VORdqIukKP+wpFwzawQpST+EXLd1ZClms8RcNzE0KXWaFF53bdQp9eC0XE+UVCoO2hRgSdrUKg7wJG5ipXQqDvi0cgy7ZCoPBcR3JKG0Kg8a1GajO6QqNFEEXVoe1CpEnvRiF1dUKmDMlHUYLHQqcKu0XOg/FCp0a8RcpY1kKn6ixF/EWQQqiMr0XSNttCqW0vRd5Rk0KpmwRFzAiYQqv1ZEahi6RCq/nsRgIMq0KsADJF2c9FQqwBP0bi7F1CrAHbRos9a0KsA2hF7bWrQqwKJUYMZCJCrA0cRoawn0KsDaZGCMlMQqzfwUXOeeVCrgSKRimepUKv1o1Fwp6+QrGqCEX8ag9CsfnbRp0tO0KyDHtIHRrfQrIT/EYrcdNCs1IlRfCUe0K1AOlGCeZ1QrW2i0XLaqVCtcS4RhZTi0K1yS9F5vWHQrXMVkYGs5lCtc9VRhav30K10cBGxxmZQrXgE0YXTPRCteF2RgG8o0K17mxGp+JEQrXx4EZlqTFCtftPRqW6WkK1+9lF5PvyQrX81EY586RCtf2BRjBBPkK1/eBGc+pIQrX+ykbWTCFCtf/BR4URw0K2AFpH66tXQrYBGUiWPtpCtgHHSwGDxUK2AyFIDG2PQrYEDkdfQe5CtgT+Ri781EK2BWxGobfuQrYF4EZfHhdCtgbdRnNspUK2CC9GtUXTQrYRyEYGNBlCthUhRgV1Q0K2F19F5YZnQrYx1UZz0IpCtykRRd41IkK4A2RILyt5QrgGAUXjDAlCuAzIRreTXkK6A+tHVtQzQroRgkZLkkFCwetyR18fP0LB8EhGcw5CQsQJYkXeaNVCxicARdQ5aULGfyVF1taeQs3sS0Xy1gBCz9PLRdwrqULUFN9GHmOjQtaU0EYP3MdC2hTFRftrRELagG9F0oybQts+vkXY4WBC24ulRe6ECkLd81JF+wk9Qt/S0EXP789C4SzvRgQPCELh+IJHqlpaQuM3c0XezChC5geBR82cEkLoPgRGB4tjQurC3EXZouRC8n9rRdWaFkL4eEZFx79GQvsV30XsGbFC+z76Rf4uaUL8D6pHE1W/Qv4HfUZyETJC/hQ+Roqo3kMACOVGHWj9QwCd/0XSWDRDAQ4tR1lKZkMDERdF89QaQwaqZkXeHGRDBrBsRd0Zq0MH4+9F2li+Qwo/V0YM7clDCyR3RiaDf0MNC+VF0uTiQw75eUYYHVBDDwjtRi6cakMQG0tGKRrVQxBAAUXGk9VDEQy0RgFeV0MSCN1GJSRGQxM4rUX2lPhDFv27RmlxI0MZ5NNF4YaYQxoaxEXY1utDHBD8RhIFxkMdDNlGm1BLQx4U9UZL5eBDHw6ZRgWZNUMg12tG5swQQyLWsUccPlxDI7g6RfE8YUMjvGxGAAtVQyTV1EYKoLZDKZMmRg+JKEMpmnNH5PIdQyzkOkYMWVdDLPrnRhqdLEMs+5xGJIYQQyz8m0cBHl9DLP2vSaKadEMs/3NGsnLeQy3+ikduzvVDLr/FRgvHAkMu/JpHGvCjQzDfHkYtcbRDMgzuRqmYgEMy+j1HPNCWQzUM2Ege1OdDNbgcRmAp6UM2DZtGH49fQzhT5EXb6VVDOQxgRdaFJUM5yPJF7HTIQzsPWEYapDNDPAjrRkQt8kM9DSRF2T2iQz0PbEY19npDPRChRgeINUM9EeRGMYBrQz0ThUatPc9DPRStRiA/cUM9FghGOx6nQz0YIEY5hP5DPkrFRc8DdkM+7Y9GA/RdQ0F1LUYaJ1tDQXxmRf200ENBgXlHIFoNQ0GCfUYZMmJDQYZQRfBOMkNBlX1GYayqQ0IyqkXgJuZDQ898Rf6K10NE8OFGJ8PuQ0XO2EY0JO9DSTRHRsCbUkNJSYZHqGGwQ0lezkat9ttDTWXGRdw6s0NOPBVFy1a+Q07440fB8ARDUISbRcsMs0NQrRJGBxE2Q1HpEkX8cPRDUkoaRibXVENXRZxGC4G4Q1gQy0XjsQ5DWDb9RegU0UNZG3VGCesQQ1tIUUYNbcJDXqCQRgF5gkNgDnZGItlLQ2YDK0iBARFDZv8VRwIIp0NnwcZF92lmQ2jMi0YEFG9Daam2RgFeLUNvfRdF4bHMQ3BXVUXZ6CxDcWdnRnR6PUNy5/VGAQkzQ3YxEEXzzUxDd6/6RfCKl0N410RF+VC2Q3j9p0X9AHlDeXhCRfFoz0OAXWJF8rThQ4GQmEcipL5Dgc7eRjU18EOCgORGMJrqQ4KRkUeY1v1Dg5EPRnTjUUOF05NGASZ2Q4eVMEfTctpDiBWqRkOaQEOOWmdGBt/YQ5C2SkXk7zhDkMDURgZIlEOUjOFF8G+WQ5domUZ2cpBDmFeJReXjvEOYWJ5GKeH1Q5iEQEhrqwlDmQSZRoOyFkOahu9HB7+TQ5r+GkXzZKVDnjg+Rffb2UOfRMtGN0QaQ59JGEbKbqRDn0wmRkmrrEOfTYtGOqVLQ6DuF0aIg6tDoO8FR2j4nUOg8DZIF1/aQ6DzFUY59jBDoQnRRcMCwUOhCp9F1xTwQ6QTPEc2cJZDpEoNRmBIC0OlVxFF6t8HQ6X8FkYEEBBDqIfbReoxwEOoikNGiva9Q6kbD0X7DJxDsXIzRhg9I0Ox7jNGO003Q7IHoUYsZDRDsiCARhow1kOy4p9GWoZlQ7mCPkX2tCFDu5COR3nP6kO8EOhGJGi3Q8OEWEZnv0ZDxvkgRkCVKkPG+7BGoZh7Q8eUT0YnjdlDyZkzR4Zn/0POXY9F7QmzQ9aVCUZqJ1pD2DzqRgQCXkPZMjZF5uYGQ9sr8EXv369D3cfwRet5DkPekTVGmuTJQ+VnBEbLIOhD5sUyRfm5HEPnx2xF3NKbQ+oy5kZX7eRD6piORf1+60PrSCJGCZM1Q+yTVUZSvihD7iTERfYtakPx2UBF+ke2Q/fLcEYIEntEARGERfqfPkQBotNGA9lvRAMRKkZGDJZEBWcRRgYkBkQHUHNF5p+8RAdoDkYivj5EB2oBReJOkkQHa1FGlit4RAqSU0Xk2qBECqtPRcL9HEQLDBVGJAe5RAskgkaZLGVEEENeRgKNrEQSCO9Gd379RBctDEYMmR9EGo8KRfsMQEQfR2ZGAogxRB9ygUYUa1JEIMbMRgb1XEQhKFlGjyrqRCO4dUZdwmhEJStjRqW+8kQon0BGEYJtRDKJqUX4ZTNEONM8Ro9zX0Q/051F6TQPREGB10Y+xhRERqovRfkxaURJSYZGKoA8REoKK0XyjxxETPq2RgxSHkRQXRRF66VCRFJKDkaVFxtEVw5hRfHUq0RYAcZGAQ9IRFnjhkXx++NEXC6XRfx98URkcGVF5imBRG0ZAEYbaRlEbfByRgiJDERwDbBF8bwnRHC3pUYYAKlEcL3LRyYOvERwwh9GHWFfRHDGREX4QnFEcWeIRlUHAUR3TkZGKtpO</peaks>
+    </scan>
+    <scan num="627"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT321.616S"
+          lowMz="52.448070526123"
+          highMz="973.089111328125"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.690104e06"
+          totIonCurrent="1.7741436e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="628"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT322.108S"
+          lowMz="52.158790588379"
+          highMz="989.248596191406"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.1802655e06"
+          totIonCurrent="1.2687124e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="629"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT322.62S"
+          lowMz="50.06156539917"
+          highMz="997.53515625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="7.6261735e06"
+          totIonCurrent="1.5853666e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="630"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT323.117S"
+          lowMz="50.864807128906"
+          highMz="998.008605957031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.609728e06"
+          totIonCurrent="1.661199e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="631"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT323.61S"
+          lowMz="50.498176574707"
+          highMz="989.237915039063"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.196984e06"
+          totIonCurrent="1.7110574e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="632"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT324.103S"
+          lowMz="50.397373199463"
+          highMz="990.279724121094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.376481e06"
+          totIonCurrent="1.1490416e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="633"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="281"
+          polarity="-"
+          retentionTime="PT324.621S"
+          lowMz="51.401279449463"
+          highMz="989.235778808594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.709613e06"
+          totIonCurrent="1.3317381e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="634"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT325.115S"
+          lowMz="51.79069519043"
+          highMz="989.236267089844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.5592905e06"
+          totIonCurrent="1.3379302e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="635"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT325.617S"
+          lowMz="53.000144958496"
+          highMz="989.229370117188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.4494925e06"
+          totIonCurrent="1.3496638e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="636"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT326.116S"
+          lowMz="50.915718078613"
+          highMz="989.253662109375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.1262165e06"
+          totIonCurrent="1.4237255e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="637"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT326.615S"
+          lowMz="50.176425933838"
+          highMz="989.247924804688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.949476e06"
+          totIonCurrent="1.6402835e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="638"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT327.11S"
+          lowMz="50.506855010986"
+          highMz="997.826599121094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.045356e06"
+          totIonCurrent="1.5325899e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="639"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT327.607S"
+          lowMz="50.17635345459"
+          highMz="993.397766113281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.2170125e06"
+          totIonCurrent="1.4986289e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qki0lkWaFP9CTBJ2Rcq7B0JMovFFunOaQlQOd0XvZ75CWX/XRbrEWEJZgPVF9DiwQlm2cEXKOxBCXWXqReRVeUJgeT5FyBgsQmWBwkW2NOpCb1dqRb30NUJwxOZFuu2TQnIHgUYCFMJCdrcmRdrypUJ38/5GdVspQngN7EXR7CdCfAQmRbyvX0KAAktF05iRQoKpuUXLSR1Cg27URdB8UkKH0TFF30i5QohkLUXfuHZCiUMLRa6s5UKJry9Fygp5Qov+nUXksl9Ckb06ReB+7kKTzcpFxWH+QpQri0W/eBtClgR7Rd2/W0KXZXhF+uCFQpfevkXLt2RCmHctRc/sZEKZNn1FvpItQpmU+EXTXetCm5RnRdZgRkKdUUJF4xI3Qp8crUW/dWVCn0KQRfKWj0Kg8BFGPnbaQqDwwkaSHNFCoPFHRspaPEKg8bxHRxugQqDyOkctT8xCoPNbRgfaYEKg881F+DrqQqHJuEXP0HRCofMTRlgVwEKiRsBFvyC8QqYMzkeW0ipCp1rYRd6KJ0KoBHxGGe0QQqh1S0XZiaxCqPmtRc+HLkKpNURF2XmHQqtdg0WzgqVCq+ozRgTxfkKr9gFGnWtgQqv6tEYmFqRCq/1TRdVOE0KsAeJHHofFQqwJBkYYHutCrA3FRp3kGkKsEd5Fv0+VQq4EdEaZkbpCrgo9Rjg2SkKuoCJF8MiuQrH55Uc2IXlCsgx7SCUjG0KyDTRF7dB+QrItHkXIS+FCsuVTRdOnvEKzuJBGFbFfQrRkwUXfachCtdHWRqwoaUK13TtFsOo0QrXhf0YiAIZCte5eRruw6UK18b5GVUgmQrX7KkaZCG9Ctf47RpeJ+0K1/vBHBOLgQrX/jEd4NyhCtgA5R9Ez00K2AcdK+sNpQrYC/kfp13xCtgQBR9K0TUK2BOlGmusLQrYFa0YihGRCtgXQRnO9TEK2BmtGlidaQrYHFkZT7KJCtggrRrSaS0K2EbpGEGVHQrYVG0ZG0Z1CtjG7RnAY3kK4A2FIRbGuQrgMy0cWTsZCugPeR4CCdEK672pGEkizQrr/cUW4NWlCuv/oRd0WJULB63JHW5hxQsHwW0aP6VNCwpJiRcVPwULDh29F3oqDQscU4UXSwrZCxzW1Rdzq7ELJDftFzuKLQsvVekXVU3BCzEo4ReqrT0LQrUFFyBGsQtQU2EYrHOVC2MGDRbkDnELaFL9GHw75QtzN4UXULBhC4KneRcT1GkLhMJ9F9O7KQuExekXLkohC4fiAR8W3HULiqL9GGf1vQuYHfkgQWy1C5sSoRd2iWELntHFF1MpOQuocZkY0uk5C7JcRRdB8sELy1LxFyGBpQvqlQEXTdDJC/A+oRu1NqkL9BUVF5fRXQv4HlEZPy1VDAQ4/RnUHl0MBy5ZFzpDoQwJB0EW9efdDAxNCRcoQWUMDJ5lF2fqaQwZFo0XRI+tDB0ISRc56NUMHa8NF8GOgQwpBgEYE/cZDCwpCRdR4MEMLGU9F11siQwvE30W4zspDDQKCReB/8UMPI4FF0i2xQxAdS0X0/XlDEIy4Rf/7fkMQ9R1FyJlfQxILCkYg7WFDEmP9RgfFh0MTekNF2DQaQxb9z0aD/J5DFwoYRoEAHUMYNbRF4UbWQxj9AEZBNyRDGoHqRiNq+UMbC/NGCT9rQx3j/kXXZuZDH4GvRcVemUMg13NHLdBIQyLWtkc5GsdDI7rfRkRYW0MkvMhGBKzyQyTV/0YESdpDJuxERdSRa0MnyZ1F2VYdQymY/UYFpwhDKZs/R9A2CkMs/a5Ht5W1Qy3NqkY+lx9DLxjdR6TGC0Mw4D1GNjWwQzIM7EabEv9DMvoxR0sxC0M1DMBGNeqPQzW5kEZOPkxDNnKFRe5a+UM2vHhFyNbzQzjWBEX/TARDPAjvRkUFIkM9EJ5F9jQMQz0T90Yb8TNDPRUFRg/xuUM9FZlFtSAlQz7tnkaWTQ9DP5IKRdbCQENAfHVFwhoIQ0Fc0UYMEwFDQV0kRghzokNBbAlFyIVcQ0FuN0ZjqxlDQYIrR0LdlkNBlitGUbRPQ0GmtkXswF5DRPQTRfzbXkNFEQxF/ovsQ0WhvkXYNfVDSTRhRqpYdkNJSZxHl96aQ0le5kav7bJDS+8hRcSipkNMN59FvRp8Q07430f8o5xDUT5IRcKV8kNSJOJF5sO2Q1JNlUYnbPdDUwy9RkY5rUNTDdhGcXnvQ1MPhUlixWVDUxHuRm69SUNTexBF7GpgQ1QQYkeMtZ9DV0gXRhiuNUNa/wtHqBXIQ10+zUXSPUNDXkiURgElr0Nfrv1F+kfcQ2As4EXzVPBDYw4eRi+iMUNnjUZFyCyvQ2uD1EXtJVBDb9LERdYqqENxazZGWWycQ3IDM0bfCAdDc3laRgN1xEN1OZRF183SQ3cHP0aUASZDdwm/RhYLvUN3qpFF4ZxKQ4CIcEbqxZNDgX7jRjqUIkOB0QVGb/d4Q4JgdEXR5UFDgoDhRs7qfUOCkYpHJtc/Q4MG50XO2WZDg5FBRjGZNEOF05xGAbwbQ4eVQUbgu51DiJJ4Ro04iEOLhihGD1mcQ4v+lkZIHRhDjSAFRd+gvkONiDlF2jgSQ49BI0Xh4RJDj2OyRcfbGEOQABBGX25MQ5BRAEXWqYlDl2rmRnCQUkOXgjtGCxxTQ5hZN0aZw1hDmaapRc5gG0OajJhFyTLfQ5rWKEXEwexDn0KlRdC850OfRyJGnMHRQ59KDkbkG0VDn01YRielLkOg8dFIGi9XQ6D1CEYqfSlDo4PURsrEoUOjr0pF8pBKQ6PssEXOYCZDpEx9RnAUTUOnYj9F0i5ZQ6gPWEaQaNFDqIq/RktlwEOoj+pF459eQ6kLOEfC5ARDqYuRRifj2kOrH7dF/W/CQ7Hv/kYA42xDsgj9RlgPPUOyIgVGWym9Q7JU/kX2ppBDsuVSRlZEv0PB059F6y/EQ8OHiUYmeF9Dxvx2RszrHUPJmSdHgj3VQ82TX0Zg3gFD05AYRh5k7UPWmAlGcxOgQ+HgE0X2oDlD5Wd8RqP3Z0Pmxx9GUIarQ+nH5EXkHkJD7JchRjP7RkP4n/BGDPVaQ/4q9UYFztZD/r5cRgdmeUQCZL1F2JdXRAMTP0Y+ctZEBaCXRfH2GkQGd1VF6WuYRAdr1UanjaBEB2+7RdoOvEQLJapGiv8oRBCxLUX/khBEEgtCRl6P3UQVvs1F2MuARBfU8kX7F+1EGdAURexGq0Qg3DdF/4y8RCEpl0bMiXpEI7snRkO40kQlK9pGiQkdRCjjdUXXEcRELEVARfA6sEQ1MCVF1te1RDjV+kZtukVEQMVHRgJ/TkRBgmFGM9DFREhEFUXoTtRESJN3RfBc6ERJSahGFoAxREoPLkX8ll9EUGWyRdWc8URSTYBGHatQRFor30X1UsZEXd1vRdbTkURg3JRGB+GrRGRDtEXThS9EZTVEReKuekRvGORGAQ4ORHC/wkdOFxdEcNMaRgTJIkRxa3lGhl8HRHGbEUXamolEdAE3ReObXkR1orFF8cMoRHdQzEY+gTBEeFl1Rdn1rw==</peaks>
+    </scan>
+    <scan num="640"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT328.103S"
+          lowMz="50.63126373291"
+          highMz="990.155090332031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.493655e06"
+          totIonCurrent="1.4924549e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="641"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT328.598S"
+          lowMz="52.115837097168"
+          highMz="989.512512207031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.920543e06"
+          totIonCurrent="1.528546e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="642"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT329.092S"
+          lowMz="51.455371856689"
+          highMz="999.482299804688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.533798e06"
+          totIonCurrent="1.439187e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="643"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT329.596S"
+          lowMz="50.357482910156"
+          highMz="997.2060546875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.994511e06"
+          totIonCurrent="1.4568824e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="644"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT330.084S"
+          lowMz="51.426525115967"
+          highMz="989.268737792969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.431794e06"
+          totIonCurrent="1.401537e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="645"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT330.577S"
+          lowMz="50.535373687744"
+          highMz="990.18603515625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.8072835e06"
+          totIonCurrent="1.3492026e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="646"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT331.08S"
+          lowMz="50.889915466309"
+          highMz="989.275573730469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.26887e06"
+          totIonCurrent="1.5370748e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="647"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT331.574S"
+          lowMz="50.131237030029"
+          highMz="999.145935058594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="9.345063e06"
+          totIonCurrent="1.5626857e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="648"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT332.07S"
+          lowMz="50.372737884521"
+          highMz="989.275207519531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.313694e06"
+          totIonCurrent="1.5944475e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="649"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT332.56S"
+          lowMz="52.667285919189"
+          highMz="990.869384765625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.480931e06"
+          totIonCurrent="1.4271744e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="650"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT333.061S"
+          lowMz="50.447788238525"
+          highMz="965.69189453125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.095145e06"
+          totIonCurrent="1.5251802e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="651"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT333.553S"
+          lowMz="51.207363128662"
+          highMz="989.268615722656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.771373e06"
+          totIonCurrent="1.4155183e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="652"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT334.05S"
+          lowMz="50.07275390625"
+          highMz="997.972961425781"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="8.938293e06"
+          totIonCurrent="1.4845569e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="653"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="374"
+          polarity="-"
+          retentionTime="PT334.548S"
+          lowMz="50.648262023926"
+          highMz="989.277099609375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.3429625e06"
+          totIonCurrent="1.4897291e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="654"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT335.042S"
+          lowMz="52.126937866211"
+          highMz="989.277954101563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.7305685e06"
+          totIonCurrent="1.0678837e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlCB/EViKLtCUr/nRX2uZ0JSy1ZFbqeGQlLrY0VCpytCV0x6RWOg10JlxBRFXAxLQm/oDUV6s9xCcRquRYaUk0JxlDdFPFRzQnfz/UaWBzVCf6PWRWt0LUKAUx5FfEizQoFyL0VxhUJCg3s7RU60SkKGtsFFc7bsQofsvEVm+05CiD/LRZwaBUKIXTdFc7fbQoltLUVS/WlCihmLRWRvv0KLkWlFftdsQowG7EVbhhdCjxU0RW8ejkKUQzRFVtkNQpTNCUWDq3ZCl2h2RW7mMUKbHShFcOcQQpzfskVqhoJCnzkkRWauiEKg8AVGOIfyQqDw1kaoKpZCoPGURv9T/kKg8sdFvhN0QqDzx0WL1DlCoPdZRYHHD0KhOelFdx5vQqHqa0VcUidCofMWRgT+QkKiD2ZFjGEOQqQU+kYGcrxCpI69RWOZxkKmDMpHqFkSQqgEhkWoy79Cq/ZBRhp+/UKr+uVFmzquQqv9eUWDA9ZCrAE2RZlkJUKsAh5Gq4WsQqwC5UYPbNhCrA31RirLrEKsDsNF3sMNQq4Ec0ZbfShCr01uRYRYmEKx+eVG3yPRQrIMhUgerDRCsnQPRYI6+kKylPtFm4uwQrQJkkVcakxCtQENRazbvkK1gRtFm4wVQrWL6EWol8hCtcidRYF8+EK10dlGkireQrXZTUWgL6dCtd5sRc2iUEK14YZFl0nkQrXucEZn39ZCtfHYReJPj0K191NFuSVQQrX7JkaUiCFCtf0xRaSsxkK1/bpGVcGfQrX+w0aISb1Ctf+0RwP8l0K2AFRHjfZdQrYBCkhcmQ9CtgHISq7iEUK2AyVHtdhcQrYD30fgCjZCtgUeRlwND0K2BcVF1h4dQrYGHUY24YhCtgg4RppMGEK2DJlFm081QrYVFUYEm5RCthivRUDFUEK2GPZFS7FVQrYx10YltjdCtwPsRWjQrkK4A19IArytQrgMw0b6HMlCuJcMRVTAh0K6A9tHS6H9Qr4MpkWd3H9CwetuR0AqCULB8EBGbbK4QsO430VxLlBCxAybRadMjULF2YtFd03nQsZf7kWMEVpCy06nRXyZfELMsGVFarbGQs3puEWDdWdC05KiRYOJYELT19ZFX0B5QtQU5EYNumRC2hSvRk85dELaZXtFhOXiQt7XZUWRoG9C4BpeRcHcTELhpd5FZYlNQuH4fke3wMNC4h8GRjw5V0LiYD1Fd2VlQuJ/wkVhRp5C4qmqRb3efELkesJFZV50QuWHFUV/FwFC5gd6SBovh0LoCU1FpNFZQuyvOkVYQwtC9UUWRXLJuEL43O5FbRtTQvu7BUVZTgpC/A+jRt7BW0L8IL5FaGVPQv4HfUY0fzFDAAjoRaMM6kMA9XtFgYDoQwEH3EWqzkpDAQ4pRifdhUMBojNFZMm2QwI1lkWBlI9DAyThRY8rgEMECuhFdGYOQwU1pEVwKN1DB9oVRYM+3EMIDQlFrkjQQwhMOEViEZtDCIENRYz9mkMJBjBG9Qg+QwsaJkWQ0bdDCyyARX0REUMOF7FFWe6JQw72rkVsPPpDESeSRWoUbEMSCLJFeQgRQxLwPEWfGXhDFv3IRkU+1EMX1JtFfrabQxkGAkWfI61DGn+CRYIubEMbceFFXVtZQxu8x0VdYMRDHQzhRwarlkMdqKhFVVCDQx5CnkVpOYVDHteXRZQSSUMg13tHT/C0QyEtcEWMF8BDItaxRxcWCEMi+4NFl+ydQyTV8UZgMIdDKLbzRWuCvUMo8uJFp9jvQymbmEd1EhJDKuOyRYEERkMs/bZGfBDfQy3LSkWfLB5DLsCLRWwWDkMu9I1FzhAoQzINAUaBMgBDMvosRx+3/kM0+QdF5V++QzW6dEW/4TdDNcxxRaGohkM28wJFhqmCQzcNkUVsOFJDN0LjRY5KAUM7RLtFiVF5Qz0RPUWPAiFDPRKRRbINjUM9E0JFku9IQz0UYEXRcaxDPRYTRY+58EM9F2NFlKEZQz0YFkV9mBBDPVFKRXwuDEM+7YZGafKKQz8CKkV4XJ5DPwTNRZnd2UNBbkdF0Py8Q0F2UEWfxYtDQYEpRYS+XkNBgnBGuoqDQ0GDvEYKqgRDQY5xRZXcIUNBlnZGHbAZQ0OjTkV/Ga9DQ89kRbb8NkNE8ZxFjm+LQ0URKEWIwqNDRc6tRk5Z6UNG77pFvoJNQ0fN4kXF0tJDSN8xRX5rNkNJNJhGSw6bQ0lIe0Wp/0lDSUnfRy/yfENJXxdGPgnPQ0sAYEkm9kZDSwLORhYOZUNMAThHG8mzQ0z/OkaMEbBDTvjbR+fACENP+apFmzRjQ1AlakWEU9NDUJfERWHtjUNRCqtFiQ6IQ1JJwEW9lZBDVO4wRYs2CkNXCsJFdiMvQ1cXSUWFLEJDWv8SRoWxyENhCw5F0X/wQ2P+oUWX9kRDZgVpRYJeIUNm/wVGQAvAQ2rzhUWDHixDa+zcRZ+7gkNxHmhFzSo0Q3FnNEXpCENDcWnARZktNUN1IR5GHJBkQ3WtgEWF9mpDdwbkRYxRJ0N6TfxFfHqUQ3sDRUX5eR5Dgc73RaEgzUOCgOdHDn50Q4KRt0YRNf5DgxHfRYrv+kOGCn1GyLKBQ4bz7UVbgCpDhvQ/RVHgckOHlSlGF5aqQ4hag0WFlilDiICoRX/QC0OJtkZFmiy1Q4v6dEVymGZDi/xeRe7ZyUOL/bdFompuQ4zxykV0dx9DjiWJRYoorkOP06RFcPDqQ5CE3EZQSRJDkZFVRgf34UOSjpRHRqoFQ5N5dEWFe3ZDk+L9RW1ss0OUMCdFYMuQQ5SV+0WJW8xDlO7qRYwQf0OXaK5Fmrf3Q5eSOkXCmgJDmFkvRZuQm0OYWitFy1hmQ5hb/UVhfkZDm+dHRVrT2EOcPBFFdUKUQ5zLokVuVlZDnZzBRZALK0OdsphFZNBYQ54Rb0V9gjVDn0qaRhuks0OfTDBGiePOQ59N+UWYsy5DoOlbRZAINUOg7vhGHWfEQ6DxaEeo5n1DoPONRgJdVkOg9RpFml5eQ6D9CkXcdsdDoQsZRYjyM0OkShJF1H6QQ6UDk0aS+QpDpoEFRY6tzEOoip1GL/3lQ6nt+EWil29DqosHRdC830OqjeFFhMrJQ6vytEWIAPdDrYlIRZF5VkOxGpNFmculQ7FDpUVzcKxDsgnhRg1lV0OyDHhGIdteQ7IirkYJuPFDsuKCRejDLkOzAWJFfJLAQ7X7RkVu1/BDtmkTRYlIOEO5jJ1F8H0AQ72D8EWZYPxDwlPpRXKss0PDhINF2lMpQ8b9WEX10LZDzfQqRYIeLkPQArBFi06dQ9A9KEWZk4FD1pUJRhNYUkPXPJlFqqWlQ9nbEkVZugZD2tSzRYJZlkPbt6BFbD+ZQ993IEWEnjlD5EJZRZAc4EPlZz1GW89VQ+bH/UW+PQVD6xDWRyGR40PrkTxGJT0VQ+yT/0YCohFD7RZ/RXVWXUP68yNFkeimQ/wkWEWEuxtD/QIrRXNN20QCl7tFtFezRAMRYUWdZr5EBVLyRYL3e0QGKaNFa7lvRAZPVEWkUEVEB2yXRhmRwkQKed9FhYrJRAqUkUWGTPBECw4DRd7DdUQLJktGSfTiRAyKxUVq05REEHtyRYrh3UQSCXpF7DpsRBPOIEWF6E9EFELVRYkrC0QUguBFhF+DRBYX2UVnOrlEHVJfRYUnNEQgXpZFhI13RCEpBkW8kNREISpxRk2VLEQhLi5FllWiRCGiR0V0xLJEI7jKRdBUckQlK6RGX9m5RCX9WUV/L8VEKoh7RZoGwkQxI+pFZp6hRDURMkWQ1NVEN+teRYYJnkQ409ZGCCUyREFu7UV8YHhEQYKFRbek2kRCOexFbmI6REiRREVlUClEUHZORZWtukRSSlVF50AYRFmeeUWJfV9EYnN0RZRGPkRqYS5Fg4WuRGu2uUV+iV1EbQMsRYwRgkRwwNVG2KK0RHFn9UXtUkdEd1HKRdrxtw==</peaks>
+    </scan>
+    <scan num="655"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT335.565S"
+          lowMz="50.298782348633"
+          highMz="990.196105957031"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="8.333958e06"
+          totIonCurrent="1.4301832e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="656"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT336.066S"
+          lowMz="50.767482757568"
+          highMz="989.304992675781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.3711305e06"
+          totIonCurrent="1.5288285e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QksR50XGDe9CTlgjReWdBEJR6bVFxKO+QlPaZEXBx75CVcVORb6nF0JXaGBFwzwiQljA7UW+e8hCWYk/Re6wQkJZvL9F2jv0QlyeLUYAHwdCYGqyRgKJ0kJnz7VF2WqCQmiYvkXoVN5Cb8qJRd8x3UJ1C8FFxRYMQnfz8EYlbZxCeDGARfBkkEJ7VMtFz/WVQoDlBUXnTPBCh1EPRd3PJEKJ+15F+uZ2Qo1nakXcJjhCj07WRddz4UKPxAFFrUGRQo/I1EW21mtCkrs8Re1SC0KTMSRF0SHAQpNpyUXTqBFClXYNRdaKPEKV8r5F1SnIQpYEbkYsE2ZClgmlRc07lEKWuhpFu2GdQpa6pEXsTCtCmTDcReJIikKZsAZFynseQppQLUXf6oRCoO98Rk49NkKg8BhGiG4BQqDwZ0Z3UnFCoPEIRyD8cUKg8cBHZKB1QqDz30Yfc1xCoXTBRcrNQEKh8xBGgpVCQqJ2VEXIJA9Co7iXRexvf0KlC/BF3cDWQqYMzUeZg7VCpoqhRdZHOEKr9m1GpcAYQqv9e0XFm71CrAEkRhVGHUKsAklHF/ymQqwE3UXvcI1CrAzJRbP3IUKsDh9Gq2jmQqwmvEW/ASFCrGvlRcNElUKuBHtGlSPKQq4KJUYZWG1CrjQTRbO06kKwoehFxSmIQrDk9kXsAkpCsfndRxtjJUKyDHdIH5FMQrIXCkZEgYdCsivGRdqyQkKy7AZGAcdAQrXFSEXGLLpCtdBJRiUk7kK10dtGsBhRQrXX0UYN301CteGuRkZ+DUK16EBGAp26QrXuhUbRegVCtfHKRkW/gEK1+01Gn0yAQrX7o0aNeYFCtf4lRv3U4kK1/uVHAx8TQrX/eUeLwMZCtgAqR+Qz3UK2AOxIRiVFQrYBxEr/d3VCtgMKR9IXykK2A+1H+v8lQrYFvkZtphdCtgdwRfw2pUK2CBxGrJueQrYRrUZIKupCthMDRgbuE0K2FQVGSK+8QrYbSUXIomxCthzmRdf5y0K2McFGLwn1QrgDYUgrSKRCuAzHRvszK0K4PDFF5XCeQrhWI0YyFspCugPaR4o9EkK67WBF2ua9QryZt0W6nEhCv4XPRcQ1CkK/6qVF9Lg9QsDpWUXQD9NCwetwR07NG0LB8FtGscwGQsOGP0Xg+HpCxbmlRfGfvELGJoBFzN7zQsZH0kX9aIhCypUIReQe1ELK34pF2sWjQsxsAEX6jGRCzyh5RfP2VkLQx09F65YrQtJDHkXDcEJC1AAAReoG0ULUFNZGL2XRQtoAEkXb7JlC2hSwRiNczELa68JGAKW1Qt2yl0XeOcBC4fh2R+ZDFELiHwtGEEb+QuKMIkZQlZFC5Z39Rb/+KkLlnsRFy230QuYHdkgNOXRC5sRpRelx5ULqHHdGGYvqQvwPlkcJUA9C/gd0RnxlhUMA9Y5GIF3aQwEONUYqXtFDAmRoRgZskkMGyUlF1dgRQwflSUXVKLFDCQY6Rgo0s0MKpmNGAOtjQwsOakXdUkVDCyb/RhI2aUMLvkdF50lPQwxhH0XRj+RDDPxZRd5zo0MQHH5GA/u7QxLwKUZO8MlDEvHrRf5qIUMUjwhFznH4Qxb9xUZgNXFDF+ALRhTRQEMbIlRF6gFqQxwHT0YEWP9DHQzgRw8PU0Meoh5F6BHwQyDXdEdUzORDItauR1XymUMkIMdF7zpfQyRiM0XgdoNDJNXzRkHw6EMpmcdGHM85Qymba0fPNkZDKZxcRrYrHEMppPBFxr5WQyz9rkaqwcBDMN9FRh2v8EMyDO5Gxon8QzL6M0c5/ABDM+XARdy7SEM0VHJF8EkUQzT47kYdD9BDNbtzRiKHy0M2C5xGj9eOQzY9wUX6i/NDNypPRcfv9UM4oJJF/DD8Qzi6sUXVMrFDONP9RiSrykM9EIdGGmp3Qz0R8kZeddtDPRMoRiDVrUM9FOJGGKiPQz0V5kYiA31DPRfiRdSi+UM9GnhGK50UQz7dkEXVA89DPu19RlhuYkM/9ihF4UqOQ0FqfUYHw8RDQW63RkXGM0NBdiVGQUqAQ0GClUc6mDBDQZanRntAv0NDz2dGMgaWQ0XOv0Ysm1BDRvDeRdzqYENHzhZF7N/HQ0frE0X+8ChDSTRCRrR7fkNJSXpHsDD7Q0let0a/LkxDSvyVRe2O5ENK/txGDJojQ0sAWkksviNDSwLNRhc3skNLA3xGKZ5jQ0sW4UXhcBlDTAEoRy2wjENMKTBF7uy5Q0z/QEbo/btDTvjZSBEI20NSS0ZGW+4lQ1UThkZpyqpDWuhURc4OzUNa/vNGVAgKQ16YTEXm8m9DYQwdRjD5xkNhDtRF4Da5Q2Mm80YEWHpDY+6ZRelSsENpAxpGWZUsQ2zLtEYZ685Dbjg9RdmWuENwawhF45EWQ3FopUZlld1DclgsRdrrbkN5aqhF2LVXQ3sDTkZcgJ1DfxvuRdooNkOBz7RGXv2FQ4IDAEbK/JVDgoDrRxP25EOCkXpGL0VeQ4OwWkXaEJFDhgqORu+jpEOHlSFGRGSuQ4g7TEYjCjhDiyuZRd3L0UOL/RtGNtm7Q4v+50YF3yZDjY8lReySbUORkTxGBHLHQ5KOhUcZXW9Dkw7FRe7LNEOXaWBGgU2GQ5eSY0YMQX5DmFdJRjOq30OYWRFGOHnKQ5lCxEYRNhdDnMqzRes+fkOfSSBGIP0aQ59LKka39ZVDn00xRqMCRkOg7p5GLHH8Q6DwgEdU8XJDoPHASCHCcEOjdhxF0vvpQ6O6W0YZZhZDpErNRnKQJ0OkUxhGBX69Q6TteEXkosNDpQOvRnOrp0OoCTNIh0s/Q6iJlUcMo5VDqnWwRfaCr0Or5QNF5JHnQ66kr0XbeWRDrwXCRdqSXUOwAb9F8pM7Q7F5DkXtv5ZDsgqMRpSMjUOyIh9F/rOwQ7IjsUYZmHBDsnkgRdQhUEOy44BGYqejQ7OKmUXxf0FDugZURhWet0O6+HhF4FRCQ8OFZEZXm5lDxvmrRkxUPEPG/DRGisVuQ8w3iUYLNFZD0z/ZRerIhkPU0CZGHQ7gQ9aWAUZn3GBD2ZXlRgaAfkPaX/hGAnJKQ+A/3UX8LWZD4f3UReosQ0PlZqdGj6DKQ+bGQ0YOSepD6xCcRsLL3EPslNNGfRwCQ/K9VEXPvWpD9YJARc9tqUP5d4RF31F4Q/8hmEX0M7RD/1wXRf/dREQDEdtGjY2WRAXIGkX6meJEBpK5Rer6q0QHMZxF9IJhRAdprUYCwpREB2uhRjXlfUQKTFVF733xRApXS0XIwopECpiRRhAP1kQKrZ5GIevLRAsm50a2sQFEC1dYRfS/dEQN6q9GAg15RBIJm0apZ25EG7dhRf/wiEQcZbZGEq+SRCEoskaKxRREISzGRheumUQjuWZGd0JcRCUpPEX96ZJEJSsKRqhYJUQooi1GDQa/RCvEM0YB3FZELBlaRe/GikQ3+xRGFdkzRDge90X4O/tEONRFRqOrFUQ7qqpF5xXhREGDG0ZPopxESrjyReSvAURQZLdF/Dz4RFCypEXh3+lEUktlRm7TCkRYz4ZGDVgxRFszyUXnYdNEXyZvRfPD60RnA+9F+CwPRHC+PkbtFwZEcMD/RnwiCURww2NGTjAzRHDFzEYyl+ZEcWiXRpnv1ER3U4VGIP/z</peaks>
+    </scan>
+    <scan num="657"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT336.562S"
+          lowMz="50.190181732178"
+          highMz="989.292358398438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.311907e06"
+          totIonCurrent="1.5446464e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="658"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT337.055S"
+          lowMz="51.038948059082"
+          highMz="989.276916503906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.590599e06"
+          totIonCurrent="1.5589581e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="659"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT337.55S"
+          lowMz="50.237434387207"
+          highMz="989.27001953125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.9900585e06"
+          totIonCurrent="1.3902073e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="660"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT338.049S"
+          lowMz="51.495613098145"
+          highMz="989.268676757813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.593747e06"
+          totIonCurrent="1.5225509e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="661"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT338.542S"
+          lowMz="50.870594024658"
+          highMz="989.273986816406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.628708e06"
+          totIonCurrent="1.4670104e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="662"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT339.038S"
+          lowMz="50.271312713623"
+          highMz="998.471984863281"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="9.238618e06"
+          totIonCurrent="1.5345482e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="663"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT339.531S"
+          lowMz="50.710147857666"
+          highMz="989.283752441406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.284026e06"
+          totIonCurrent="1.352102e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkrXMUW8rDJCUsscRdF2e0JS+WtFyrK9QmPlw0XK4PdCZeOVRe7UjEJmM+JF44s8QmZDdUXITQJCaQ+1ReDKpUJ1DN1F1ohFQnec10XJPelCgDPsRcyfXkKAVRpF28UfQoHSYUXIpDlCheBSRcWEWEKGwMFF3I90QobEU0XmEdtCjLkKRcZ8hUKNbXRF2MVAQo2IjEXZM5BCj1zLRd0lIEKRwa5FwEqWQpn3NUYDJEpCmffFRbAjsUKbEItF045gQp229EXOxldCoPGQRoZfvEKg8tpHkUsSQqD0U0YRVS1CoPbhRemhHkKg98xGTX/jQqHzG0YN6qBCpDCfRcerk0Kk26FF64i7QqXGzUXmSH5CpgzJR3EpyEKmchlFxc4WQqeXCkXKkAhCqYwnRdd23UKr6lpF2x2tQqv2DUaeNLFCq/qqRkAuhkKr/VNGMRnVQqwB9kcPtENCrAj0RbmLnUKsCYdGEcbiQqwNNkXv6G5CrA3RRpnJ+kKsEDZF326RQqw9UkXX+BFCrgRpRpKiO0KuCjJGHQetQrAIJEW772ZCsNg7RdVlY0Kx+dZGqaAwQrIMdEgWZbNCshWkRcPXUUKy3+VGDjzFQrLsWkYevGhCs0KaRf76VUKzuK1GK6K/QrP8W0XVGX5CtD9JRd/JuUK1FSxF88NPQrXR4UbQaGxCte5SRmnaw0K18bFGOucVQrX2oEXcOepCtfpnRcaZTkK1+yJGkvDoQrX91kacJqdCtf4YRoqK20K1/rRHORnzQrX/WUaVP6FCtf/WRzmHtEK2AHNIEDFDQrYBwUr8zvRCtgQLR5ehiEK2BL5G60n/QrYFX0aB4n9CtggpRqTcx0K2DTZF0QbCQrYRvEYpU0ZCtjG3Rj/h2EK4A11IKF/tQrgMx0b1HEZCugPcR4NuyEK//O1F5aRaQsHrcEdz0wZCwfBDRmB4w0LDeEtF5/S5QsOsBEXiTj5CxJ7pRehdLkLHyo1F3vskQsgeYUXHBatCybndRfpNOULMvMlGIhW7Qs4wsEXSeJ1C0I5kRek4bULQoYRF1CIqQtDg90YEYbVC0WkQRd3D10LRj8NF1DX4QtQUzUYfFrNC2hTARiRZCELfq/5F/+9TQuAaSUYnjd1C4TMKRgSxPELh+HlIA92BQuYHdUfpkQBC9GAfRdGoeUL445VGDee2QvwPoEcXsAdC/gdsRlzU8EMBDjhGXhX2QwMUpEYC/TNDAzCVRdQmbkMDx+ZF5+vOQwTbuUX8J7JDCcyqRc1P0kMKQvtGJDWhQwslqUXXWWtDCyYvRcSe1kMLJvlF1FU0QwzxOEXh1slDDgMmRc7XX0MQHEZGM3/YQxBDCUXNsaVDEvAwRhFYWkMU4JxF8X3wQxXXU0XbndxDFkOeRdq8N0MW/b1GhL+ZQxcKKUctWapDGHXlRfxVZ0MZBNNHfYtXQxqDsUXxG2NDHXLeRddnCkMgAvVF93TjQyDXdEcR52xDItatRyX+WUMjvLFGB0m4QyTV+kYPDNFDKZsBR9VVTUMrtDtFu9eHQywv8EXaPMpDLP2rRqWKq0MtFXxF6P20Qy4FrEXq8q5DLxBFRfcW+UMxoORF5R5iQzIM00aCFVdDMjWhRfKujEMy+idHjsI/QzOdZ0XR6/5DNPkVRk+Li0M1CBhF+2TWQzW5b0YHBdlDNbsHRiAS2kM2C69GCH/GQzkLikYYMh1DO64DRdraMUM8FhdGAcxhQzwXmUaRXu5DPPxyRgqfaEM9D2JGF3BuQz0QUkYs1bdDPRJzRjJkxEM9E3dGY0JFQz0U/kYohbFDPRV1RimNZEM9F4RF/vsPQz0YX0YBCs9DPgzfRvTPr0M+7ZpG1TCKQ0FuO0Yx3YpDQXX8RjB3VkNBgjlHFKzpQ0GWQEZ06y5DQmDRReDnekNE9i5GKClqQ0VULUXQA4RDRvBdRcUWaENJNLFGuaa9Q0lJ7kehGzFDSV8hRoPIxkNLAGRHAbzdQ0742kfz7DpDUR11RfdYV0NST79GSmRIQ1JRA0W/o7pDUrs2Rdq2DkNXRv5GCh0oQ2EQx0aC+r1DYl6IRfwsHUNmGmNGspfDQ2nt50X/5RBDa+zXRi/w6kNviTdGCMniQ3Ft1UY0wLBDfnKwReMbjUN/M45F7R8RQ4DgbEXXmR1DgX7URowOXUOBzXdGC+d6Q4HSbkZT7I1DgoDZRirn0kOCkWdGHdcRQ4O8LkYQZpRDhohwRpoqokOHlSdGdZj+Q4g630YQSkxDiIDuRqpEmEOJgt5HXZg1Q4oDeUX6YDxDixvdRfvwm0OMACdGQGXgQ48mpEXcrmpDkJYERd3oNUORQSZF4SDhQ5MS+UYKOMNDl2y6RikfFUOYWHJF/0lwQ5haDUZaFZBDnBaLRe7i4kOfS7FGeF4gQ59NjEa7fYFDn0+wRof8eEOfUSNGbcwMQ59S9kYnLltDn1nWRgPMaEOgNmlF0yqVQ6DodUYFBNVDoPCTRlj01UOg8t1IJ2QoQ6D150YawblDoPekRdny4kOg/VxGCWhPQ6ROY0Yy8QhDpFEMRgURLEOlA5dGUOUcQ6aS/kXmSFVDp2IyRftDxUOoCUFGO00bQ6hAmkXtgchDqIpHRic29UOphmVGNiVZQ6/V1EYjiZJDse88ReheY0OyCeRGYcgIQ7IilkZlvqZDsud1RmZg+0O1LeBF5n8FQ7VdnUX4GiJDuQ9KReZshkPDibBGjmATQ8T/KUXlMGxDxsRiRew7Z0PG/XtGg2sHQ8lfxUYFqFxDyZktRrr9YUPKmz5HCPhIQ8uug0XervRD0JGzRcnu50PWkzRF8mf3Q9aaokYY3ehD2LeTRcuGg0Pg8sRF4ADeQ+SOykZdS2VD5WcNRpQM+kPmyC1GJItmQ+oya0YYYsND6xCMRrAvpUPsme9GVUE5Q+/05UXuNo9D8ioURgCF/kP65lhGAc3tRADvSkXh9dhEAktnRf2kSkQDFLRGgsmCRAdsX0Zr2jBEB4azRe0WskQHmiRF9f+JRAntK0YJaWRECyYrRqE7wUQLf8pGE/mTRAuFOUXrSu5EDNZuRdbokkQOyYRGAJV4RBIMzkZM2zdEF6g9ReV2ikQhKnNGt8DqRCO8+EZJdJFEJSt5Ro4qAUQlcWJF+SB4RCb1aUYAyZFELOu1RdwA20QuCN9F9lqARC6GBkXp2LtEMu/iRdNGPUQ3vRxFzMjWRDjYDEZsJzpEO7WRRgOTY0Q8py1GEwVsREGCZkZLpE1EQnOqRf27iERCgI5F6539RElJ00YAcOJESjEVRd72gURQjFxF5fK9RFMzDkXnc8pEU2m9RfGIEERTfQVF4wiaRFTQakXdpANEVwSHRgA7aERcHZ9F0xNnRF2v8EYEec9EZmnnRei3VURwvFZGHliERHDA7Uc2G/REcW4HRm/vxUR3AjtF3bLPRHdSKUZ1Rq0=</peaks>
+    </scan>
+    <scan num="664"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT340.032S"
+          lowMz="50.267921447754"
+          highMz="990.908935546875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.811243e06"
+          totIonCurrent="1.12636e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="665"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT340.535S"
+          lowMz="51.96215057373"
+          highMz="989.964904785156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.802838e06"
+          totIonCurrent="1.4340919e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="666"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT341.034S"
+          lowMz="50.749515533447"
+          highMz="997.516418457031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.642446e06"
+          totIonCurrent="1.5203712e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="667"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT341.527S"
+          lowMz="51.876834869385"
+          highMz="990.18603515625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.227395e06"
+          totIonCurrent="1.329038e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="668"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT342.028S"
+          lowMz="50.534832000732"
+          highMz="989.276428222656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.836163e06"
+          totIonCurrent="1.4891757e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="669"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT342.525S"
+          lowMz="51.733520507813"
+          highMz="989.281616210938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.74286e06"
+          totIonCurrent="1.5924052e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="670"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT343.017S"
+          lowMz="50.447902679443"
+          highMz="989.303283691406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.040717e06"
+          totIonCurrent="1.5598658e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="671"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT343.513S"
+          lowMz="50.968486785889"
+          highMz="990.245666503906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.775248e06"
+          totIonCurrent="1.4831382e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkvfu0Xd12pCXvvnRcD+KEJlmBJF2+f7Qmc/2UW7jDhCZ1ORRdzvqkJo/VZFt9IUQnD96kXNl91Cd/P9RkimQkKBfE5F7AYXQoJHCEXfPZ9ChA04RbEdRUKE8jpF3VLTQokOckXLjwVCiT7IRgi9kkKKuWRF3RylQov+t0YAcLhCj0ALReCNj0KT07RFxaxHQpQsekXNf99ClXMrRePddEKa6WtF8Ew1Qprsf0XevjdCnrU3RbxUmEKg8RFGjOlRQqDxmEa40rZCoPI4RxOYbkKg8xdHUf+NQqD0cEYqnYBCoPfiRiQFZUKh8ypGjtKKQqXlUkXO2zJCpgzMR85qA0Kngh9F2HAzQqhraEXZoERCq5RtRdYb5UKr7vBF2I2kQqv0RUXNOHhCq/YfRph7FkKr+ttF/Ms6Qqv9QUXqVGhCq/64Rf+0AkKsAHNGY+RwQqwB+EcMjbBCrANaRdS9M0KsDHNF8x3JQqwNykbHHnNCrgR0RrmHBkKveAZGEGHhQq++T0XZqXRCsT9MReZsaEKx+eJGmIR+QrIMfkg1AI1CtUpyRfh/K0K1gRVF6u1iQrXG70X7netCtcwWRggtmUK10RdGCPYaQrXR20cENYBCtdnGRghEA0K12ipGGkRsQrXdxkYh3HNCte5pRmANnUK18dxGStdKQrX7L0a1aqBCtf2GRfLgV0K1/dhGp/YjQrX+50c4rpBCtgHESwXmUEK2An5Is897QrYDLEfcR8FCtgQIRj0GI0K2BGdG8uIdQrYEtEbReTtCtggsRuk3AkK2FS5GOhyaQrYxyEaiRX1CuANlSEK3LUK4DM9HAIx3QroD3EeUZFtCuu5jRhz57UK7tihF2latQsBoV0XIKtxCwetsRz/kQULB8DpGdHoBQsPU1kXcw7pCxob5RdLmzkLKmZ1F7A1BQsszNEXdTaZCzLqhRdxUQkLOFFtF2Z/CQtNzdEXcTuNC1BThRmkPZELXLQ5FzZT9QtoUsUYQtgtC2jCXRdhCWULa24hF4KkuQt18W0XULBVC3lfyRdX9RkLh+H9ID7BPQuH/QkYHxUFC5gd+SBkGR0LqHGxGH2WEQurq4EXDd81C7U7rRer4OkLuGtJF1ib5QvWnt0X+x6hC+Q99RdUQWEL5MgpFvS1AQvkytUXMLBtC/A+zRyj24EL+B2pGfBvZQv4UcUYv2GtC/pD6RdDgGkL/2q9F+VLFQwEOL0dbrvNDASL9ReCS+kMDEvBF6NklQwMTiUXrPmhDBD6gRf7ivUMHawJGCojZQwpB20YPK3RDCxpcRfz/oUMLJplGK3xpQww51kXnEmJDDQR5ReeTIEMQG6JGJSnfQxAukkXtESpDEbiiRfMkhUMSC1tF91gEQxb9uEaI5DVDF3U3ReBCQEMZRIVF7UHRQxqCa0XWj2hDG7AzReDN9EMdvz1FztAoQx84YEXWnjxDINd7R1DjGkMiv5pF1hVVQyLWsEdL/GNDI7q0Rgm9TEMk1eNGbQv7QyUE10Z1WVVDJSCiRd4TEEMpbfdF/u3uQymbjkfeeXVDLpvyRgPNd0Mu+vZF+qJoQy8I1EXlldhDMePqRc0gtEMyDPBG5oaoQzL6LUeJnRJDNbrxRnnrfUM3B4lHLJiqQzjVp0XwD3tDO0AzRf+cYEM8F6JGYIZAQz0OXkY3eepDPRIgRjcWOEM9E55GLmDGQz0YBEYMq29DPR1aRis0XEM9IgtGBSUgQz4BQkYfhz5DPu2FRthdnENBKeJF+3egQ0FuTUZVbHhDQXX+RoLizkNBgjVHLNrFQ0GS1kXpRqpDQZY3RoGO5kNE8YtGIpnwQ0T01UYS8B5DSRONRoWUfUNJNAVGoFQzQ0lJLUeiZndDSV5QRrRvHkNLF29GPuSRQ0xohkXgZAZDTNGFRdLKVkNO+NlIHdSIQ1JNNUX7jblDUk5gRejAhUNTFUZF63NGQ1QHjkYGiJ1DWBEQRhYOQkNYEuNF468fQ176qkXhxjdDXwvaRpmjbUNkmLZFwqcGQ2TjTUYT5G1DahSqRpxAF0Nr7PBGODpNQ26qHEXWep9Db+6CReA71UNxHm5IwN7zQ3Fr7kYYNtVDch9FRvJM1kN+A3VF40LrQ4KRc0YY+ERDhJi3RfBNfEOHlVJGZAwvQ4v/BkXzXLpDjjNHRdq1xUOOdndGDFSpQ5Dj/kYMBitDkRR8Rt/k1EORJbhF1v+nQ5OSLUXoNExDl2vTRdfcuEOYVvdF2TExQ5hX10XU/ZVDmFk7RmDp6EOaYhFF7QF4Q59ExkYWXv1Dn0apRqKF9UOfSNZGTitqQ59JuEY2gPlDn0rkRifoPkOfTHRGuWggQ59Nh0YegdhDn06BRioTNEOfT3tGAyfSQ6CPO0Yi6DFDoOW9RdjfJkOg6M9GMV6WQ6DwlEcGKERDoPGmR3c+SkOg8vdIEijXQ6D1gEZnzgpDoP1WRj/lakOjm69F+wtJQ6Q6PUYLJo1DpD08RdkmIkOkTEVGS8b+Q6SVKUXzZolDpNSfRipXG0Ooi0NF+v6QQ6iWFkXwDs1DrZO2RfJg1kOvP8tGDRYUQ7IKVkZK6A9DsiM9RpprMUOy49BGMDPgQ7LlVUZIUL5DtJMPRp/3FkO8bLZF5y84Q7ySlUYSAV1Dv4x/RsJQ6kPAXWNGAH6nQ8OHfkYbrqlDw4izRiF5f0PG+oBGC7DlQ8b8WEaIDsZDyrw1Rf78U0PPvwlF4BerQ8/pNEX51AhD0kGORe8rsUPWmBtGQaGwQ9mtb0YYYTdD5We3RrnAj0PnS2VF0vftQ+ozP0YkMZlD7Jb2RhgDpEP1rtxF3nEtRAGkoUYBRy9EAxMARlISz0QDHgdF30F8RAT9AUXpZS5EBU0cRggNfUQHEQpF+WaDRAczq0Xq54lEB2orRg0YdUQHa9JGXw5TRAlnm0XbELpECqvkReuGE0QLDnpGOPX2RAsmt0aSDCVEDStZRefahkQSCvdGiXppRBhQSEX90hNEISPNRgZ6KUQhJgZF341BRCEnUkXv5vhEISnFRpCqxUQjuu1GMIzaRCUr8UbGdilEJxp/RfwJ4EQuXzlGACVwRC9h8EYCCJZEMFoCRf89hkQy8itF5JucRDQFNEXoHLRENDenReavnEQ41c9GV2mZRD8EMkXXH4VEQRDiRf3XSkRBglFGey81REKpxkYZZnRET2y7RfbddkRSTSVGi4dIRGTd90X6v6NEZbnZRgurr0RmHEVF74AuRGk1uEYOCWVEaqldRfPILURsnRZGCQx0RG1Ys0Xi2kdEcLXhRfVCiERwvBNGgF/LRHC/pUciQFJEcWtxRqb1wUR3UsVGjHKNRHePuUXkKZo=</peaks>
+    </scan>
+    <scan num="672"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT344.006S"
+          lowMz="50.796653747559"
+          highMz="990.857971191406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.603934e06"
+          totIonCurrent="1.413066e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="673"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT344.504S"
+          lowMz="50.863487243652"
+          highMz="989.291870117188"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.689732e06"
+          totIonCurrent="1.635617e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="674"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT344.998S"
+          lowMz="50.258396148682"
+          highMz="989.297058105469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.524856e06"
+          totIonCurrent="1.6618665e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="675"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT345.491S"
+          lowMz="50.193256378174"
+          highMz="996.754699707031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.675012e06"
+          totIonCurrent="2.2701374e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="676"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT345.983S"
+          lowMz="51.696872711182"
+          highMz="989.328674316406"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="9.952536e06"
+          totIonCurrent="2.7657496e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="677"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT346.468S"
+          lowMz="50.929134368896"
+          highMz="989.292724609375"
+          basePeakMz="212.001876831055"
+          basePeakIntensity="6.8703975e06"
+          totIonCurrent="2.6097926e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="678"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT346.966S"
+          lowMz="50.293304443359"
+          highMz="989.309692382813"
+          basePeakMz="178.05046081543"
+          basePeakIntensity="9.532484e06"
+          totIonCurrent="3.1846784e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="679"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT347.472S"
+          lowMz="52.304271697998"
+          highMz="992.466979980469"
+          basePeakMz="178.050598144531"
+          basePeakIntensity="2.059322e07"
+          totIonCurrent="5.8815312e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlE3k0YXrr9CUsDWRhiv4kJVdVtGBhVvQlmTsUYlMqlCZHqhRgd0lEJqkS1GGv1oQm2ZWkYhzONCb8j/Rg8LmEJx7jJGEmQ2QnY2DUYXhNNCebc9Rgsy90J8jopGC2LHQn7JgUYg1fdChOMvRi2Qd0KFWFRGBzuTQoeziEYIjudCiJ1RRgKmLUKO95BGFFWCQpGTakYXlllCk3/lRiyX/0KYeG1GGvorQpnMVEZBTupCmgZFRifGvUKg8lBG7HvWQqDy1Ubi3C9CoPNzR87Vb0KhgsxGFW5ZQqGFCEYeTSZCpgzZRyG/60KmQGtGFEtQQqlND0YrMeVCq/beRu1ipUKr+4BGgAt5Qqv+JEYk36lCrAKuR3GjWEKsDbhGH98XQqwOi0cIxRRCrgR6RoRmvkKv4ZtGCGFnQrGNz0Yk3YVCsgyBR2VxVEKy5WBGIXPYQrLr+kZXYqVCtUX8RgleJ0K10fNGj3o3QrXdn0YpX1NCtfrZRhpEdUK1+3BGpTMKQrX9hkYkHxJCtf4mRsfPfkK1/vxGr21hQrX/k0d09LFCtgBwR+j05kK2AQlIgr9DQrYB10rnTCpCtgNYR977sUK2BAtHjvyhQrYE0EaaXh5CtgYlRo1BOUK2CFhGnou9QrYxxUZA97hCto3FRhmYW0K4A4NIEuTBQrgM8EZk2L1CugPrRyPqAkK6H11GDil8QryHEEYQKb5CvmrnRjvhw0LB64tHhA0ZQsTi7kYxBlBCxX2CRiFt6ELO2FdGJJmUQs+v7kYSMU5C0jNWRjBAvELWS3tGFuMNQtaYOkY9xCBC3koVRiLRt0Lfns5GIbpEQuGkRUYVdutC4fiPRxdYYELipnlGNjASQuU1GUYmOzdC5bI9Rh905ELmB5dHNiPkQudPpEYlW8FC6T4ERhqppULslgxGJmjJQuyXQEYkcztC77nZRhYKBkLxD4lGFhdLQvI6WkYi+HRC/A/IRl5dikL+B3tGLif1Qv98YUYejypDAN+pRizeUkMDEwJGHbTnQwPFtkYd4YhDBAu+RlUhjUME4MBGP36mQwYPokh/P55DBxB9RqE1OUMKQXRGOt94QwsnH0Zg47hDEFkHRhOWlUMVGr5GHrZ7Qx8Q7EhC+dhDIvPARhyIJUMjuwdGNsZ0Qymb0UgT6jlDK2HuRjHFk0Mtze5GYfIWQy5e6kZPASxDMOCnRprluEMxBZlGSCkZQzFc40ZCYgdDMaA0RjjdIUMxvj9GdfdJQzHAEEaCjxdDMcTXRkKMtEMxyRhGRxQXQzHLdkdbCYhDMc32RojmCkMxz5ZGfpziQzHRw0ZygMFDMdjGRoRVK0Mx38RGGAoLQzHg+Uay7nFDMehSRj3qM0Mx8oBHGdHvQzH2/Ub/Q15DMgNqRn7VG0MyBDpHME6ZQzIG/0aQ/KtDMgePRy/gIkMyCW9HJHUIQzIJ2kf/RsNDMgrgSJhg8EMyC+NJFxlgQzIM80udHSJDMg7ySFQYDkMyD71HyymPQzIQWkc27F9DMhD+R2foO0MyEbVGunzHQzISxUccSRBDMhQ2RqDXxEMyFL1GUUk4QzIV70cc271DMiLmRp3AV0MyJ1tGv0LMQzJKOUZ0X2RDMk6VRz1S/kMyVStGL7FQQzK+CkY4FktDMwyCR5F8LEMzDbNJ/aZ9QzMO7kcDl7xDMw/GRpRVhUMzFsxGpIIkQzQK/UYgb9RDNA3GR4hLZkM0DqtHGcp0QzU/6EZYS5ZDNbvBRo2sE0M9DyNGUl9MQz0SGkaBisZDPRWvRlde9kM9GHlGUtFzQz0fwkZDSc5DPaB1RiZK3UNATKBGQkZmQ0FvAkbfHm1DQXa7RpUIJ0NBgw5HgLqiQ0GPJkYuKIZDQZcIRon0fUNE8ahGNNgLQ0Tz+0bDYGRDRR8kRhlZIENF3wRGGoKDQ0k0RkbtavRDSUgiRkOh/kNJSYdH6Rv+Q0leuUbthB9DSkAIRjzvRkNQuZhGIpzRQ1JNiEah865DU6uBRugYW0NTsutGW3WiQ1PeKUaIfhNDU/l6Ro/TOENT+65GXPLFQ1P8fEcqE8ZDU/4MR6skhUNUAIFLB9TdQ1QDjEhFZUpDVFXYRnPeO0NVAUZJILyRQ1UEcUaRUoxDVf3SRi6t10NV/1lIkb3GQ1YBZkaMD+BDVgbgSJY6rENWCh1GdtQkQ1cAD0aYGnlDVwfJRtSEWUNYBiVHof1xQ1gTLUZTC7FDWQcjRhuKPkNajKBGJ+2qQ2AOR0eVgnZDYBwCRjMF7ENhDlRGkpd5Q2ETIEYR9f9DYgFCRhwv2kNqj/VGII5iQ20FCkYgL45DcPstRlUn1kNxax1GXeXOQ3UDFUfktx1Dd1QERlIyD0N6w4tGF7+MQ4C2y0YbOvpDgX65RlKz8kOB0QhGi6e0Q4ONPkgYwRtDg7ZORi7r8UOEDbFGksdPQ4TmP0YyDCZDhvQlRk4jtkOIOklGINm7Q4mQG0YVqvdDigNuRqyDL0OL/p1GjmJFQ40kM0YYqFVDkwlFRigVmUOUNuFGL7r0Q5Xvs0ZUCmdDlvo4RiMT/EOXaylGmIDwQ5hZiUbm/6lDmUrfRhhW/UOckU5GL43gQ59LskckknNDn07aRoxFj0OfUhdGbgDPQ6DxVkcJpNpDoPJKRvn/YEOg835Iei1KQ6D1ukbH+1RDpEyZRreIiEOlFSpGJ81dQ6dsbEYZHARDqIkRRnqz+kOoihRGFbi1Q6iLoUZcPeVDqQ+8RmQv8EOyCv5Gg+ldQ7Ij6UagP4RDsjDWRn8tI0OyT2FGK33gQ7KJukZ/J6hDsotERycGzEOyjGFIBeEbQ7KN8Eq6t6RDspARSBO9jEOy5YlGZAYCQ7MM9UcC1VRDsw5gSWyTS0OzEI1Go0bWQ7MpvUYmBnZDs47BR48tC0O0KfZGIAHTQ7ao2kYbyc1Dt9y0RjpMSkO4iqNGriclQ7mV1kY17lNDvYvHRzgJ1EPC0ohGNNK9Q8OHx0gV3fFDxAfuRoVlbkPFwWlGF16CQ8ZnWkYlviRDxvzARv6MT0PHTvhGNKueQ8wNmkYm+DJDzcnCRiJEtkPOhTNGj2PEQ9CFmkYfILRD0IkTRiSPcUPUgeRGpxdPQ9aYf0bOu4ZD2J4zRizJeEPdFIdGnxArQ+LWH0Yj5XxD4tswRilTVEPjuphGPVc2Q+Vmr0bHhBRD5WjMRrLouEPsl1hGr+1GQ+1AFEZJ1fpD7g4dRqgmM0Pujs9GOvWBQ/aF7kaKnFJD+yy/RkNnEEP/DWBHBfY3RAADSkZKW6VEALAlRiVtgkQDE0tGwB6eRAZujUZEL3JEB2v4RwAYNUQKA4NGH5UuRAoEPEYpanJECvaCRke8mUQLJ09HFU1WRAvEa0YuLzlEETp6RkJGtEQRjqRGHL2mRBHCFkZDPgtEEgtcRpd8oEQWJHxGIMlhRBmPZkYWbBBEGfO/RhR4CkQbUu9GQ42LRB+lZUZFp59EISnnRyrlaUQjaxJGLcAJRCO7KkbEr4REJSt6RuS1eEQlLNlGlOz2RCbGFUZAAC5ELuYIRjJcXEQ1il9GNWxGRDjWaEa6FSFEON3hRjScZURATrBGJOXnREF1/EYmM5VEQYM5RqVUoERJLh9GLKolRElJykZAMuNETHyYRii5ZkRSTc9GmWqVRFobQ0YxkuBEW0P4RkZjEkRcmopGPIjYRF5zUUZEcE5EY5JSRkuLKURk0exGO+ApRHDAKUelbD9EcWuJRpV8ZURx6GhGQ6qdRHZWBkY0fk1Ed1DmRh73bkR3U+JGUZGiRHgd40Y+C5g=</peaks>
+    </scan>
+    <scan num="680"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT347.956S"
+          lowMz="50.01252746582"
+          highMz="993.471923828125"
+          basePeakMz="178.050430297852"
+          basePeakIntensity="2.7265922e07"
+          totIonCurrent="7.3928808e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgM1EZJxPpCScEjRj3rY0Jd6TZGdmcVQl9BaUZbHHZCYmoERmE/tEJkBhRGXjKGQmcLsUZsMjtCbwSPRj7hakJ6cGdGeWm0Qn7e90ZLLPdCfuw8Rmm2aEKACXJGbcfqQoELc0Y6oLZCgXTKRlKbbUKBvVtGVPavQoIJsUY9a5xCgmtFRnjxiEKCvwZGaXbvQoMliUZUaQ9Cg6dKRl5qIkKFM5pGUk+nQoVahEZR7h1ChbXxRlu2hUKGWE5GffqNQolq4UZeYPNCikUPRle41kKL9RtGcXQ5QozoIEZfqB9Cjer7Rkn06EKOrhpGOE7/QpSMk0Zxf+JClUi1RmlTfkKWOw1Gik10QpklfkZJ0xdCmgcMRmhv90KbTf9GS/V2Qp2o/kZU9r1Cn/QCRlr5YkKg73tGUGKCQqDyYUgszxxCoPflRpjKskKjwHJGYtZ/QqUbk0ZeVYFCpgzGRwVPbEKmVQZGerq+Qqutf0ZjwZZCq/beRwKjo0Kr+tJGnEOjQqv+IUaiQ/5Cq//RRk5iJEKsAd5HDUhxQqwC2keOZ6hCrA24RrWBTkKsDrxG8DxBQqwQmEZrm4xCsfnGRrmK7kKyDIJHDZZ2QrOr7kZomblCtdHaRqae80K17n5GmwCyQrX7Z0bKashCtf+WRxqARUK2AIBHzEm9QrYB0kre9AVCtgKjSC/PFEK2A2NHrJA7QrYECUelWoBCtghNRrPIskK2EiJGVXRjQrgDe0fTfaJCugP1Rw0FcEK61a9GeUf7QryjS0Zara5Cvf98RkvdikK+aqVGTruVQsHrf0e9KEdCxg7NRpBChULJg1dGXQQFQsm7UUZSsYVCzDYuRlnKpELMziJGeX08Qs2eakZUrWZC0QTDRmicv0LSHgpGZuzNQtVB4UZSd3NC4fiTRyn3HELiiRlG+3DdQuMVhEZANjBC5X8IRl2bxULmB4JHBY37QufI8EaA1mFC7JiXRoVJlUL44NBGj2kiQvwPpka7hKJC/HEHRnOgdUL+FQ5Gh65rQwAPiUZSxFJDAxM7Rl/gg0MDIXlGegTLQwXX4UZXOG1DBg+aSLQF/EMG2yRGXnP9QwsoI0Zuwt1DDTYJRmvpj0MNZHdGUG5yQw51o0ZQ4K5DD27ERljAgkMPiJ1GW7mlQxFDQEZend5DEjlwRl/2cUMX/nJGgreUQxjl1EZZ5VxDGm/PRm+nnkMdEyNGWYM6Qx8Q50e0whdDJkxwRmrCwEMpFFdGWQJCQyma+0crNRpDKZvxSFbYR0MtzYlGkAJCQzDhEEZ542JDMQVZRomNOEMxn7VGwNMOQzG110aI3gVDMbrVRmMKpUMxyjZGiBDBQzHLbEelJhdDMc76RsgFYkMx2m1Gr0m1QzHg50aAq3dDMeWMRpu6NEMx5lNGiGkuQzHyZ0dDBoJDMfb9RxQY6UMyA19GxiHLQzIEOEdlDU5DMgWXRu2VrkMyBqJGn6CpQzIG/Eb5MDZDMgjZR714aUMyCdlIJV9JQzIKNEgXmcVDMgsXSJXpc0MyDOpL0AXBQzIPDUh1rpJDMhB1R/GNP0MyEWdHe0MwQzISZEcEZfxDMhNLRtntO0MyE5NGvWqyQzIV4UeZcOhDMhkMRk7ALkMyIsBGqLYtQzIljEaK9RBDMideRwT0b0MyNGZGjkoWQzI+qka1Gb9DMj/QRmTIhEMyTpBHiFbSQzJPukaDr+hDMreWRkQuhEMyve9GnaoAQzML4EdohuVDMw2vSiXcoUMzDrNHikFIQzMPxkaR+JNDMxaaRqov80M0DcZHw8V2QzQOpEdLZEdDNbzGRsjsMkM148BGjhMhQzhU+UZjAeRDONYKRmVaUkM9EPNGi5uPQz0S40ZVjrxDPRRvRmxcy0M9FaNGtsnyQz0WZ0aAQ65DPRbTRmEuq0M9GCVGlMCAQz0a8kaKodRDQWs2Rm8y2ENBbu9Goa7AQ0F2xUZ5jDhDQYHeRuRXNkNBgvBHjHgdQ0GHJUZTFkFDQZbjRtSb/0NE8+tGlG8gQ0W6bUZZiyFDR3zcRoN+p0NJM/VHI4SDQ0lJO0ghwl5DSU3cRpe6T0NJXnBHPxbvQ00PxkZTy9pDTTRZRl93cENSTK5GbSvAQ1LbF0ZOY7BDU6tvRrSa6ENTvO9GgpXaQ1P7M0b90yhDU/yFRwHUvkNT/P5HBQx4Q1P+Ckez8m1DVAB5SwRTu0NUA61INk6HQ1QFFkb3cCtDVAvURquELENU/0pGpilzQ1UBQkkb4U9DVf9NSIkDT0NWAVJG7YEEQ1YG20i0fjFDVwelRqaNT0NXRWtG1pOoQ1gGMEePjnRDWBMIRmlkAENabSRGU9nuQ2AOU0f+e8dDYLmORmnEcENhDzJGnxyPQ3D7I0bebjNDcWrhRoWuB0N1AxxINGg2Q3YJi0ZpT8FDeQVnRpNFMEOB0ORG8bchQ4LTyEZLsbNDg4tJRrZc00ODjThJqGI8Q4QNokgU1YFDhvPrRpYVeUOIvzBGWuL2Q4oDVkZutYtDiznJRltZv0OL/sRG2ITLQ5Lay0ZUrNNDk7UERocpb0OVJX9GeSSnQ5dq20bArXlDmFmERw9uz0OZZ7JGSq3GQ5oJ5EaBMkRDncKSRmjgb0OfRP1Gd8ZxQ59GsUaWTsxDn0gDRv+xn0OfSJNHBV9mQ59KfUeBZERDn04LRwq/qEOg6f9GfjRmQ6DwYka2ykBDoPJySLSrhkOkTFhGnhb+Q6iKSEaubo1DqI2BRo/cXUOtVpJGiclWQ6+8ikZTaVRDsSv7Robx6UOx8vRGliD9Q7IL9Uar7M5DsiUTRvZfSEOyMNNG4CyGQ7JoLUaAE1dDsol+RwUysEOyifhHAY3UQ7KLUEehzKZDso3rSxnIN0OykJBIfZU+Q7KS2kb/hc5DsusvRqy0vUOzDlRJ1m12Q7MRRkdGsCRDs46nSAl2KEO00zVGdrOZQ7U5KkaB4mJDuQkpRmPZLkO8TeRGYpJLQ72LXUdYMEZDv1RXRoZShUPAkutGgORAQ8ChxUZd5HlDw4ezSF3xL0PECAhGm568Q8b8nkcqRTBDx39nRniWqUPIC/xGi2ddQ9FZE0aEWR1D0wjhRoI4eEPVsNBGZXaAQ9aX8Ub6QaxD3RS3SDpPm0PdlT5HXW5gQ+NMhkZiLw5D5SWmRnCgOEPlZr9G1hSvQ+WLwUaAPc1D5seWRoLUO0Pp6XFGhaB2Q+yXBkaVGgVD7g6NSDikIEPujsJG3n64Q/FASUZsEztD8aQCRnFXcEP9aKFGg/f6Q/65b0ZlneVD/w0XRvyxvUQAQ8lGd3ubRAHVzEaHojBEApRtRoO0tEQDE7tGxmKvRAdsAEceoepECvdERqMHF0QLJ/pG6UK3RBFQpEaCjtBEEgtXRv8+QkQW12FGhwsERBpmg0ZWvDNEG7D0RnJFH0QcD4lGffdERB0LQkZthG9EH/FCRnBwMEQhKdZHZ4d9RCO7VUbLTiJEJSvFRsf2dEQlLghGhc35RCZq9kaMkAZEKKCMRnOXAUQvRPdGijeARDNC3UZbvQJENANsRl9LY0Q41ldG38nuRDkscUaCr8ZEO86VRoVO/EQ8bbFGfSA3REGC7kcMEiNEUk3DRsTO40RUaupGYRC1RFXoskZxTVBEXnfwRlkQsURnj3ZGmjPtRGjlF0ZqfklEcMAzR87ZN0RxLyFGbYj8RHFrtEbhRW9Ed1WJRvcqcER3X2hGcUXvRHheNEaG+NA=</peaks>
+    </scan>
+    <scan num="681"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT348.436S"
+          lowMz="50.963218688965"
+          highMz="999.802490234375"
+          basePeakMz="178.050598144531"
+          basePeakIntensity="2.4106044e07"
+          totIonCurrent="6.5908164e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="682"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT348.915S"
+          lowMz="50.663635253906"
+          highMz="989.333679199219"
+          basePeakMz="178.050430297852"
+          basePeakIntensity="1.981174e07"
+          totIonCurrent="6.1465324e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="683"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT349.395S"
+          lowMz="51.198638916016"
+          highMz="989.327392578125"
+          basePeakMz="178.050430297852"
+          basePeakIntensity="1.716825e07"
+          totIonCurrent="6.0432552e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="684"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT349.872S"
+          lowMz="50.660247802734"
+          highMz="990.244506835938"
+          basePeakMz="178.050430297852"
+          basePeakIntensity="1.0702301e07"
+          totIonCurrent="4.3710068e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqkGEYxJjNCUgwKRh19fEJlUQtGLeAUQmkv5EYTY9FCbCknRjY3EkJyVQBGMQnJQnfz+UZqfr9CeL5dRisJCkJ7cfxGNk5NQn5MbUYWBjdCfnuFRmdNpEKAsplGFz3bQoL5OEYjI6FChaAWRjFW+UKGeo9GHfP5QodmBkYhQWtCieLCRilBDkKKKJFGQJl9Qo5pKUZKAnhCkNgtRjQ1qEKRidRGTgT9QpXgdUY9lhRClhzdRhWWbEKZN3tGHX76QpsSpkYwVhxCm/QWRjgWfEKelwVGGEukQqDt10ZbNQJCoO9KRitvz0Kg8MdGjhVuQqDxQ0b4zYBCoPHpR2xVOEKg8pNHrdA6QqD320adX+JCpWKrRh/D1kKmDM9HXLWhQqozUEZcDppCq11SRi8u/UKr9QFGliblQqv2H0bAfCFCrADuRsADlEKsAfBHca8+QqwC3UZcD49CrASLRlSSiEKsDcpHBNi9Qq/GGkYtVuJCsfm6RkWkrUKyDHdHmZjAQrLsDkY+Oz1Cs7iZRnAKa0K1qv5GRP7uQrXKUEYgnmpCtdHoRrwEIkK17odGaXGPQrX7Ykai/ldCtf7eRrsbj0K1/4ZHFuNpQrYAgUgJj6tCtgHLSwCpmkK2A+ZHfqDnQrYEUkc42C9CtgbhRnFuokK2CExGnOFNQrYxy0aMFpJCtzvXRiRG00K4A3hIHKpPQroD5kcu2rxCwedFRiW8HkLB64lHPbxPQsI/+0YmmZFCxBTTRiNHm0LEh2tGMuc3QsZLBkYiOSpCx5iFRiOZvELH+6hGOPYoQsnMd0Y+m6RCys5ARiKHL0LRF+BGVsLBQtaYOUZvKvtC2PoVRh9LbkLY/KxGKKNUQttbykYhDJdC3uHmRjP8EELh+H9HUNnQQuKJPkaAd7ZC5geBR7HldkLu0LZGKSJ7QvFkh0YseCdC869LRipFukL1UNtGTBRLQvpaY0ZWt7RC/A/GRu7L30L9WPxGMZNbQv65tkY3x+FDA5KIRjAqUEMEJ6pGN0XJQwVZ8UY2UiJDBg+bR9RF7UMJ9UhGQo26QwpBt0ZwgJhDCyg/RqI8iUMLryhGLP2+Qwwe5UY/2vFDDXmKRiK8FUMPVwJGdEfWQw+UPUYltahDEBoeRkA/f0MQGx5GUPiAQxDNDkY4a/xDEQ/FR+GMgEMRIDZGHILuQxN0VEY+aH9DGj8IRiYXjEMg0vlGRk5zQylJrEY7wDpDKZsdRi6fFkMpnClIJX9QQymdZkaO6LtDLP3ERmZ0gEMtzcBGaxHwQy7vE0bB2XhDMOEhRpQNbEMw4ihGFRxmQzDiv0Yhkf1DMcteRt3bJUMx8mxGxxTNQzH29EZpn85DMgQwRrE9W0MyCMhG8/JdQzIJ8UfjTcBDMgsWSCgLzkMyDOhLI03dQzIPqkc41TpDMhCuRmKNi0MyFdhGpVb/QzI5Y0ZLEUxDMk6VRkvBZkMzDJJHQcV5QzMNtkmB0epDMw7zRqKl10M0DdBHBLSHQzQOq0a1lj5DNB/tRiKdKkM1QC5GiQJwQzW9DUaf/EhDONZIRmfKS0M8ttVGRMU6Qz0QAkZiWhxDPRChRkJXIkM9EcdGdjOfQz0SUkaWLHtDPRN9RkvL1EM9FCVGg/NKQz0U1kYZFSZDPRYqRpzDWkM9F0BGfJyLQz0X60Zm2LdDPRo8Rjy5pENAAzRGFVutQ0FuJka2YLhDQXXWRm3nJENBgIlGnfhpQ0GCM0eTYzVDQYPMRno/WUNBhuNGPp6YQ0GWJ0be4e1DRPRFRnPh20NJNHNHHUp7Q0lJkEgEH5NDSV7ERyNPDkNO+QJGUXipQ1DaQ0Y25ZNDU/46Rp1WDENUAHNKFdK0Q1QDrkddBlxDVQFBSA42akNV/1hHqd0hQ1YG6kis7O9DVwfsRrckHUNXRbJGil7EQ1gGLEeJbvZDWBOrRpY3xENaC0ZGcl3+Q1zLiUZBR49DX1OqRlJ0dkNgDl9HljDZQ2EOlkacTatDZUvKRiaP50NlU81GRfbuQ2r+fUYtTSdDcR5PRmRpL0Nxa1VGr1feQ3UDGUcMqUhDfOQeRk1oy0OBAQpGXBpjQ4Fil0YsnVVDgdEGRoReVUOCDMRGVHIRQ4NSSkai0C5Dg4n4RmtrKEODioFHEuVUQ4OK/EcL5B5Dg4uHR5xmUUODjERIWlurQ4ONM0rWRFhDg48ER1tBLEODj7FGy6cHQ4PIFEZTPMlDhAvrRpCLXEOEDZxJX+FBQ4SNukcOfLpDhLcBRkUXKUOE85dGK7QRQ4g6AkY/eI5DiYLgSF/oiEOKA3ZGnF/xQ40kq0ZOqxhDjy4oRj6l0UOSJE5GO2iQQ5WKQUfNIXdDlgqtRjjBIkOWicRGwvI1Q5drHUbVhpdDl22gRlbp40OXnVFGM0iGQ5hZ+UbfPYBDmuQaRkAQGkOd/J5GUEn1Q59JJUaQKyFDn0rLR0p88kOfs7NGZ1HvQ6DwEEcJQllDoPFhR5PV/UOg8pdIgLqPQ6D1mkZRoW9DoP0pRo1i0UOhKfFGJCjSQ6LSP0Y2Q+9DpEy0Ro197EOncj5GPh5uQ6iKNUa6S0ZDqXIxRtDkrkOqAxVGmbMPQ6pxs0a7aqVDrLGFRkZZc0OyDExGuf7sQ7IlekakdmJDsotSRqJogUOyjeZJyNycQ7KQDkcu9elDspDMRy43m0Oy5ZBGce2aQ7MOVUhtQhNDsxCQRn9UDkOzjp5G9x2LQ7SIyUZhC0NDuKERRi06jEO8kvBGWGaFQ7ypS0Y1kZZDvVjrRjJ0VkO9i6ZGx8ZDQ7+Mi0aXTRFDwlNZRlBVDEPDh6FHV2XvQ8b9XUcIWdRDx5UwRw1tbkPM5ZZGLaQfQ9Iq1EZIzHpD1phbRnZunkPXwLFGS3saQ90Uo0kxPLJD3ZUXR/S98EPeFZlGhARtQ9+XW0YrNVZD4OhHRjZhdkPlZuNHFWF/Q+bHr0ZhjnxD6JKzRknH3UPsl3ZG2Er0Q+4OeUi4RXBD7o7cR7HjQ0PvDbJGhQ7oQ//540Yvi4VEAAKSRk6ovkQCdnxGQrGKRAMTe0a08U5EA827SMkjkkQEDfpHyNeqRAROKkaAiflEB2xqRu17I0QLD/lGZNfcRAsobUcDBQ1EDQs/RkMW2EQNLfNGY2HIRBILVkaqdzREFozcRjuxHkQdkLdGWPioRCEqRUcieS1EI2/BRjcM/0QjuyxGmfqRRCUrckb3MAxEKTDgRmI8EkQuda5GXk3LRDJ1x0ZEJXxEMrAVRlZ0sEQ41mFGz7wHRDl3PEZAdaZEO1X+RlJviERAnZVGOACnREGCWkbL69hEQjxRRlzgZURG2z9GQPlQREnocUZOPOhEUILzRmbIOkRRYvVGS3APRFJNwUbIYEpEXLe0RoRGqURiucBGccgdRHDAxUevV0NEcWsmRqeD7kRyHxZGRhIQRHXC2kZAQTREd1W3Rqml4kR3j6ZGT+w+</peaks>
+    </scan>
+    <scan num="685"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT350.36S"
+          lowMz="53.112091064453"
+          highMz="989.338806152344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.842799e06"
+          totIonCurrent="3.6686444e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlRyyEYCUmBCVVcCRjW4PEJXRQpGEGxGQlkt8EYiR5tCXb6rRgzZO0Jehb5GEQa1Ql72wEYmmBBCX6BjRiVflkJmHOtGKvEdQmzuZUYXrbFCbSQrRhgsLEJtT6tGLgWLQnLfUkYUCWNCd/P5RmRsDUJ64g5GFRjtQn57k0ZKQ3RChOKWRjMIGUKFH1RGE/cYQogs30YgaT1Ci5j3Rh10Z0KP0ZxGMOuuQpDue0Yf2KFCknQuRioQ1UKTrJFGU8S+QphJ+UZFKyZCmsZ9RkCtqkKcWnBGPS22Qp3yjkYsp85CnifBRjkrhEKfjC9GNcJuQqBdoEYPEnRCoPGPRrCmlUKg8gZHIEZwQqDywEfPsX1CoqwoRjWktUKjHahGGAc4QqYM0keAIlVCqMsuRhI2mUKqFcFGIFc5QqteMEZChEpCq/WnRuVCdUKr+kBGcwvCQqwBhkduEINCrA1SRwbEakKtM6BGBHWfQq0zzEYE7q5CrTupRhUJPkKuBGdGZSLIQq7d5kYjmNxCsAbgRi5EgEKwoblGFUmiQrDsRUYpc+ZCsfnTRo7wokKyDH5H5fQZQrIlZUZMuNpCsuXTRkLNfUKy6+ZGhai9QrO4okZ+KOdCtNhCRh/aKUK10dxGy3LYQrXTeUZKTc5Cte52RqNBgEK19PBGSQz8QrX7Z0b5tHZCtf4vRsKI40K1/thHiHxwQrX/fkec/3ZCtgBgSC1m70K2AcpLFjBvQrYCoEiGmL5CtgNJSBkmR0K2BA1H1fVaQrYIWUbU0gtCtguNRnMiZ0K2Mc5Gun5SQrgDb0g5CMNCuAzfRwN14UK6A+VHlMH7QrsJLkYlc69Cvu49RhgOVkLB1iJGJQdSQsHrfkc+gQBCxHiCRind8kLIAuFGLRZXQsxn1UY4FENCzL1ERh9V20LOi5FGHl+5QtGghEYpil9C1pc2RiaL20LWmEtGL4eZQtnf50Y1TihC2hTaRmUB80LaZJpGH76PQt0sVkY4rkdC3eZARhtACULeMklGJGuNQuH4gEemhPZC4orXRoqT30LlAhpGQ4qmQuYHf0gAhRFC5ikfRjcIAULm64tGQ0BkQuyXJUZOFPZC75I7RiPN4kL8D69HAlsgQwYPmUdMmtBDB8zxRjBDm0MJmOFGNB6fQw4DjEYZJ45DDvjeRhg+2UMP3PRGKmn6QxAbZEY9vYFDEQ/IR6oi90MSCzZGVaX2QxLnEEYrt1VDEwOvRhecz0MUjNFGMafiQxb9zkZYS0BDGoHKRjwdM0MfDZRGMQTeQx8Q3kak1rVDIKUwRkOnREMg121GgVJgQyO680aNMpBDJQTnRuDyVEMoA85GD5g8QykwwEYwRxVDKZvsSCd8n0MrLgdGMecSQzDgf0ZJqvhDMctVRr1AyEMx8oNGcJ9zQzIKLEfL/eRDMgraR9RF80MyDOxK3k/SQzIOGEgHsi5DMg8FR7DjDkMyEGJGwpUDQzIQ7UZqaplDMk6YRpCmokMyqjtGJhBoQzMNu0kpP2hDNA3GRpEtikM0IUVGM++hQzRA3UZCKLRDNWHPRibVv0M1vTVGixuOQzjV+kYgtmRDONayRh0LBkM8/ChGQjZYQz0OdUY/FGlDPRFERjITMkM9EvdGSdSiQz0VLEaL+BJDPRZ7RkFvNEM9GKpGi3bNQz7PPEZHnnZDPyIJRlBHRkNBbYBGota+Q0F1oUaGAqFDQYG6R4n5O0NBg4RGhIbuQ0GN9kZgeKpDQZXDRsBOO0NDz3dGum0vQ0Tz/UZbORJDRc7ZRllvc0NGGeFGKIOSQ0bD+0YetJhDR83QRk5+rUNJNCxHBc0eQ0lJcUfwn2JDSV6uRyUs/0NKSLlGR3dfQ0y9qkYgJ4ZDTPrfRjFL3kNO+PRGypxXQ1HIfUY2BTpDU5alRjMV60NT/fRGuAPCQ1QAc0nqUY5DVAPSRzIwbkNVAVNH1CowQ1X/V0c2/4RDVgbrSIEfGENXB8ZGhHDrQ1gGJ0dj9qdDWgumRsAaMENa1N5GPlDfQ1uirEYzmQ1DXPgtRmM47kNdsEZGOH9SQ19kzkYlIe5DYA5bR1JWxkNhDnJGuKk0Q2HQVEZHPnxDZEQrRjLoL0No7g5GS9o6Q2kR9EY8eKlDaXLdRiMRZ0NsDAlGMTyAQ3EeZEcUnERDcWsaRmeKYkNySYhGQkM+Q3K2E0Y0W5hDdNUnRizCOUN1AvxGgX/iQ3YJrUb0t7JDgdD0RmfKeEOCDEtGeZIDQ4KLUkZH1o5DguX/RkV9lUODUjdGVSTAQ4OKkUd+vH9Dg4tuR4Hdn0ODjEVHxpM8Q4ONNEqh12FDg45cR4b+kkODjxxHOQ4VQ4OPsUcWl1VDg5BFRrVgnEODlMhGKpPGQ4OVPkYc3WxDhA2cSSM3LkOEc7hGGKqHQ4SN+Ubu4SdDiYLhSIuZREOKA11HKmFsQ4uYQUYoCxtDi/54RnND0EOTCTxGfdwbQ5WKNkf/HBpDlonkRwwS2EOXartGfZqEQ5hapEZsevRDmkFvRjJle0OcA6JGOgrtQ5yiF0YsTudDnv2gRiZQOUOfRnRG/sAnQ59Jb0bk0RtDn0wcRsATc0OgfxhGNtQqQ6DwokavKA5DoPF5R1NE60Og8rVIgtDDQ6D1HkYx1SBDoP1nRqVBY0OkTGVGngN+Q6Sii0Y1ypFDpNSLRjCscUOldMdGGL+mQ6aL3kZDCkpDqELoRlm69EOojJtGi+XIQ6js8UYqMXpDqXIyR04OUUOqA0hGt6cqQ6pxuUcyyedDsAAZRhD+6kOwLINGKJXpQ7IMckasJ2pDsiWTRp7drEOyjeNI6ULkQ7KQiEZ00plDsuWIRpQOgUOzDl5Hk1fzQ7Q880YklYNDtIlBRj8BU0O0ihhGMPsoQ7mMbUewzx9DufYBRhQ8IkO6DOdGmg59Q7+McEcE+55DwdltRirQMUPDh3xGxrAwQ8YZEEY4b+dDxvx9RoH4I0PG/qpGwmVHQ8eVG0clLx9D01gvRiwNhEPT2W9GIGtBQ9Yur0YwHcxD1pgdRrl9QUPYDqVGNLfMQ9gvn0YrVvRD2L4RRldefkPdFKdIZeDcQ92U+UeGWjZD5WWvRnzgyEPlaDtGpxUIQ+VqmkbNEwBD5smQRk0B9kPoEk5GTe8BQ+o3WEaDVq9D7JcfRrxWUEPuDoFIN4epQ+6O80cgCSZD+XF9RjNMXkP5s51GRRDxRALILEY5d7ZEAxNBRpC9nUQDiQ5GIhSpRAPNwUgMrH1EBA3pRvcwpEQFulNGTN9oRAdrmUZZ54BEB20uRrVS2kQKBalGVuWSRAsoR0cDbaVEDb3XRi0k/0QQ3pdGNPV4RBILNkbVWupEFFUTRjwKhUQc/2hGGwAkRB2C70ZXnNNEHkTcRjG9OEQhKS5GlcStRCErP0cNm7VEI7seRrgeyEQlKfhGOBD6RCUsVkaXjJ5EJ/SuRi7uR0Qt9b5GKlm5RC5fOkYxtzhELq5yRi1QPkQ2YCVGPbIFRDjWLka4Ql5EOrOGRjegGUQ82gFGRj3qREGCAEaeRo9ERdJhRjdZa0RHvbpGTgaKREfFh0Y8/nlEUImuRkURBURSTYlG/VBWRFhDO0Y3u5lEYDFvRoch9kRjMQRGR8TRRGVeWUZLPHBEbKJfRl6CCURtCxdGPs77RHCtXEZAuKVEcL6vRwUREkRwwfFHfYlzRHDG4UaA7DpEcWtURs39fkRyh6ZGHxZ7RHdQsEYync5Ed1WvRo6c/A==</peaks>
+    </scan>
+    <scan num="686"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT350.839S"
+          lowMz="50.548439025879"
+          highMz="993.613403320313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.263481e06"
+          totIonCurrent="2.6052798e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="687"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT351.328S"
+          lowMz="50.580242156982"
+          highMz="989.352905273438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.577323e06"
+          totIonCurrent="2.2174748e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="688"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT351.819S"
+          lowMz="50.67700958252"
+          highMz="992.861755371094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.452108e06"
+          totIonCurrent="1.7986048e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="689"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT352.316S"
+          lowMz="50.827003479004"
+          highMz="999.873229980469"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="9.396517e06"
+          totIonCurrent="2.0367474e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="690"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT352.808S"
+          lowMz="50.024738311768"
+          highMz="990.259826660156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.214249e06"
+          totIonCurrent="1.7515244e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="691"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="455"
+          polarity="-"
+          retentionTime="PT353.304S"
+          lowMz="50.078556060791"
+          highMz="989.356018066406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.938272e06"
+          totIonCurrent="2.0438262e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="692"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT353.793S"
+          lowMz="51.332878112793"
+          highMz="989.351501464844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.546387e06"
+          totIonCurrent="1.741744e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="693"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT354.29S"
+          lowMz="50.199710845947"
+          highMz="989.336181640625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.1861742e07"
+          totIonCurrent="2.3162068e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="694"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT354.774S"
+          lowMz="50.242370605469"
+          highMz="996.9375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.492925e06"
+          totIonCurrent="1.788207e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="695"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT355.268S"
+          lowMz="50.561862945557"
+          highMz="990.23974609375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.082376e06"
+          totIonCurrent="1.3358488e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="696"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT355.777S"
+          lowMz="51.749691009521"
+          highMz="989.340026855469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.4680871e07"
+          totIonCurrent="2.669055e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="697"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT356.252S"
+          lowMz="54.886463165283"
+          highMz="989.334167480469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0948232e07"
+          totIonCurrent="1.9252698e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="698"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT356.741S"
+          lowMz="51.206687927246"
+          highMz="989.337829589844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0274002e07"
+          totIonCurrent="1.8961228e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="699"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT357.228S"
+          lowMz="52.775482177734"
+          highMz="989.356567382813"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.740093e06"
+          totIonCurrent="1.7152122e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="700"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT357.72S"
+          lowMz="50.233688354492"
+          highMz="989.340270996094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.545528e06"
+          totIonCurrent="1.591726e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="701"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT358.227S"
+          lowMz="53.196342468262"
+          highMz="998.672302246094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0541798e07"
+          totIonCurrent="2.2055552e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="702"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT358.715S"
+          lowMz="50.039779663086"
+          highMz="996.969177246094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.914474e06"
+          totIonCurrent="2.0421844e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="703"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT359.202S"
+          lowMz="50.00577545166"
+          highMz="989.363891601563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0259484e07"
+          totIonCurrent="2.0146528e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="704"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT359.687S"
+          lowMz="50.383422851563"
+          highMz="989.374267578125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.546803e06"
+          totIonCurrent="1.863816e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="705"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT360.177S"
+          lowMz="52.55545425415"
+          highMz="990.008483886719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.3575035e06"
+          totIonCurrent="1.2272948e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="706"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT360.703S"
+          lowMz="50.537536621094"
+          highMz="989.362548828125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.890049e06"
+          totIonCurrent="1.3900232e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="707"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT361.199S"
+          lowMz="51.867904663086"
+          highMz="990.267700195313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.648947e06"
+          totIonCurrent="1.712882e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="708"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="380"
+          polarity="-"
+          retentionTime="PT361.688S"
+          lowMz="51.737777709961"
+          highMz="998.83642578125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.9090135e06"
+          totIonCurrent="1.1992198e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="709"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT362.203S"
+          lowMz="53.476634979248"
+          highMz="989.396850585938"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0450722e07"
+          totIonCurrent="1.7619286e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlXoE0YFdLdCWU4VRe7eBkJbeutGE5avQmDTpUXTaPFCYpvQRgS/R0JkUnJGErcDQmjfWUYcODZCau4RRgKN0kJxHh5GEXiSQndE6EYTZuVCd/QHRpv2+EJ40xFF/VuyQnpI00YSa0RCe5CYRfJOA0KAKgBF/m99QoDCTkX6DbJCgRswRflNaEKDBH9GCXqjQoS6zUYCNp5ChM7xRf9kwEKJW+RGCL+YQonliEYEBfVCigacRh2LI0KQ5AtF+CeGQpLCN0YO7YVClDm/Rhcv+0KWQZhF+VrwQpaA9UYGVClClw3DRfXDy0KazcRGAhZ8QpvZAkYS0uFCnN2URf3BtUKdWrBF/tJwQp10m0YGbMBCnq1dRgJQG0Kew3tF+nyQQp8+e0YGA11CoF9oRgMuJEKg6YNGCdEMQqDwJEe8BVRCoPGjRqK2FUKh8x1GvFNaQqProkYOTw9Cpae2Rgelq0KmDNRHxeOSQqgEp0YgNCRCq/VORiGDmkKr9kpGuqnIQqv9qEYduw9CrAFJRpHKb0KsAi9HSFe6QqwDC0ae4F1CrA4KRtExzkKsDupGVV53Qq2QckYKLmFCrgR8RrNtK0Kw4wFGB5xEQrE5OUYPqY9CsgyBSDI1FEKyGxFGTpLJQrO4nUZTQhVCtNMlRfxJ6UK1N8tGFM5pQrXR3EcJOoxCteHORheQGkK17S9GD09aQrXubUax3GJCtfHWRpI2j0K1+HpGBThaQrX7R0bR5cRCtf74R0s7F0K1/4lHj+l9QrYAW0gQ8WBCtgHLSx93IkK2A1RH6x8xQrYD00cOiPtCtgRKRwYWG0K2BMVHDgEYQrYFWEaBKRJCtgWyRlVa2kK2B49GRHORQrYINEciQ2hCthHfRivhrEK2FSZGcKHLQrYxykaLxSVCuANlSFBUsEK4DNhG4Y+qQrhWNEZQjbhCugPiR6hxd0K+DKpGWvK4Qr4aSEYafFRCvr/rRhiI7UK/lFJGEh8fQsHrbUdKBl9CwfBcRoD+8ULDiNJGBW/0QsQMi0Y5QUpCxSyoRgW+ykLKNTJF+HUjQsvc4UX3eZtCzFMCRhFwMkLTaIpGEaUBQtQUtEYTrhJC2TSyRhDzEkLaFL9GlORzQtwVXkYeCydC3G1JRgGCjULh+IdIAnb+QuKGwEaGc6pC5aNTRgJbX0LmB4JIPrwtQuZZRkYMO8NC68CWRgcuUELsmJ5GP1STQu9wd0YISwxC+YhgRfgvDUL8D7RHLjcDQv1WRkYIO5xC/a6iRiJ4e0L+B2pGZ5bHQwEYE0X3nWlDAfOrRgj61UMDFCZGOILPQwTQakX6raxDCR1pRe+zxEMKSx9GHTuJQwpYsEX13AZDCx3mRhPBb0MLKflGZsXPQxAYPEZMWVJDEgwwRjYGzkMT33lGDMBNQxb9w0bJswtDFwpeRhM9jEMZBOBG3zxJQxoEiUYSw/pDGoL3Rh+sx0Mct3ZGBMprQxzq/0YAaHlDINd9R5UhbkMhEh9GGDdgQyJF1UYFC2FDIta3R6PnkkMjvApGLUM6QyRiBEYGVnRDJNX6Rie380MpnDFH+1atQysQ1kYgxVVDLQEdRgjJNEMtzytGVQ9EQy5bMEYsCFNDLmbaRgF/NEMw4NRGSjiwQzIM8Eh2+O1DMvo0R43pC0MzDc5GukG4QzOsJkYZvRRDNBDqRtY5zUM0PExGEcG6QzT47kZF92RDNb9cRi/7YEM410dGXjKFQz0RyUYTQY5DPRJgRjH71EM9E3lGMrP0Qz0VS0YvWG9DPRYIRjmENEM9GENGTqAeQz7qo0YLVnhDPu17Rk/CfENBbnFGeQbpQ0F9/kYr9BdDQYDmRnmIrENBgndHWHUoQ0GD+kZQT/NDQY6eRisObkNBlo5Gp40JQ0PPcEasukVDRPV1RoTUXUNFzs9GYdhYQ0cPkkaI9ItDRxkaRiCRTkNJHt9GB+fiQ0k0NEbLCOdDSUf0Rgfgf0NJSWtHxZbSQ0leiEbMXdlDSmHNRhd80ENM/jhGNbstQ06xdUYH3s9DTvjeSCQyTENPE05GC8HsQ0/5nUY42etDUk8ERkBwxENUAHZIQ+onQ1UBXEYptDxDVw/dRhyckUNXQWlGPwQqQ1gTSEYoGNVDWTZ7RiP2qUNa8EJGE9tXQ1r/FEd6dydDW1GwReznSkNdy4lGE9zFQ2EP5kaBr8JDZQHaRhaK8UNmAyZHEbBJQ2nVCEX7izRDaq9MRj+N2ENr7StGTcygQ3DGtUYed8BDcR6ARtgSXUNxaztGG0VDQ3FtBEZB2rVDcyJ0RxzdLkNzXZBF/uMiQ3mu80YP4nlDehJiRwMerUN7A4BGSk7kQ4G9O0Y1DCxDgdH+RoeCnEOCo5RGDvYBQ4NEGEYHJ2hDg4lqRgnKAUODjDBGNMROQ4ONT0aQBPhDhAsYRiFnZUOE7dxF8qgZQ4b1aUYBujpDiBweRgFQ2UOIN0lGGSqsQ4iwQUX/WoJDiaY4RgbMQ0OLDTBGV7+3Q4vcOEYfbJBDi/99RjioTEOPguxHz0ERQ5GFiEYP02VDlP3ERguGj0OXa/FGSciPQ5dsxUXvk6lDmFnERplKPUOespNGDbfWQ57030YVJohDn0saRtCvMUOfS/NHBrRjQ59NOUbIMJ5DoPBASEt/mkOg8ZpHDuAfQ6DyTkbUxvlDoP1LRmf1EkOiDglGpS4iQ6RNr0Yu6P9DpFtCRhAuV0Omd2NGEhUOQ6hczUYJ3aRDqIpqRoVwa0OqAxdGMZFPQ7DL3EY9+0RDsg6pRpG0REOyJ61Gnd/3Q7LmxEawDoxDs6eRRjr9R0O3f0lGD/bQQ7eNTkZhhDFDuZFDRon4zkO5srFGD/YTQ8OI7kZci+5DxvsnRiz46EPG/QdGzB8dQ8iXJUZE1epDyelVRiUzQkPK7BlGI2/8Q8906kYM9YZD0hLxRh1f10PUlS5GJK7CQ9TIOkYbRdxD1pmaRoUeXkPaHDxGXU4dQ+K0E0YAILxD5WBBRj0xnEPlZyxG2TBRQ+Vo3EZGY9VD5miyRhq+SkPmx1pGR/8kQ+u+aEYBFFZD7JjcRoLHCkPulWJGCK2HQ+6qukYmAS9D8UwdRhwV4EP7ji9GKty3RADzfUYfcSJEAxQ3RpMbMkQFWO5GKl7aRAZfFEYtg+hEB2w0Rs+4mkQKgA5GFWr1RAsRx0Y5pH1ECyoRRsGrS0QSDClGplAHRBVWsEYjDAtEHhR5RiZL90Qg5X5GHiHyRCEqE0bgw/FEI1xCRinUPUQjvDJGhyvlRCQ3KUX9mANEJDhbRfnIP0QlK4NGm0T0RCUtMEYxf2BEKBh1RhX230Qon81GRPxZRCrwAkYiL15ELNiyRi6OtEQ1yfZGFg4vRDjXc0bIKihEPnOmRkkeeEQ/+jZGH3YJREE/bkYM/yhEQYKCRogJK0RG0MhGFKijREvOHUYQQ2hETskiRgbh/0RQVMlGFy3xRFJO70aPqsJEV753Rgu+QURZ4fxGDdjFRF9PkEYdA9VEcCpqRhrYgkRwwHFHdFjGRHDWCkY2T1VEcWzXRl3gg0R12R5GDaG+RHcHY0YZ9GREd1lmRnCMVw==</peaks>
+    </scan>
+    <scan num="710"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT362.692S"
+          lowMz="51.082534790039"
+          highMz="989.395141601563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="9.069016e06"
+          totIonCurrent="1.6073778e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkxUhEYRJxFCXemCRffjKkJgcyBGAxMHQmCgm0XwYSZCYcQERfy6KUJsXotGEqiyQnWvJUXdx6NCd/QERmTndUJ/tqxF/iI2QoDX/EYCvC1CgYD8RfkaxEKDkpVGBpBnQoYt4UYEI4NCh3R+Rfmgi0KPcRpGIF2EQpMFPEYCTQBClcJyRgLpb0KYsIJGAJOZQp+3X0YBWnRCoOrYRiXVgkKg8EZG4e82QqDw9UeuOXtCoPbvRhfvu0Kh4vVGFHK/QqHzEUaw6YlCpE0ZRhdEYkKklPVGD30AQqYMyke7zGJCpiZRRftjTUKoBIlGE5dKQqpugEYR8EJCq+rdRg0kOEKr9p1GxD7CQqv7GEYNfCdCq/uLRflUUkKsAKRF/e85QqwBJEY6W05CrAHLRkls0kKsAn1HCi0pQqwOV0a3xltCrgRmRloez0KuCi5GTGCdQrDPwkYG2OZCsgxzSC4hU0Ky66tGI/UfQrO4kkZ30jBCtYEqRg0MkEK10dBGypBGQrXUnkX28JlCtdgCRib/g0K14XlGUkmNQrXlXkZZG+VCteeWRkbWvUK16dNGEOYUQrXua0awJ4FCtftgRxNR3UK1+/ZGTi0pQrX92Eavg95Ctf6LRzQw4kK1/35HBgSSQrYAPEfgWHRCtgG+Swph2EK2Ao1I+c5EQrYC9kgk9bxCtgPqR+AwVkK2BLRHMmaJQrYGA0ZAPjdCtgfwRtY1R0K2CFNG282jQrYRq0Ybc8VCtjHFRqBo5EK2/A1GCbMzQrgDXEhKyItCuAzGRzTO70K6A9hHnK3qQr2VM0X6mhpCwetyRvrozULB8EdGTCDWQsLrFEX6rRpCxgXBRgTn70LLstlGCOCVQsy5PUYXCjJCzlcORgw6OULPoJ5GCidAQtB8NkYI5C1C06dvRgCAJkLZoPpGCjGXQtyTSUX30odC3sihRfoXF0LgGl1GDjZsQuCq+0YGtW9C4fhvSBu6mULh/zVGBZx8QuKnX0YbVgVC5gduSDKE+0LnJ0BF8m8+QuoJskYX1BRC7tWBRgZdH0Lv3t1GE+XMQvwPlEcoHZVC/gdsRpcN7EL+FzxF9VMqQv/QzUXuOlVDAMPgRfsBiEMBDk5GOnbJQwIJmUYQDkFDB5iBRgknGUMKQi9GJvpzQwpZTkYDdOdDCyqSRiWaz0MLtvpF/MGVQw5+IUYHLzRDEFd2Rft8W0MR0x1F5SDHQxb9s0aNQY9DFworRt+u9EMZBNhGhtl+Qxk5B0XobshDHxDsRgc+ikMfXb1GBzruQyDXdkeJZQ5DItavR1qzmEMjup1GDH4PQyRp4EYWiTdDJNXZRmyOC0MlK+tGHtzhQymcUEgAaIFDLltpRm+GDEMw4PZGQlDcQzHu8kX2QMlDMgznSDbJG0My+itHk9nZQzMNnEY7REZDNBDGRmbnmkM0GDRGBUM7QzQksUYU9M9DNPkdRoTDUkM1vrZGOFmIQzXAQUYoSTVDNdIzRilglkM9DpJGaaXJQz0P/UZDeMVDPRHuRhZsY0M9EtZGRy2mQz0UHUY4UX1DPRWCRjQ/wkM9FqJGFqFSQz0YZkYP10NDPRoSRiTcDkM+h4BGE9WxQz7tjUZqyERDP2QPRgOQjENBbrhGlfzCQ0F2fEZX56ZDQYLLRzI6f0NBhyxF49eyQ0GWx0Zoo7dDQm7TRhSLFkNDhT9GCnU5Q0PPUEajGaBDRPG8Rj2ztENE9VBGFUf1Q0XOpUaZUgZDRhyARgyRk0NHD5pGEaumQ0fNv0Yee+FDSTQORteXzUNJSS5HwJPYQ0leW0buUBhDSaQSRhBJuENJ4CNGCWKMQ0vsO0YJ28RDTCDWRhfurkNO+NdIGP8BQ1GdG0X3qshDVABnSFcvIkNVATVGQ1g4Q1Yuv0YjaptDV0GCRjcwJENYE05GPYfZQ1r/AkdO8GxDXgo3Rk+SL0NhDBJGSEsrQ2ENTUYKgtpDZGKhRglzQkNlG6pGGN7ZQ2YDI0aUHZBDZoVURgjPlkNpVUxGAKnhQ2nP10YVa/RDafQZRfx8wENwFjpGJO/fQ3EeV0YU+1hDcWqmRf2SHUNxbKpGILMfQ3MiaEcq+oxDdSNpRiVESkN6EkxHbwIwQ3sDWUZr9K9DexL+Rl2faEN7sTZGCYuMQ3/Nz0YTDn9DgHoERg03BUOBg4VGQtGSQ4GPE0buv6FDhvQcRj60VEOIN3dGBbXWQ4hrpUYQTeFDiwAjRgsl3UOL/QxF6EWoQ4v+KkYududDi/9LRg7SY0OMcddGEuBoQ4yNRkX9dYBDjh5fRgCexEOOw1dGARtbQ4+C1keLqTdDkBEoRg0+FEOXanJGSDPKQ5hZqkbhNPRDmYNORgo930OdBNdGFm87Q50dzUYD96VDn0mCRmYCSEOfTJ5G63h4Q59Or0aEruBDn1CtRmhujEOfllxGHTy5Q6DkykaALkNDoPD4SEmQlUOg/S1GFsuDQ6G7n0YR57pDoqPhRfi240OkTM9GPjk4Q6gopEYHwn1DqIrrRlkRnEOrax1GFMGRQ6wQnEYuNeZDroFkRgV2H0Ox6n5GPAebQ7IPGUY+cgBDsib1RhfoZEOyKNlGN6FiQ7LlfkaDLCBDt4z8RiVeXEO5NE9GCgQGQ7mRDUaifJBDu1tWRgd0NkPBxZJGLddeQ8OHkEYqcDdDxv0aRuDlREPOX/BGBUyKQ9AVK0YTbFJD05S6RgbQFUPWmB9GKjFBQ9obz0ZjcDZD5Nq1RhP5qUPlZaNGHTiyQ+VnyEbI3+xD5eRaRglu1kPmx3VGUb2XQ+i+30YDxgND6TEgRhBK0kPuSE9GIlnJQ/IqQkYrZD1D9Bz7RhrMcUP/6bpGCVN4RAMTOEY4WPxEB2xURsilZkQHmb5GE8oERAme8kYLrRhECoA0RhDYW0QLEb9GHI0xRAsqPkafxG5EC+g2RhFzO0QM8p1GIPaNRBFEA0YmRHxEEgsLRn1LS0QWC41GGdeeRBcCp0YmfSFEF2ChRgpN/UQYRnBGCfvFRBtdtEYENWNEISoERv9tNkQjuvpGMJvhRCPu+kYHncJEJQ5gRgEA1UQlK/lGt03JRCo1nEX5dRVELehxRgoxGEQuRW9GFo/2RDjWH0ap/LlEOP4PRiTrSEQ8g6lGEI++REBPCEYfjftEQYLdRpXkOURQwM9GIfHGRFJNp0aiWnpEXShURgEefERiegBGC9d+RG9ZDEYF3CREcMBrR4AoY0RwyeBGMNISRHFIoUYKFFVEcWsLRoN++0R0D3FGACh7RHarNEYCZ6REd1lKRjl22w==</peaks>
+    </scan>
+    <scan num="711"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT363.184S"
+          lowMz="51.533302307129"
+          highMz="989.407592773438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.518666e06"
+          totIonCurrent="1.6243751e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="712"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT363.677S"
+          lowMz="50.182437896729"
+          highMz="989.401123046875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0467942e07"
+          totIonCurrent="1.8796262e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="713"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT364.164S"
+          lowMz="50.019092559814"
+          highMz="989.412475585938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.685369e06"
+          totIonCurrent="1.4229091e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="714"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT364.668S"
+          lowMz="51.454708099365"
+          highMz="989.411499023438"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1432789e07"
+          totIonCurrent="2.0919746e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="715"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT365.153S"
+          lowMz="50.095794677734"
+          highMz="997.798461914063"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.1664011e07"
+          totIonCurrent="2.0679124e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="716"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT365.643S"
+          lowMz="52.50732421875"
+          highMz="963.031005859375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0331474e07"
+          totIonCurrent="1.799235e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="717"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT366.129S"
+          lowMz="50.648090362549"
+          highMz="965.713195800781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.834526e06"
+          totIonCurrent="1.761517e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="718"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT366.621S"
+          lowMz="50.698776245117"
+          highMz="992.475708007813"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.1124552e07"
+          totIonCurrent="2.0543274e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkrLjEYIDUZCTUbBRfgGi0JSO3JGCS1fQllON0X1ZV5CYC52Rhr4bUJibgJGFPwBQmNHckYL69VCY2g1RhYBdUJlT7pGDP88QmdHi0YNJM5CaguNRgnsCEJuHCVGALQDQnWQ+EX2a5FCd/QSRol/VUJ4pkdGA2ccQntw7UYDPhdCe5EnRflZLEJ+Ep1GAT8XQn57mkZpsHRCggT5Rja+h0KCB1dGB3CRQoSKpEX8mAtChdHrRgQomEKHp/tF/4lUQojgDUX16lFCiwBSRe3RxkKMwAtF/M4xQo5JUkYcv35CjoTFRgGeCEKYCPpGGHMZQpi7QkYL7TFCmgpJRfSKXkKcCo5F8v6TQp0wLUYGe3FCoOsqRnowiUKg75xGKOL6QqDwBkaQ/zBCoPEmR6PpjkKg8vJGOZM7QqD3HUZHAedCofMkRo3hYEKjVQdGE9LiQqRO30YOEIRCpUhWRf7mjkKl8XdGPhoWQqYMy0f/ltpCqASaRobNWEKomKtGL89GQqtfsEYLUP5Cq/b2Ruif+EKr+59GLLGNQqv+IkYVg79CrAFoRgGPGUKsAdtGGz2oQqwCzkc3NB1CrAYmRhWORkKsDphG4JJ0Qq4Ee0atydFCrgo9RmuYWkKu9ntGFxrZQrIMhUhvFGJCshvzRjdP50KygelGDSXlQrKWDEYH8AJCs1TsRgrPxEK1QRJGWPiOQrW4z0YAQLpCtcgxRmF0gkK10eJHAKL9QrXXtEZk90RCtdkbRhTS6kK16lpGDLInQrXueEbUKOxCtfHTRkBnAkK1+0BGpxUYQrX8V0Z1mv1Ctf03Rof1X0K1/dpGlAdKQrX+hUca8lRCtf81R7EaUEK1/9pH2RTKQrYA4EiMka9CtgHNSym/SEK2AqVIqmqjQrYDXUgnRrxCtgP6R/EHiEK2BM9HJowZQrYGDEa7WBFCtgcvRo3r0kK2B69GjlOSQrYIPUbiN99CthHSRnyYyUK2FShGDr8kQrYxy0aymR9Ctj5oRhTO3UK22EFGFbiHQrchJkYXp+9CuAA/Rg1r/kK4AgNGAByNQrgCUkYLUmxCuANsSIP2MkK4DNZHJgEAQrgiZ0YCvRpCugPiR8au0EK62TpGADXZQr2XhUYi9Y5Cwet9RvFCNULFUKZGG0VEQsYKSkYEsWtCx95MRg1oLELMvWFGJ9oPQs2RqkYPVMpCzhRORjBxj0LO+sRF/v+eQtAn2EYXvixC0hnzRhKMEULSzn1F+sQxQtNu5kYdIiRC1BT9Ro3LukLWmy1GG0Y6QtoUyEZ4kG5C2qjbRf/79kLh+IFIJ3lEQuKmBkZxhVdC4vk2Rg40nkLlMcZF/6F/QuV9YUYRt0VC5geFSFla4ULmFGZGIw59QuhOkUYS3WBC6hxsRhoOkELqrntGJ5CbQuyaQ0ZFtNZC7gDlRhyfTEL1xCNGLXdCQvZo9EYM7RxC/A/ERxE0EEL+B2BGcY3yQwFe4EYEHhNDAvdQRhn3M0MGV21GCl1uQwdtOEYpGbpDCU+lRg0pXUMJimlGD77cQwpDkkYWrCFDCyUTRgjEE0MLKtdGTQOEQxAYwEYlH+1DETyRRjLOCkMRTnJGD8+lQxINHkYgJMpDEjGwRh7H5EMS8FJGLqjEQxPP6EYKI5hDFFhqRh7AekMW/c5GmGFRQxepjEYM5BJDGQTqRxuCPUMZ5p9GHZ0GQxpAKEYXw+tDGoQqRjIMbEMg13tHi1CQQyLWukeDu3JDI71PRibezEMk1fNGh/11QymcAEgI9qJDLBj4RzflG0MtGlNGDM0BQy5bR0YNU5xDLvSwRiGlWkMvj5tGF/5zQzDasEYrDGZDMOEARmgaE0MyDPhIF8FyQzK5ykYRpatDMvouR3s9NEM0bI9GEMTZQzSUJEYYlBFDNPkGRmj8a0M1wIhGoVoKQzefUUYGXHxDOC4JRiwRhkM9Bw9GI9dfQz0TTUZABEtDPRQvRh1vaUM9FSVGJQwtQz0X1UY7RNBDPu2VRrtkD0M/BOBGZuOYQ0FvM0aMeHhDQXcnRlcqxUNBgzdHZTXhQ0GXTkaaO7pDRFPPRhX1L0NE9upGfJknQ0XOrEZR8KNDRu+rRhRvYUNJHNtI5TFUQ0keK0ZinR9DSTQQRrRTCUNJSUNHzgdDQ0leika7+qxDSh2yR2TUn0NLAHRHN/bbQ0zFk0YHGoZDTahVRiyE4kNO+OhIGx9SQ0/WK0YTZhVDUlCfRk/LW0NS5ZBGFQ76Q1QAdUh+aWZDVQFbRpWEsENXF3xGO9uXQ1dBckYmUAVDWvYxRhw/40NfrS9GKxYtQ2ERnUaCuWlDYaoaRgjIaENmGmdGaC46Q2gqg0YCmfZDa+z/Ro9pdkNtFupGpHf2Q3FuqUZ6THxDcXBpRj4HBkN7D/hGGhF4Q3ycTkYp65FDfhLERg37XkOB0tZGblIrQ4Lvq0Yo941DgwXfRjAeWUOEO3tGFiHCQ4WRM0cXIqxDhfsrRhMfIUOHia9GQJiMQ4iBGkYJV4RDiIkjRhNu2kOJAfdGCBlwQ4mOkEYxlOZDjAB+RpSfq0OMKh9GCM4zQ4+C8kaXEqBDj/EERfkiVkOQYBhGE1sTQ5KI0EYa82dDk8shRjX9rkOV0j1GELyxQ5cOmEfooNJDl20uRpru3kOXjv5GcwDmQ5erdUYNIdFDmFh0Rk6Ph0OYWdZGt+wWQ5h81kYQynVDmIBmRgvWVEObTNZF+fRyQ54Fe0YS8H5Dn0OIRkGUX0OfRplGWSmuQ59JQEcQttlDn0sYRnt2b0OfTBpGiqGkQ59NW0a3k81Dn06nRk7d9kOfUF1GNpsfQ6DlN0Zk/qtDoO0gRgZYqkOg7u1GbHr5Q6DxOkhYMpZDoP01Rpz8hEOhT/1GDJIaQ6NHiUYmNBpDpD8JRg3ueUOkTshGiw+BQ6UJk0eKUThDpgkkRqnI3UOoEIhGJF//Q6iETEYhYOBDqItXRmdBfkOqBmpGE6zsQ6oNOUihfChDqg/7RjHI30OqjadHQAEKQ6rmIEYTFuVDq5HNRmO34kOt9qRGGSHIQ69cA0YKzURDsQoURhKrmkOx6fdGHsZ2Q7IP1Eac3qVDsii2Rol7yUO0jrhGKtsLQ7T+N0YMFq9DvqJ5RhG5K0PDilpGlEqxQ8b9E0bKyDJDx3WjRhjGuEPIEHpGGxxbQ8iXcEYsYPhDzgY3Rh0/WkPVlk5GFVT0Q9abSEaopUND3xtVRizUj0PialtGMQ6rQ+MRckYz/NND5WiORwBBfkPmx7RGZ0JMQ+yay0aqZZ9D7RC1RgzH3UPxPMFGHsrQQ/JOLUYQTidEAxUZRqKwTkQDTNxGGMsoRAUlpUYatjxEBUBERiMQwEQHbFxG915RRAogG0ZFGn9ECxJjRmldDUQLKvRGuSMNRAtfHEYUEWREDsG4Rg70DUQQLORGJjN5RBCT0EYRwJtEEg1ZRsVnikQXRZtGDcDbRBdJS0YXUspEF7l/RiZbqkQcLXVGFUcXRBxN5EYTnvpEH4pNRiiQmkQhKjpG+3O0RCIlWUYKHAhEI71rRrHUKkQlLIZG8wWvRCfO40YljhlEKKDJRkIff0Qp5oJGFs3/RCzqx0Y2AsNELaqJRhT1a0QuWxdGQtMYRDAha0YnF3xENB5mRix62EQ1zdFGJoL/RDaQbUYjgcVEN+idRiS/uUQ42LVGowvHRDoZp0YLfgJEPCpfRjzuxkRBg31Gq5tuREJZxEYxpQpEQwN8RhaUlkRQeXVGIWhpRFCIpEYyhlxEUlDIRpSk+kRW3txGIUp6RF1SQEYQ6ixEX5tARhOd5ERjf/pGE2ZdRGP1i0YUEN9EZBBTRhFQAURp+vBGL5eWRGtXQ0Yl8MBEbx0vRivza0RwvS9GQe3HRHDAqUeEKrhEcMTWRjwzh0Rw8IFGVHNzRHFuxUah05hEcpDpRiQYOURyrWFGJcDoRHTp0EYb0DdEduCKRioD8UR4HnJGPlxv</peaks>
+    </scan>
+    <scan num="719"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT367.108S"
+          lowMz="52.83459854126"
+          highMz="989.415893554688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.1571855e06"
+          totIonCurrent="1.2829246e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlNWoUWI8C9CWbWMRYch00JaA+5FgAkCQl2Q3UWFNrtCXnHJRYXAtUJjD7tFjgUaQmk6ykWIrYhCdhS8RY7uvkJ3cT1Fl5cmQnf0BkaIsF5Cf1L+RZnPQUKBtExFmU2dQof8G0WU9JRCiVmdRZZVv0KLUY1FkQAaQo7HhUWWyxFCjuluRY6+uUKQCeFFgMewQpCsEEWDW1JCkWD7RYqif0KRn05Fh9N8QpYEcEW2zRRCmKegRX3ThEKZT2VFqcxoQpnZTkWA331CmgP/Ra6fnEKcvfxFooegQqAKG0WCaXJCoOpuRaR8IEKg7wtFoZi0QqDwR0aW/B1CoPFPRz43V0Kg9y1GEY38QqHzF0Y4e2dCoh5zRa44C0KiPIVFjIb6QqQ3Q0V00KdCpHevRZkznUKl8Y1FwT2fQqYMzkfEIxlCqASkRaTqZEKokqhFpZnLQqta90WG1oZCq7U2RZiS20Kr9yhGJbyuQqv3t0W1ZGRCq/tPRaqWTkKsAXtFqOWYQqwCf0Y39JNCrAMSRrfs8kKsA9VFmVDsQqwFlEYC4cFCrA7iRikLi0KsD8JFpOJ1Qq4Ee0asHaNCrgo5RhOJx0Kx+eJF2cGPQrIMgUg04SJCsikyRaZlxEKzuJRGJD4aQrXLUkWVKsRCtdHYRqUOLUK11m1FhWTgQrXW10WMT7pCtdezRbg2mEK13OdFoBOLQrXeakW6iHdCtd/sRa2m8EK14YdF0kcKQrXnbEXWNfxCtei7RbtxakK17nJGf850QrXx1UZ0aftCtfNaRYkf1kK187hFidreQrX5bUWxp3xCtftmRrIALkK1/FRFoNnSQrX+h0cB/LhCtf8yRzzmWEK2AFNHwtc8QrYByUraa4NCtgMFR+LX+0K2BA9HlXuYQrYE2Ua2TfNCtgW1RjKL5UK2B6NGASVDQrYIXkaw8vRCtgnYRe4XbUK2EbBGGf3gQrYVNEYkPwBCtipERdG5I0K2MdlGa73AQrZR4UXIPwRCtoMYRZ6UI0K2qZ1Fl+4EQrdWSUWNBxFCuANfSBuNeUK4DMpHEQ/iQriLVUWpVkJCugPXR4dZm0K7VxZFdlIJQsHrckcfNA5CwfBcRhUoekLEDI9GLfREQsZT5UWgFFNCzLkZRaTS+ELMumtFlkRRQszbTUWGHGFC0iNdRawzFkLSPLJFpUnQQtQU7EY5pv5C2hS7RnARE0Lh+IBH8X6aQuKkmUXKTVJC5P4/RZCDZULmB4BIHQeUQuYUcEXIwiBC5sbqRaubIkLpnqBFh2DFQvC0sEV+dAdC80TYRYf+xEL0AH1Fxt50QvmdtkWEWHFC/A+iRwTbEEL+B3tGPhwoQwEOKEYeIKlDAoyMRYnbskMESVdFkqI+QwV/YUWrvu9DBgIERYk7tEMGDAZFnCJNQwZ+8EWaQhFDBzcCRZoG10MIDQ5FpjlgQwmxr0WH5LZDCkFuRXgkz0MKQZ9FfKhBQwpcn0WUTzZDCx7IRaGW40MLKxFF7S4nQw75i0XJNThDEZAWRY/ENkMSCvxFlqlhQxLwN0YNz+9DFv3HRm0uREMXCjtFvUJDQxcrdUWUryNDGAJLRZyzS0MY29VFmKAcQxkE4Uaij4tDGoHtRcHhykMgb+9FpvnYQyDXfEcmTGtDIta4R1ERlkMi+1xF/3RrQyO6d0WfMCtDJNXyRmT3xEMk4adFiUzrQycd1UXZi0JDKCblRZmIT0Mpm9hHj6F0QyrdmUWt09tDKxDKRcTHsUMsGPdGv1ywQy2/JEWbCExDLvSsRgUIHUMw4IZFmuMCQzHX70WM8O5DMgzvR/HFtEMy+jdHSSJJQzO/o0Xe0FNDNcDhRcymB0M41jtGArZOQz0VIUXYbhJDPRYNRYRJzkM9FrtFzD5fQz7tiUaM6iZDQW+BRgBVZkNBdztF7kr9Q0GDdUbhfZRDQYTGRbL/lkNBj8ZFt8OsQ0GXiUX261JDQ896Rjr2QkNEYkZFjHVtQ0Tz3EXTL65DRc67RlCS8UNHGMpFxZR7Q0d0lUWfuMBDSRzXSMI6DkNJNGhGVvwtQ0lJo0dXcrBDSV7dRofvykNKHbpGxoEzQ0sAY0fGbZNDTAGHRZnMrUNNyWdFsGPfQ07440f8ayRDUk2wRZbVHUNUAHNIJ/yVQ1UBSUYE6xVDVQVaRaKRi0NV43FF0vyyQ1cXgEYXXTVDVz/9RcfOQ0NYEvdFkAKcQ1sXAkWnNhVDXs1BRaCgAENfBGBFkxAiQ2EOu0W54wpDYQ/hRbvICkNiBE9FqNQHQ2YaM0ZDKQhDZ9zbRbeMakNr7N5F9xV5Q2x29kWdU6tDbQABRZ37s0NtFvpGgzUpQ28WIUW0fjtDcDQKRaWRxENxa0lF1PemQ3JizUW6RKVDcsisRY6DzENzIntHhNZlQ3UjiEW3bxhDfb3dRZvdhUOBDSNF0/FCQ4HRIEXQnTdDg4eGRbbmM0OFkTZG5+hBQ4eDlEYHLzhDh4nSRdw8h0OHlUVFrpu0Q4g2jUXJl8xDiP8PRZbjH0OL/nlF+mRiQ4+C1EYnC81DkLBvRZ4BM0ORlbBFwB80Q5OQjEYcWpxDk9GIRbacUUOUAg1FlXZYQ5cOm0bvvndDl2sbRf48M0OXjw1FyMWbQ5hZVkYO88VDmFt3RcGfxkOaMOZFkJ84Q59LA0aKGYdDn0xYRnpnzEOfUdxGEMBuQ59UOUX5jhNDoOWLRdPy10Og71lGqetiQ6DxZEflvl9DoPN6Rq17qkOg+ytFkwswQ6D9OEYsVJdDoUHHRaWnXUOiTrJFvE14Q6RMwUXayENDpQmJR1IWHUOlSudFoqaQQ6XfiUWRHCBDpgkcRiUpskOnGDxFlTj9Q6iLZEXYMnRDqg06SKdo70OqD/lGEmWxQ6qMYEWf1l5Dqo2xRxU3FUOrkclHVSOwQ6wSfUXgTG5DrJQARgLQ20Ox6UVFpwh3Q7IP80X712lDshEtRZUIKUOyKT1GKCZRQ7LlkUXcdRdDtWAsRbXzHkO8voxFmoR5Q8OHxkW5OzBDxKHmRajveUPFeDVFnaOiQ8WyfUW7/iVDxo5WRangzkPG+uNFjQf4Q8b8sEZQltlDxv+cReSaZEPIZ+FFqBwXQ8mY8kXmQFlDzQhRRaDOHUPOm0lFktI+Q9U0lkWerJFD1phPRhwlr0PZHUhFv5TfQ9lOjkWdlYlD2YXTRbRbtkPlaHhGdjbiQ+bGvUXQ07VD7JeURhp78UPtmBVFuQ+1Q/Av7kWnq0ZD/Y0/RZxZ4UQDE25GB9vxRAdLHkWlmOFEB2vdRc6/ikQHbh1F/aOXRAsS4EXYbhxECys+RnKlmEQMpy1Fma6XRBILRUYNxnREFP8hRbaIv0QZPyZFpa0pRBqo/EWgWrpEISnqRl8qgUQimD1FobCpRCO7QkYF+zFEJCoORb8TMUQkbpxFn+4iRCUsaEY61AVEKJ+kRZSjikQrI5BFpczGRDVJMkWPxdNEONZZRhZre0Q5ClZFmkInRDwmNkWYwhNEPCmQRZ/WykQ/5IZFpf3VREGDhUYjYShERRjcRblnsURGsGpFmlVBREr25UW3lJREUKnpRZvzGkRSTapF6MEpRFXcgUWRF09EVfmHRZ7qD0RwtkpFrjjZRHC59UW7Hd1EcMBDRvks3URwxFBGIJMNRHFr10ZKGXREd1qeRgWUWw==</peaks>
+    </scan>
+    <scan num="720"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT367.621S"
+          lowMz="52.856857299805"
+          highMz="989.415832519531"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.710483e06"
+          totIonCurrent="1.7701942e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="721"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT368.113S"
+          lowMz="50.807613372803"
+          highMz="994.103271484375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.953993e06"
+          totIonCurrent="1.6650052e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="722"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT368.607S"
+          lowMz="50.18745803833"
+          highMz="989.441528320313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.79772e06"
+          totIonCurrent="1.807309e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="723"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT369.102S"
+          lowMz="50.726383209229"
+          highMz="989.441040039063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1040628e07"
+          totIonCurrent="2.049551e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="724"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT369.587S"
+          lowMz="50.48751449585"
+          highMz="989.410705566406"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="8.498044e06"
+          totIonCurrent="1.5996882e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="725"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT370.088S"
+          lowMz="50.571063995361"
+          highMz="989.396789550781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.1366435e06"
+          totIonCurrent="1.2679939e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="726"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT370.597S"
+          lowMz="52.063674926758"
+          highMz="989.386108398438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.098491e07"
+          totIonCurrent="1.8320436e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="727"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT371.089S"
+          lowMz="53.425819396973"
+          highMz="978.432922363281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.426418e06"
+          totIonCurrent="1.645741e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="728"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT371.574S"
+          lowMz="52.985408782959"
+          highMz="989.391235351563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.365289e06"
+          totIonCurrent="1.4326273e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="729"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT372.072S"
+          lowMz="50.534080505371"
+          highMz="990.291381835938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.763053e06"
+          totIonCurrent="1.5664856e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="730"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT372.565S"
+          lowMz="50.5583152771"
+          highMz="996.006652832031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.041047e06"
+          totIonCurrent="1.5849837e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qko7t0XPtLBCSk4fRcqqUUJLD/1GCzUZQkyg00X1+hJCVCElRcq6jUJcdTlF3jPgQl6T+kXOpfBCZds1RejRVEJnoDtF/14QQmo3+EW2z4VCd/P+RoeOsEJ4Te1GALibQniHCUXAl0pCeWFKRdBP60J6RZpF6JYnQoGT5kXH8eNCgdxnRgFSkEKCw+lF29a9QoRmGkX7ldVChNaPRbs19EKFJHtFwBdSQom4fkW3SOpCkXwbRcRDrUKSSvpFxI3CQpYl4UXIzCxClyuLRe2ikkKXaitFuzKpQpdqdUWwFIlCl20ZRca4aUKZkmhF5TKDQp6tq0XAenBCoO94RepXFUKg8ZZHhYxvQqD0eUXccTVCoXKIRcnXDUKh8xRGkjb5QqYMzkfRfK1Cp51jRfAXxUKoBKpGOGbYQqplKEXcuw9Cq+qPRb+y70Kr9lNGbRQJQqv8UEXeBbpCrACuRhlbVUKsAjdG2A6tQqwDmEZ9LahCrAZuRfM640KsDfZGdv65QqwOoEYgQqNCrgRtRqhe60KxKlpFqyj+QrIMgkgfnw5Csho/Rh8yn0KybKpF1RRFQrLsPUXta7hCs3ZkRdFQxUK0KctFw8jyQrUBG0XhwxNCtUDsRf6ZR0K1gRpGApM/QrXCH0XtTR1CtdGaRvVM/kK14XpGK/HRQrXue0a8/z1CtfG/RqOdtkK1+t9GDe2lQrX7V0ayLedCtfvNRgwYAEK1/ENF7VaVQrX800ZDA1tCtf7cRxPO30K1/9JHYOfjQrYAY0gGrR1CtgHISwn0l0K2A2JH6uPwQrYEakdIz7pCtgXYRlqZlkK2CHFGwSoyQrYLQEYVXytCthHGRlZiSkK2FRdGJ7thQrYiREYSdxtCtjIGRoNHg0K4A2RITEc/QrgMxkcUJSxCuaaSRbU5Q0K6A9tHnJqXQrrujUXhbG5CvIssRdTK/UK/CTVF0cKjQsA2OUXennNCwTbeRckzgULB63dHHusZQsHwXEZxJj5Cw4ZiRg4+yELEDL5GBCRmQsdrCkXRQeZCyCp8RcYTgULLuLZF9BWqQtIQDkXGuz9C1x1ZRcCLGELaFL5GHY+/Qty+kkXnbkRC3wxlResJwULhL6FFyKxHQuEv+EXEuAlC4fiCSBdF6kLh/7NF4myqQuIR3EXJIVxC4qkORdMYBULj+fVGFOUXQuXITUXN2DJC5gd+SDMkx0LmyGVF0pKpQuocVkYQrwpC8He9RepvokLyH65F1I0XQvjfbkXcuEZC/A+nRxPug0L9+aBF8jnZQv4Hc0ZxP9FDAxKYRdzo5EMHFNpF2vgoQwdryEXgmalDCCNARct4sUMJHyJFzh7DQwnYcEXEvelDEBi9Re4Vv0MQVulFxvWFQxIKPkYHRsVDEhDjRfRl10MSQmRF0BMnQxLwLUYivtBDFazLRfmAx0MW/dJGhaC0QxkEzEYM2m1DGoFzRduCKkMburlF6xbfQyAzf0Xe2TVDINd3R4uqTEMi1rJHXLyWQyL7ZkXY5G5DJNX8Rle6XEMpmQFF5lHnQymbuUfYNidDKqXbRg13xkMrEORHP7IlQywIpUXUSH9DLL2+RdScTUMtzKBGLc44Qy5DtkXZ8INDLluPRdvIRkMw3t1F5mLRQzIM8EewOP9DMvouR2vFrEMzQj1FzLBkQzSu+EXH1mVDNPk3Rj2COkM1vuRGRyqdQzjVAUYclUZDO/hqReUOt0M9EhNGM2x+Qz0Vw0YyAJ9DPRjuRheHqEM9GjZF7SdaQz7tnkYeb7BDP9PPRf/akkM/4bdF0gZOQ0DIx0W9vzdDQW6YRgWBAkNBdnBF8in3Q0F/2EX/ORFDQYKfRwu4KENBhJhGJj/EQ0GO1kYEvnFDQZaqRjcexkNDz4hGhQQXQ0Tx1EXfUkFDRPMJRiiRoUNFzrhGvbEyQ0fN+kZIaK9DSNViRbikRENJHNVGGZdRQ0k0lUa0HyZDSUnHR5uC80NJXvpGt4hCQ0sAX0eQODpDSyDBRskLG0NMEc5F1UGhQ0z+MUYsyWdDTvjkSCKzrkNQD5xJbnPlQ1AS/UZJOLpDUBiiRfNYXENRC8tF/XM7Q1EQcEdruxxDUj/PRg/rckNSTDdGZyOMQ1KYdEYCTZJDVAB7R15x60NUT91F2lXvQ1T6fEZMkXBDVROTRm6jtENXF4dGpETwQ1gS6EY7oFpDYEvLRdItwENhDjdGOnXYQ2Zz20X0XshDa+0SRj3Q30Nwz9VF5h69Q3Fp/UZl1sJDcgMkRgmTckNzImlF77SwQ3QJgUZ86ORDeaV4ReT+fEN/zOlFwwBKQ4HQW0YMew9DhF68Rgdy1EOFxYxF3i2ZQ4dsQEXtJnBDiDd6Rgv+xkOIuJRF0uO1Q4kDVEXbqqdDi/3cRfaCqEONiKZF4nFbQ5DMT0XF4p1DlFQeRhbH/UOXahBGDxzkQ5hZO0ad8KdDnNraRcEQyUOfRA1GkfiHQ59E/kaXZjdDn0akRleEdkOfST1GIarlQ6Dxq0gl3ClDoPLvRwhaWEOg9HdF2BSbQ6Lug0YBsZdDpEusRj8HaUOlj39GKR31Q6cWeUYD9I1DqIp+RfTBvEOrCrZF9c7xQ62RNkZd+uVDsV/vRd2kckOyDjtGQul7Q7InHUaQONFDsuSBRkUa90OzfZFF6IfWQ7bSiUXe45hDug5NR0kIZEO6jq9GlI7aQ723UkYCQbhDwd2FRdlGlEPClz1GBgS9Q8OGnUZRyMtDxMmMReVyeEPG/JFGpTg6Q8eVhUYUsRBDyIz7RdiesUPIlytGD0vtQ9CIN0XFZ6dD0tCqRgHPqUPWlvVGhQHXQ+Vm0EYl2vlD5WlARkP5lUPmxvlGOsTgQ+e+m0YK/UJD6ApqRe6Np0PoyDhF6oq9Q+o090ZS0rZD6vUvRcDEv0PsljFGZ06OQ/AbiEXpXWND86cSR6guV0P0J4lGnOD0Q/SmxEbZuGxD9Sc9Rg/LH0P2dNdF3+VXQ/bnQ0XZzqJD9+9ORcwktUP4qrlHW42HQ/krLEaqmqJD/S8xRdUdckQDDmFF7ShZRAMSgEaSO5lEA8JeRgKirEQHa/lGpp/jRAiQDkXbShxECmGQRfco70QLER5GAhk8RAsptkaIpfdEEgpxRjQhK0QcbrNF6CF/RB2eN0XsZR9EH9M6RgTTnEQhKahGtXu2RCUtFEZzQHhEKd8vReWDGkQuW0FGJj4XRC7H0kXeHXdEM5M2ReRsKUQ2tEFF3S7sRDevdkXZ4MdEONU9RnR/I0Q/dZ1F5CIhREGCzkaJ0bNERLw4RgNWrkRJYAJF/nwzRFAodEYJtlNEUkyfRkJQgERf1mpF9kkeRGVClUYLi5tEZ/SIRejne0RqE3ZF3uu+RHC7U0YHdhREcL/UR1QitkRw9iZF6MbNRHE6zEX1HLpEcWpRRoydM0R3WElGK5dJRHkAbUX5/Fs=</peaks>
+    </scan>
+    <scan num="731"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT373.064S"
+          lowMz="52.691825866699"
+          highMz="989.377380371094"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.332342e07"
+          totIonCurrent="2.282177e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="732"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT373.545S"
+          lowMz="50.30936050415"
+          highMz="996.890197753906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1029011e07"
+          totIonCurrent="1.9190808e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="733"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT374.033S"
+          lowMz="51.091564178467"
+          highMz="989.379943847656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0415145e07"
+          totIonCurrent="1.7460154e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="734"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT374.525S"
+          lowMz="50.911617279053"
+          highMz="989.367370605469"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0102493e07"
+          totIonCurrent="1.7032542e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="735"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT375.016S"
+          lowMz="50.090522766113"
+          highMz="991.539245605469"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.618954e06"
+          totIonCurrent="1.697786e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="736"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT375.508S"
+          lowMz="50.522354125977"
+          highMz="996.646911621094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.1319992e07"
+          totIonCurrent="1.9690608e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="737"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT375.993S"
+          lowMz="50.27855682373"
+          highMz="989.381774902344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.682067e06"
+          totIonCurrent="1.6830334e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="738"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT376.487S"
+          lowMz="50.240077972412"
+          highMz="989.391174316406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.773466e06"
+          totIonCurrent="1.6445255e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkj110XjrBZCSUZgRfeXqEJXFuBF3BjNQliHkEXh95ZCWyijRexU00JelPtF2XcXQmAHXEXconNCYTxRRdqh2UJn9KFFy1B/QmtndUXlJcVCbISWRgg16kJvLntF8jzoQnDebkX5MIJCdGifRgPjx0J39AZGl1JXQnuD80YHQLdCfPkdRgecC0J99BRF4vShQn57ukXxCRNCgCRwReLCOkKBGoBF4TqyQoazuUXRrlBCi+0qRdh++EKNa4pF/WDSQo2CUUYKKPFCjp5bRdrMvkKRh6BGBvTlQpJun0YFnmZClWUWRduSh0KVbMFGEFpLQpdo0kYVe9BCl2rmRgEvTUKYfRRF88svQpjLnkXud0FCoO9/RoUnIkKg8GFHihSXQqD2s0X3eEhCofMBRsVckkKknThF/ekRQqXDRUXaRsNCpfGhRiCsnUKmDNFH0Q/qQqbDx0XSWalCqaCqRfHghEKrWtxF8PZxQqv2q0a/PkBCq/p1RgGPK0Kr+z9GIBFUQqwCZEcpqi5CrAOhRiCUNUKsCp9F/kXvQqwOM0bCU2RCrat+RgR9akKuBHxGvRdUQq4KNUYbiVJCsG9KRc5SSkKxCY9F59MEQrIMgUhG1iZCshtURjFcRUKyJ7RGDOO8QrLsd0YNG2tCs7ieRlPc6EKz219GAaqzQrQOQ0YvMtRCtCnhRdwuO0K1QPhF7FWHQrXCzkYPEChCtc9MRgWu20K1z8hF/W+dQrXRjUbzwgZCtdSQRhd9nUK140tGB87nQrXuakbESJ5CtfGqRo69ZUK1+2lGq6yzQrX92kbymmlCtf7RRv3nQ0K1/1BHHjvbQrYAakgNpDNCtgHHSxUhmkK2A2lIEHLfQrYD20gBh6FCtgUWRpE2PkK2BW9GgqxxQrYF90aLVkpCtghSRrVJyEK2E1ZGEl6CQrYVHEZscwxCtjIMRkzCkEK2w/RGKsYAQrgDaUg52S1CuAzMRucWXEK4VkdGImQ8QrlXU0YYeitCugPdR4W/AEK67N1GD4Y6Qrs8J0YEh35Cu2MNRd/VsELBVmZF+e9fQsHrd0budXdCwlOyRf34g0LENd5F5X0wQsRcbkXRy5xCyzvbRekt1ELLdSJF03LjQsy3nkYQt3tCzP9jRgC3L0LN6dxGKeKiQtDa30Xf8l9C0bbjRen3UELUFORGe0nyQtoUrEYfPitC2krRRfvDdELbeNFF/SaQQtt7ZkXk5H1C3g8kRf0AFELh+IFILLrLQuYHgUgqrEpC5salRfc+NULsDaZF02NYQuyT40YKVYxC8fE7Rf4KOEL0lnVF8sqLQvSrSkYTKLFC9rG6RgJzQkL43U1GLIbDQvpAzEXoj7JC+nyTRefGcEL8D7VHIrZGQv4HdkYzqiZC/ivVRgh9SEMA9ZNGHy0AQwJSb0X+okZDAxFERkfIn0MDb6lF6Mm2QwfiOEXhgRZDCCVqReGpbEMIgbZF5sTPQwseAkX6DqhDCyo9RiHIgkMMIk5F+NnCQwwtIUX/wkRDEvA2Rj/g3kMW/bBGLwfIQxfs3EXQowtDH/UpRgqOa0Mg13pHeFtOQyJfNEXrVcVDItatR2ctPEMjt7NF1CSdQyO4c0YeHMxDJGO4RguxjEMk1fxGK0tkQyUsMUXyMr9DKZuBR/WhckMrENtG9VsjQyyCcUYBvQRDLcshRjTGyUMu9MxGE/jtQy9+70XYOV1DMgz0R4rSzkMy+jJHjPECQzMNskYc2BlDMz4hReqY7kM0oQ5F+vMIQzWumEYBlrNDNb+6Rnc6QkM2N2ZGBfowQze700XStR5DOJU5Rfb0ZkM405VGOLVlQzvSk0YbpwxDPQ7bRhZkX0M9EMZGCK/lQz0TKkYb0edDPRQbRjtZxEM9FUZF/iVlQz0V2kXsjnVDPRceReqR/EM9HIhGBHFDQz2hPEXS0/5DPu2/RhimJ0M/c51F+rCZQ0D0JkXjjKpDQQj6RlJxRUNBXm1GDoOmQ0Fu1EZ7iVRDQXa4RkqBVENBgslHR4DUQ0GOkkYEEspDQZawRliRWENE8U9Gjk0nQ0UJzUX1nAVDRS56RhnsUkNFrylF/y7wQ0WzJUYDCqNDRc6WRjhmTUNGvQxGAJEpQ0k00UbaESdDSUoTR7Uy5UNJX0xG9ENgQ0pI00YD9ydDSwBgRoxbA0NL7vVGA5tVQ01EzkYLmkBDTWrzRe0ZjkNO+ORIH5ssQ1JKokaMIwJDUu7iRgSp2ENUAHhHL9T9Q1UBv0YnivNDVgSQRfuPOUNWcM1GAEnpQ1gQw0X1bw5DWBLwRgT9CUNZG5NH90MEQ1ocnUYVxzRDXNq6Rf3ywUNhCzZGZh2DQ2IG/UXqawlDYwy/Rk52sUNloa5F7r7jQ2XhSEYBY0RDa+0kRjCn5ENsF6lGi2jUQ2zSn0XKGdNDbNO+RfSAJ0Ntv31F+4XxQ3Fnm0ZlOHZDcYjnRgL7xUN26mBGFj6AQ3cobkX4Fn1Df6RERdw6GkOAhBRF2K0lQ4HPHUZx0MtDg5DqRfz+ckOFaldF6VhyQ4mGvEaBCblDiZv8Rf6i4UOJs7BF5HKgQ4v8ikZPTHxDjm9+RfgZtEOOxgxF8bnxQ5do80Zt6ZlDmFnMRn1qg0OaOU5F38MvQ54POUXsRExDniR/RfMl6kOfQ4JGE1ZVQ59EpkYwSmRDn0cORuFvBUOfSEZGjeALQ59Ji0aR+wJDn0ueRhdVc0OfTLxF68zRQ6CBpkXzRXJDoPCLSCAgOkOg8h1HOr5qQ6OfTEXh0NhDpEogRogMJEOkS0hF37f6Q6d640XoqbNDqAk1SQQ1wEOoDANGfhRaQ6he2kXhK+tDqImXR2RHekOoi49Ggwq6Q6lK4kXiAn1DqX0TRfzOOkOp2SNGAidoQ7DL+UYNgVBDsg7cRkzoCUOyJ5RGZD+pQ7LjBUZFeUNDs5FHRiqk0UO1kJVGQy8JQ7y2/0Xxy6tDv+KeRfeq+kPDhMBGMZmxQ8ZmAkX5sXdDxvtZRimrBEPG/R1GmjhiQ8eVK0au3QBDyJUnRhL3YkPNqOpGBKCjQ86QUUXmStNDzyUFRgTYgUPVmV9GBTznQ9XqHUX1ZjRD1mS9RfYsYEPWlU9GidIxQ93XN0YGAx5D3/AERfXfhkPj9NlGH0BOQ+VoWUcFxc1D6V0pRfLqTkPqNrRGM2B8Q+yT4kZ+fYND7x9yRhBBPkPwapNF7rtyQ/N1AUXvKKlD+hkTRgE59kQDEXVGTGV/RAaaB0YLtwdEBtMnRf1/j0QHbEFGhoD/RApbpUYQgx1ECxHYRhSosUQLKkRGln00RA9DCUX5qPpEEgkoRolKEkQhKaxGkb8NRCEsGUZMifpEI7jxRkOriEQlLIRGlnKCRCZnN0X/DyJELa+jRgY8HUQuJ3xF/XfsRDHYaEYD/R9EM9BiRfFQ5EQ407xGhG0zRD0aNUYCvtdEQYLDRlI+VERCpl5GDEsvRESm9UYBmmhESUnJRi39N0RQJJtGEV2BRFJKu0aUVx1EabaVRf9uOERwv6lHHSvxRHDDyEaB6cZEcMjIRhtBhERxaC1Gm6wwRHZjLUXz3mxEd1LNRhKf/UR3WQlGh4DH</peaks>
+    </scan>
+    <scan num="739"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT376.979S"
+          lowMz="50.503890991211"
+          highMz="989.382507324219"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.1070747e07"
+          totIonCurrent="1.8069414e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="740"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT377.468S"
+          lowMz="50.704200744629"
+          highMz="996.679748535156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.184388e07"
+          totIonCurrent="2.0086102e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="741"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT377.953S"
+          lowMz="52.09009552002"
+          highMz="992.064208984375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.315299e06"
+          totIonCurrent="1.3885782e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="742"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT378.454S"
+          lowMz="51.770362854004"
+          highMz="995.756591796875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0216582e07"
+          totIonCurrent="1.7413698e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="743"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT378.942S"
+          lowMz="50.395225524902"
+          highMz="989.402709960938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.002779e07"
+          totIonCurrent="1.9759944e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="744"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT379.433S"
+          lowMz="50.173503875732"
+          highMz="990.239196777344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.314072e06"
+          totIonCurrent="2.2868294e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="745"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT379.926S"
+          lowMz="50.116794586182"
+          highMz="989.864685058594"
+          basePeakMz="187.006439208984"
+          basePeakIntensity="1.1068312e07"
+          totIonCurrent="3.0890336e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="746"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT380.41S"
+          lowMz="51.594867706299"
+          highMz="989.434631347656"
+          basePeakMz="187.006469726563"
+          basePeakIntensity="1.3311696e07"
+          totIonCurrent="3.522542e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="747"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT380.892S"
+          lowMz="51.202346801758"
+          highMz="989.435729980469"
+          basePeakMz="187.00651550293"
+          basePeakIntensity="1.044294e07"
+          totIonCurrent="2.6225518e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="748"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT381.396S"
+          lowMz="52.584846496582"
+          highMz="997.557678222656"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="9.104113e06"
+          totIonCurrent="2.5200034e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="749"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT381.883S"
+          lowMz="52.75110244751"
+          highMz="996.537109375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.90201e06"
+          totIonCurrent="2.5318472e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="750"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT382.374S"
+          lowMz="51.021621704102"
+          highMz="989.448120117188"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.1242354e07"
+          totIonCurrent="2.3835396e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="751"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT382.861S"
+          lowMz="51.818817138672"
+          highMz="996.623352050781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.702243e06"
+          totIonCurrent="1.967151e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="752"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT383.354S"
+          lowMz="50.989318847656"
+          highMz="996.280090332031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0524957e07"
+          totIonCurrent="2.0543222e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="753"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT383.843S"
+          lowMz="50.186046600342"
+          highMz="974.679870605469"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.081153e07"
+          totIonCurrent="1.951131e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="754"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT384.332S"
+          lowMz="50.482574462891"
+          highMz="989.47509765625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0560829e07"
+          totIonCurrent="1.9234864e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="755"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT384.818S"
+          lowMz="51.056499481201"
+          highMz="983.193603515625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0658102e07"
+          totIonCurrent="1.9290674e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkw520YDbxhCTXXuRgpA+kJQDltGGUkFQlMY3EYR2fRCWScRRf+xuEJdFuNGEPKQQmIrG0YFVvhCa9hZRgm8KUJu0GZF+AUnQnRCXUYaUIlCd+63RgOeTkJ39BRG2gT5QntDHkYRPYxCfsU3RhRW7EKEZDVF8X63QoTd3EX8DlpChWu+RgFDhkKFhcVGAX/3QoZfaUX7iZlChsY1RfN060KIlCdGAu+eQos/IEYEZLRCi3yWRgcfm0KMfDJF+Z3LQo6B0kYjONZCj+f7RhtStEKP88dGAr0OQpLE+kYLSctCkwjYRhutokKTRT5GGVJaQpNX80YklglCk7YDRhpPbkKWiP9GB4j0QpfgPUYUSYdCmaW9RgJC70Kd4uhGD3n6QqDxFUaURFJCoPIHR8G1MkKg93pGVbQbQqEKE0YYbvhCoWOvRhv/7EKhrDNF9Fd1QqHzIkaYK65CpgzQR7M+VEKmSvxGD7MxQqgEoEY3/slCq+6jRfCbCkKr9gNG1qwqQqv6nUaBr9pCq/8uRgJf+UKsAdlHQwxoQqwFCUZ4d61CrA3ARukLLUKuBHNGn2RsQq4KMUal/5FCrl8mRgUjJEKxIlBF/18HQrH/sUYFIQ5CsgyASDGEdEKyO2BGBNgvQrLsCkYn6ghCtc5XRm1vl0K10d9G9/2kQrXV90ZaA9FCtdvBRiI5ckK13ldGG+HqQrXif0Y04whCteP5RhWCQUK17mtG3IzfQrXxyEZZ80RCtfnARjE7BEK1+15HHMQPQrX8e0ZDEidCtf5XRil63kK1/uJHYsOGQrX/20ed4VxCtgBhSBKnxEK2ActLIqE2QrYDZkgLDf1CtgRvR2+WPkK2BP9G6+DWQrYFVEYtymFCtghVRv75NUK2FTlGOxItQrYxxUZ2aA9CuANtSF876EK4DMZG9RYlQrhWQ0YWsHpCuPYORfzLakK5oYpF+CBSQroD3keRoRRCuvBGRjI1zkK7holGB+4EQr7qOEX1DupCwet2RwfP40LB8FhGOiH5QsJ7dkYJrMBCw1GtRhLhR0LGL3pGDW+LQsim2kYOsK1C0b29ReZYI0LUsXpGGLYpQtTOM0YViwBC1hmnRnX6iULWluxGKNKMQtcd8EYI4GVC2cYzRhA410LaFK1GaKK0Qtw5VEYNfxtC3LZMRg38pELe8VpGG6ljQuH4gUgVs5tC4qaxRjK9q0LjQ/5GEjEOQuYHf0gv60lC5hGCRkx4mELslR1GCHVbQvNbj0YFg3lC+OEBRirmKkL8D7JHHUTbQwI610YaA0JDAxPaRlu74EMDfjNGCpRbQwTiM0YDrLFDBnB4RgJwykMG6XhGJmaKQwe7uEYA+dVDB/KqRhAKikMLLOFGe0ClQw2N4UYaLalDDZN7RgMf+EMR38RF/QRGQxIM5EYK5Z5DEvBCRi3ZK0MUgIBGGkF6Qxb90EawPQFDGCFHRgqjrUMbR6ZGAuYoQxwD8kYi8dVDHBFRRhAHgkMeqAdGGUVTQyDXhUd7KU5DIWI1Rg313kMiBehGHd1xQyLWukegWrpDIwJtRgIngEMkDoFGGFhDQyTV9EapHJhDJanhRiEB/EMluglGENH7QyctnUYHhdVDJ+RJRiUoFEMpmvRGUwdHQymbz0gQXLFDLBj/R2ZSeEMshYNF+3uuQy0U4khHHU5DLl5tRiYID0Mw4dBGRZwpQzIM8UdHr/5DMjruRgO/U0My+jRHYGfJQzT5KEZT6+JDNcNCRoQ3JUM11ZNGG/AGQzgY9EiLbNFDORnKRnxptEM7Aa9Ja3XmQzsED0ZpmJFDPAKLRz5feUM83QlGPJG4Qz0AmEbtgYxDPRDQRmGm+0M9EqBGZgwwQz0UNUYV3iZDPRTNRiDB1EM9FhBGOinsQz4Ya0YMbjpDPu2FRiPiFENBbixGklpWQ0F17EaNJKFDQYIlR24LKkNBhxlGIOiyQ0GOa0ZBp6BDQZY/RsH4tkNDz3lGsI6+Q0ULkkatOL5DRc6uRuIKJUNGTPNGBOOIQ0fN+kZpznFDSTRHRvevpUNJQ/dGBAcrQ0lJi0fPn8dDSU0ZRkWdbUNJXs1HANj6Q0lgtkYTFNJDSaSRRh0IQ0NLAGFHyjnxQ0vtFEYZYFZDTP4QRjyE+0NO+ORID50pQ1JNJkYbUGpDVACPRp6RqkNZG8NGGHsTQ2Au9EYFb+NDYQ7oRjmTm0NiwCNGGuUpQ2PRYUYW99FDZJttRgoyV0NktyZGDwMPQ2XW9UYYLt5Dbdl9RgJSzkNt4ShGCCNoQ3FrNUZCD4dDdyZHRh3N5EN6wUtGNGZaQ37Pg0YR8O9DfyJ0SKIiJEOAEa9HSMC5Q4HRJEYsRU1DgwXaRhtpMkOFYOBF99HaQ4g5z0YeIGFDiDpuRg59PkOISbpGEeQVQ4xLzUYlD3pDjYp4RyTeQkOOPMRGLWH6Q5dq3EYnrMpDmFqWRoZT00Obc+hGGX1mQ526RUYi8zFDnwe/Rhg9r0OfSelGhFnaQ59L/kdQqMRDoOc9RhdTjEOg8ApGkCTNQ6DyHkhdSBBDoPNvRuYOy0Og9HBGgwKdQ6D9KEZpdw1DoaTORgiQcEOipDNGEERGQ6cGgEY6adNDqIsJRnL5E0Oqd2xGER4EQ62NiEYpNSVDrws4RyZ1IkOvieBGEWyYQ7ISaUZQi1VDsitZRkkTtUOy47dGYCJgQ7Llg0YeuJpDs5FNRwXd4EO1OB5GHCwbQ7j4CUYmW95Dwu3xRg9auEPG/g5G7txxQ82ydUYJFuxDzeXKRi5XQkPWmEpGS/AsQ9v0e0YSBaJD3pWZRm+18UPjnCFGDunrQ+VnzkcHk6lD5siMRmbZi0PnBhVGGRzlQ+kjd0YqcDpD6jXrRlW7ykPsl+FGO77QQ+zJQkYefw9D7b6PRhMquEPvDRlGLykLQ+/W0kYUTOlD8FngRg/ewkP1rxlGFc3pQ/gO5kYE2URD+zDqRhILmUP9W21GE2X1Q/5qXEYnHu5EAh/ZRgv53kQDEhxGYM6NRAVbFkYgULZEBl57Rii33UQHbPtGtupvRAeBq0YGQylECTF+RjoSaEQKA0VGLvfhRAsUy0Y5CgFECy0wRtGaeEQMbmpGL89kRBILQEZZC1dEISroRwNTHkQhLRNGIZlQRCHKrkYdmoJEIeBVRiSF9UQivbdGCQy2RCK+MUYI6AVEI7j6RoczC0Qjuz9GnPXrRCUnskYc7ExEJSwFRtD89kQldOVGKGtoRCihjUZLGFpEKzu6Rip3iEQsAIxGKiP7RC1rK0YsJxtELvYqRhQiekQvCehGMT81RDCoy0YIWbxENS5oRhM8IEQ41ehGUOC8RD0YbEYyTmdEQYI+RrFMJ0RDfBlGM9IdREQgyUYt2ZVESsmwRj8nWERPQrZGKMrURFBQ2EY8q7lEUIN3RkAm6kRRd9xGIAgXRFJNk0ZtVNhEVrnwRkHUekRXXAdGPfMIRFoPtkY0SllEWoHiRi2hWkRbW7ZGJ+nDRFuEPEYVCcREXzFHRicCekRkqgxGEt6IRG/BjkYyyWhEcCdGRkn8vkRwwbtHgoxtRHDK70YdxptEcWp/RlC5okRzC/JGKLAsRHXMZEYUNRE=</peaks>
+    </scan>
+    <scan num="756"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT385.307S"
+          lowMz="50.770351409912"
+          highMz="998.355041503906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.628097e06"
+          totIonCurrent="1.7268824e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="757"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT385.8S"
+          lowMz="50.700172424316"
+          highMz="989.523376464844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.989248e06"
+          totIonCurrent="1.5895334e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="758"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT386.303S"
+          lowMz="52.262855529785"
+          highMz="989.524108886719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.770066e06"
+          totIonCurrent="1.7487284e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="759"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT386.801S"
+          lowMz="53.146251678467"
+          highMz="989.52001953125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1989337e07"
+          totIonCurrent="2.2530288e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="760"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT387.284S"
+          lowMz="50.402332305908"
+          highMz="999.123352050781"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.1681289e07"
+          totIonCurrent="2.065e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="761"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT387.772S"
+          lowMz="51.057670593262"
+          highMz="996.871276855469"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0475955e07"
+          totIonCurrent="1.8377e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="762"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT388.258S"
+          lowMz="50.20532989502"
+          highMz="989.497985839844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.98014e06"
+          totIonCurrent="1.8014054e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="763"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT388.75S"
+          lowMz="51.746604919434"
+          highMz="989.51611328125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.191188e06"
+          totIonCurrent="1.5880889e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="764"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT389.248S"
+          lowMz="50.498043060303"
+          highMz="989.509521484375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.532189e06"
+          totIonCurrent="1.6601515e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="765"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT389.743S"
+          lowMz="50.055683135986"
+          highMz="999.473449707031"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0283609e07"
+          totIonCurrent="1.7282628e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="766"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT390.236S"
+          lowMz="50.558311462402"
+          highMz="989.52001953125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.6300175e06"
+          totIonCurrent="1.2595205e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="767"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT390.74S"
+          lowMz="52.800579071045"
+          highMz="990.444763183594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.068626e07"
+          totIonCurrent="1.7694796e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="768"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT391.227S"
+          lowMz="50.252975463867"
+          highMz="989.560485839844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0071558e07"
+          totIonCurrent="1.6579723e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="769"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT391.727S"
+          lowMz="50.951141357422"
+          highMz="993.261596679688"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.1305166e07"
+          totIonCurrent="1.9209052e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="770"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT392.208S"
+          lowMz="50.52197265625"
+          highMz="989.543823242188"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0284845e07"
+          totIonCurrent="1.712424e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="771"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT392.7S"
+          lowMz="53.16374206543"
+          highMz="990.469116210938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0822071e07"
+          totIonCurrent="1.8613734e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="772"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT393.186S"
+          lowMz="50.541580200195"
+          highMz="997.492919921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.050685e06"
+          totIonCurrent="1.5726641e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="773"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT393.68S"
+          lowMz="50.0901222229"
+          highMz="990.439025878906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.309906e06"
+          totIonCurrent="1.5478091e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="774"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT394.172S"
+          lowMz="50.194263458252"
+          highMz="990.430114746094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.1653265e06"
+          totIonCurrent="1.4162624e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="775"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT394.672S"
+          lowMz="52.220970153809"
+          highMz="989.548583984375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.884303e06"
+          totIonCurrent="1.5692865e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="776"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT395.171S"
+          lowMz="50.254169464111"
+          highMz="989.551513671875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.593883e06"
+          totIonCurrent="1.6980208e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="777"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT395.663S"
+          lowMz="50.864894866943"
+          highMz="989.5390625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.1097165e07"
+          totIonCurrent="1.9192018e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="778"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT396.15S"
+          lowMz="51.916625976563"
+          highMz="989.537109375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.615245e06"
+          totIonCurrent="1.511782e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="779"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT396.646S"
+          lowMz="51.014980316162"
+          highMz="989.540954589844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0608666e07"
+          totIonCurrent="1.7784296e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="780"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT397.133S"
+          lowMz="50.525321960449"
+          highMz="989.527954101563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0881383e07"
+          totIonCurrent="1.7955652e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="781"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT397.622S"
+          lowMz="51.071643829346"
+          highMz="989.573303222656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0326336e07"
+          totIonCurrent="1.6741824e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkxJXUX+SVhCUECbRf2rfEJQ2cxF7m18Ql0az0XoZM5CY7iORfvrr0JlIvxF2tp4QmdLJ0XlQIVCaVeWRgQ80EJuxf9F+YyVQnJTEkXxg7xCcs/MRelUt0Jz+9lF6t31QnTZn0X9fIZCd/P0Rlr/GUJ6S7ZF+U6/QpK5DkXdp+RCkx3oRdCuR0KTMjZGDjepQpM7W0XfMulCk59hRjPcdUKTyftF7WM/QpVzzkXdUlhCllDdRgI1oUKaIHVGAVpYQptCD0XrtT5Cm2pyRgBSgEKg7PhGK8utQqDw+kfC6mJCoR+XRfvzpkKh8zFGZIvPQqJ/8kXPexpCpQJkRe98dUKlrn5GGDa3QqYMxkf1AEVCpxC/Re6LR0Knc1VGB3kkQqoYREX8OLhCqwukRfhvp0Kr9uVGniQpQqwCNEaJXepCrAK6Ry9CKkKsDpZGp4oCQq4EgUaoCWZCrgo2Rn0s5UKyDHVIZH8CQrIjZUYY47xCsvnHRf/3VkK1QMNGFBheQrXK/0YL6nxCtc5XRlR1IUK10etHClPTQrXua0a8a81CtfHZRmdSJkK196xGbkjyQrX4NkYApzFCtflURg7KHUK1+ydGtCZbQrX8EUayK7xCtf3HRoh7x0K1/sZHe6V0QrX/b0e/flZCtgBRR/pgFEK2Ab1LHZFAQrYDPUgEnSlCtgQHR79LxUK2BL9HJs7xQrYFYUaeTA1CtgWsRiRdO0K2Bh1GZW+lQrYIJEb7U95Ctg27RgMeC0K2FTZGUD3bQrYh80YHzw9CtjGcRpAlw0K21gZF9gEpQrgDVkhdaGpCuAzHRwOyqEK6A9JHzilfQrz5mEYRPClCv8/wRe9iSULB62tHC69BQsHwQUaCFcJCwp4HRgeef0LFJ+ZF1rCWQsbkEkYAnzxCyAv0Rdv0R0LKDExGDznFQsy7CkXYncpCzLxERg8NIkLPJlpF8SRtQtCAUEYE09FC0WNFRftpUELTQHtGCFJeQtOtQkXjLqZC1BTzRkP4DELUoCdGBE1TQtY380YAa1VC1pioRdae80LXL6BGBxdyQtoUmUYxmTVC2ntNRezvIkLh+G5ILwjiQuH/XEYBgjxC4ooWRj8zEULmB3NITbsEQueUEEXyD3tC6hxgRlTIp0LsmGtGEA05QvH1OUYDSgpC81CmRgXgTEL2+slF0zwRQvmmmkXvYadC+qm8RgBic0L8D6BHGLvPQv4HbEZDr/JDAxOURgcT9UMDicZF+FB4QwOKP0Xp8vxDB/0gRg8LJ0MJbohF7UgoQwswbkX6IzVDCz+ZRhWdwUMLmyJGBKGIQwva70Xo8zlDDbibRgiPDUMPoh9GEokxQxAZb0YQ7wFDENCuRerRoUMSC5BGHg+8QxXJ5EYUG2RDFv2zRrLluEMc/b5F+7pUQyDXa0edqpNDIQwXRghFnEMiBcVGkfgTQyLWr0ejT69DI7tERha39kMk1eZGJ7BqQyWoPEXk3fVDKZwFR/n8M0MtSehGCZ+vQy2oIkYIrxJDLhVaRgJeUUMu1x9GCKUcQzDgtEaWEKJDMSeWRglwQ0MyDONHXgbDQzL6Lke1vcNDNPkYRjmyY0M1yAdGRGt+QzjXC0YIVoNDORTKRt0xEEM7AZhHFSe6QzvcM0ZYTAtDPRRBRe9UH0M9FYVGVAGLQz0Wt0YkZeFDPRdVRgV90EM+b4lGD62UQz7tf0bJstJDQNsMReIQAkNBbxFGVAKRQ0F2/kZg38lDQYMZR0meGUNBl0JGjJq7Q0It/EXvVLVDQqg4RgNR1ENCz1RF31BBQ0PPdkZWQQZDROdRRgsUE0NE8W5GJ9K/Q0XOrEat1g9DR1mvRf7rGUNJNWBG4mlrQ0lKmUe8EIxDSV/bRrVM+UNKG/ZF+73jQ0wamUYKt1lDTvjQSEF4NkNP+bNGPfMyQ1JOhEYJ/xBDUk7gRglADENUAFpHIjgSQ1Qbk0XdxvNDVdTaRfvVOUNXBoRGAKojQ1dC20YuqQhDWBNXRltusENgY7BGEUMCQ2EPEUY1VchDZWoPRfjrPkNm/UtGMR46Q2vsq0ZQurtDbPMRRivs9kNuavtF8VQyQ3FsVUY9GChDcndARe7hv0N25mJGAz1zQ3hjFkYKMBBDeIa/Rgk2CUOB0ZBGEk5BQ4KEp0a3DOBDgwLmReL4JEOECxxHBBCUQ4TCEkX5G9NDhQpoRgdgJkOG9ApGEBxzQ4g4G0YnARVDi1rlRiAw4EOL2ohF/v6nQ4v0jUYOjDJDi/8FRg5Ay0ONg3ZGRArgQ5dNtkYgZplDl1lvRhOAKkOXa85GVrxsQ5eGU0YWsJNDmFmURsKkMkOeT5lGCZz7Q5761kYKmpJDn0XBRpmZ4kOfR+BHGQcwQ59KkEZI5BdDoO/ZRqfJPkOg8QxIUmM8Q6RNPUYmNk1DpZkiRhwcxkOoi6tGSyQBQ6zjN0YD7ZxDrXKyRgHyy0OucuJF/pNfQ7FPgEX4lddDsYhRRgD+7EOxsr9GKyTqQ7HrH0YhjdtDsgrsRf7jwUOyFwBGJtoMQ7IwBUZ1dkBDsuY6RmmpnEO0kyJGz57rQ8CVhEd1WidDwRXVRoTLlUPBmc5HxOvmQ8IaU0aJEnpDw4iJRkeJEkPG/OBHBdrfQ8iXJUZdjpdDyTjIRgs+a0POsVVGEQPMQ9CM7kYJtHxD0JmYRgIykkPWmRFGPKpFQ9w0Z0YEsnND5Wa7Rmm5aUPlaNNGrcwXQ+bHQEYylpFD6VpjRiXfE0PqM+tF59BSQ+o1p0YgK4dD7D7MRg6wbkPsmAFGkJT3Q/ecpkYDJuBD+ZwrRh8PdUP9L/pGBnTyQ/+0JUYG/8FD/78qRgUuIUQDE9hGjUXaRAVbd0YVBtVEB2wYRsTst0QIwX5GDovWRAqxhEYCC1dECxiARlA48UQLMLtGsz+gRA/gRUYAEyVEEgvKRnjYCUQTll9GGci/RBk/bUX7mPFEG3EkRly/fEQcdUJGAHW/RCEp9Eb/r+tEI7wGRnH+TkQlLRZGqGtwRCV6zUYMPhlEJm+0RhjywkQrFa9GCGJ6RC7FwUYZZKdEMVbuRgeG+kQ12ahGE2XlRDjXGkaKCDVEPl5rRgAHBEQ+4uNGBHM3REGDUEZcNw9ERlyKRf4PskRHMClGEIIcRE8t+UYEklFEULo5RgSfk0RRTqBGDMRVRFJOl0aSBAlEVifRRgPIIkRXQQ9GDSojRF3LCEYQjRFEYC0qRguCLERiNbpF+38lRGvqvEYI1j9EbhmMRhZbdURv0gFGCTyXRHDAK0dtsHREcWx8RqyZ00R3ZLFGKwzH</peaks>
+    </scan>
+    <scan num="782"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT398.111S"
+          lowMz="50.255760192871"
+          highMz="989.588684082031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0176551e07"
+          totIonCurrent="1.7259182e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="783"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT398.595S"
+          lowMz="50.517284393311"
+          highMz="989.585693359375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0377567e07"
+          totIonCurrent="1.6436743e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="784"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT399.089S"
+          lowMz="52.850784301758"
+          highMz="992.757202148438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.963354e06"
+          totIonCurrent="1.4977135e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="785"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT399.585S"
+          lowMz="50.533878326416"
+          highMz="989.580627441406"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.359238e06"
+          totIonCurrent="1.2333178e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkoisUWXJ4JCTupHRZnXPkJSmU1FnSlgQl3RN0WVHBhCX4tZRaMu+kJieVFFmw14QmLeXkWdw/1CaQcYRZGKtUJqV4VFjB5JQmwgnEWjpOxCb7xeRawR30Jvy0dFm0exQnO/1UWRdcpCd/QJRpOp0kKAR0pFwLRCQoFACkWk88BCgac3RcQZ+UKCmB1FstD+QoTDSEWjFEBChsQfRbf2bkKILX5FriSEQozhmUWMazVCjmQhRZ7UEUKOsvBFth+VQo9BHkW4W6xCkYskRcVuwUKTOOtFkuWhQpYEgkYMEuZCl2xwRYrlZEKaZlhFlQVkQptbD0W/ctxCm2cLRZpm10KdqqNFsmbTQp96iUWk+2hCoOvfRbHKh0Kg7JZF2gjNQqDwcUYlrXVCoPEfRt+QwkKg8cpHMLbTQqD1AEW9sTBCoPd1RhLkSEKh5iNFt4KuQqHzHEZuPjJCpBUHRgIyakKkKZVFwcp9QqROgEWqBkRCpJVoRbrjFEKmDMtH0TSwQqaq4UWptmtCqASVRgATFEKpP9JFkwZrQqlQDkWZlsNCq1H6RZlgsEKrXGpFty9xQqtfJkYH/hRCq/bvRl/rXkKr98xF5GvzQqv+IEYIf/tCrAHqRkRH70KsAsBGv3xPQqwDpkYff3VCrAh7RaId2EKsDqNGi/a3QqxjzEWap8RCrgR5Rr4DikKuCSlFpEq7QrIMgEgnllRCsiOCRaPYekKy7LdF25nBQrO4oUYMTBdCtBmVRY9+Q0K0RGtFnPGZQrWBD0W+wtZCtdH6Rr5tNUK12pZFwDHLQrXhXUY7y79CteiFRduwi0K17mdGi5cdQrXx3EYRHddCtfQPRaAWDEK1+zNGfaR0QrX7p0ZBmadCtf0cRli2zkK1/oFHAmOMQrX/fUeMedBCtgA+R+4jaUK2AcRK4JYMQrYDNkfmOtxCtgP4R432kkK2BLNG2jY9QrYFq0ZVsFhCtgX+RcjbgkK2B3ZGOj3lQrYIGUakNPJCtgjgResSdEK2EbJF43jVQrYVI0XrV+tCtiJFRcWwqUK2MaFGM9TDQrgDYEgjvyBCuAzMRw82REK4QSpFvIETQrhWKkYh2KxCugPYR3oiH0K7c4ZFyf+fQr4Ms0Wp6M9CwetyRwnboELB8FZGUbLdQsehb0WjxwBCx6OQRdsvQULIVftFt6gAQtPrmUXjFGJC1BTlRhnEi0LX3IZFpncBQtivnUWkTQJC2hTERjhJz0LcVGRFrzrFQtxhNUWuBnJC3hoLRbt1tkLh+HlIA9p+QuTDmkWaNoFC5MtXRatTzkLmB3pIHTK8QukzDEWijRRC8QfARZJzCUL19ZJFrLHLQvZ7tkWynT5C/A+rRvokp0L+B3JGO1HsQwW+20WvsYpDCRLtRZVTzEMJsPxFnjllQwpC30XshCFDCzDqRcYSHUMMWolFtXqzQw50C0We7i5DDvmFRdHJk0MQGg5FywOOQxEEbkXKpylDEgxrRaWuoUMS8EdGD+5CQxN9tEWVHahDFv3MRkbX8EMb2WxFyKyvQx0EwkXQKdtDH4FXRb0+2kMgRKZF2MgeQyDXd0eKPNBDIgXOR3zkEUMiyyZF42eXQyLWs0eGgjJDI7yQRebDf0Mk1elGp1DZQymbvkeZXzFDKZyKRpcU8UMqGwtFpp90QysQ7EXR9BlDLc+gRbPGNUMuRzlFrsijQy70q0YK4/ZDMOCbRZruWkMyDOZHOB16QzL6M0eYqGlDNBe1RabgH0M0+RhF5Fy0QzUSKkXZZflDNcibRjw3yEM3dRFFsyHDQzjX4EWpnXNDORTURhMF/kM7AbpG1sY5Qz0NSkW+ZThDPRBMRbiHuEM9EhBFzI0dQz0S9EW2XZlDPRRuRfRtbEM9F+ZFyjzpQz7tf0aOW7dDQBDkRudxYkNBbxRGHzKLQ0F21EY48IRDQYGeRim8bUNBgy9HEU6rQ0GPXUXgshZDQZc7RjQmQkNDuGtFvhC/Q0PPSUZSTbtDRPGVRcXrqkNFzs5GVZXjQ0Z+T0WmEphDR83XRjXEpkNJNSJGgbG7Q0lKT0duZRxDSV+HRoUJhUNO+NxIPQdBQ07/wEWSXM9DT9YYReYxLUNP+ZBF5DndQ1JPOEXlpfhDVABqRrX+D0NXQzVFrwqoQ1gRwUW2CWBDWpDIRck8zUNdASZFpCMXQ2EQsEXZitpDYprcRZ97g0NkPjZF6RnsQ2UEUEZ8uq9DZv2BRiz8i0No3dJFo0IkQ2vsxEYYX11DbBesRpeQLENtMzFFs3f7Q22GUkWvEvdDcW2hRg5MQkN0/F1Fuhw0Q3zy7kWw6YZDfw4IRcgZrEN/IoNGqh2/Q4B6JUXaZEZDgNBlRZp8x0OB0kFF84BOQ4KErke17cZDgpGKRao8B0OFjcVFoKrnQ4aNPkYE961DiDh4RgMj+kOKC5VGnw5SQ4v/+EXd4AxDjAwPRcCT5EOPII5F2jzlQ5DqqkWn/GNDkY2xRew6I0ORsRpFpDv5Q5N5GUXLnbdDk7xyRbdSvUOUNItFuty6Q5dsWkYBHZ5Dl43dRkKp3UOYWcNGfMQrQ5rt3kWsMPNDnDiPRbwE4kOcYUtFve83Q59CmUYicoBDn0PZRjhAcUOfRydGjDO4Q59JrkXO1dhDn0q+Rfe1tkOgSTRFxg4uQ6DnqkXHHmBDoOweRbcOrkOg8IVHEmAiQ6DxzEfwFQJDoP0HRkXmv0OkTj1GLdt+Q6iKWkYqjh5DrA//RcjHyUOuJLZFwGcJQ7IXtEXcUA1DsjCTRhyyr0Oy5wRGEXyyQ7pc7EW5fwdDvm6wRb+2C0O+9n5FxTlWQ7+V5EbCsztDwBY0RflS1EPAdpFFu95YQ8CVnEadDLFDwZnMRmhhlkPG/RFGhLGjQ8cA70W8q0FDzp6bRbcCsEPSbCJFy6I1Q9RPb0WqnC1D1prpReDU7kPYr7JFwQd6Q+KWvEX23pxD5WIoRZusjEPlZttGrDYVQ+WTN0dP+OJD5hP7RiOHwEPrM8JFs1WzQ+yZP0XpJlhD7/4gRatjl0Pw0KVFyUebQ/Gc3kXLLS9D8/rjRcY7X0P0S5tFyqQlQ/nf6EXvElRD+hmLRcMx6kQBcn9FyiNoRAMUo0XEeShEBL++Rb69qkQFm0RFwXiMRAdsRUZdjq9ECM86RcxtQEQLGMhFwEsvRAsxJ0ZZGdJEDkGuRcuprkQSDJRF93P+RBKXFkW3FIBEF7ZxRb1YYUQX+jpFqgWLRBmDj0WlTgVEISoZRnqKIkQiVKJFuhpdRCO69EXD1/VEI7wzRd4XPEQlK2tGdYWORCi2HkXLJmRELl0NRdZk5kQw1kJF8CmaRDjXqUYOjCJEOW1PRc/IsUQ6qRxFw1NGRD1nFkW57MREQDiSRa+2DURBgzNGENL7REzeHkWt0+lEUk6gRhU+kERV5LdFy35cRGHokUXQHNxEYuewRbKPMERnwDpFpjlQRGw92kWu30VEcMBxRx2130RwwwVF2Sn/RHDItUYPuPlEcWymRiM+80R28lZF02vyRHdlKUYcsOM=</peaks>
+    </scan>
+    <scan num="786"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT400.094S"
+          lowMz="52.477882385254"
+          highMz="986.2890625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.2564056e07"
+          totIonCurrent="2.0050552e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="787"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT400.578S"
+          lowMz="50.366851806641"
+          highMz="974.274169921875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.004654e06"
+          totIonCurrent="1.328849e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="788"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT401.084S"
+          lowMz="50.67359161377"
+          highMz="989.564514160156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0125218e07"
+          totIonCurrent="1.678082e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="789"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT401.573S"
+          lowMz="50.946517944336"
+          highMz="989.629577636719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.0228331e07"
+          totIonCurrent="1.7068988e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="790"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT402.071S"
+          lowMz="50.446460723877"
+          highMz="989.576354980469"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.039921e06"
+          totIonCurrent="1.344887e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="791"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT402.564S"
+          lowMz="50.628471374512"
+          highMz="989.5615234375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.75528e06"
+          totIonCurrent="1.6060219e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="792"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT403.053S"
+          lowMz="50.855525970459"
+          highMz="999.171081542969"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="1.0897471e07"
+          totIonCurrent="1.8758098e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="793"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT403.541S"
+          lowMz="52.713703155518"
+          highMz="989.567077636719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.0232422e07"
+          totIonCurrent="1.7444636e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="794"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT404.038S"
+          lowMz="50.097332000732"
+          highMz="997.908508300781"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.721089e06"
+          totIonCurrent="1.7112134e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="795"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT404.528S"
+          lowMz="50.722484588623"
+          highMz="993.669799804688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.36321e06"
+          totIonCurrent="1.4204518e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="796"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT405.031S"
+          lowMz="50.084354400635"
+          highMz="989.562438964844"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.760421e06"
+          totIonCurrent="1.3560383e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="797"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT405.526S"
+          lowMz="51.014678955078"
+          highMz="989.564880371094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0187296e07"
+          totIonCurrent="1.6327875e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="798"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT406.019S"
+          lowMz="51.533233642578"
+          highMz="989.587280273438"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1568762e07"
+          totIonCurrent="1.816357e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="799"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT406.506S"
+          lowMz="52.536758422852"
+          highMz="989.579833984375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.812014e06"
+          totIonCurrent="1.4107828e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="800"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT407.009S"
+          lowMz="51.769947052002"
+          highMz="999.933837890625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1119882e07"
+          totIonCurrent="1.8451532e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="801"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT407.497S"
+          lowMz="51.335262298584"
+          highMz="999.951599121094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1343611e07"
+          totIonCurrent="1.899419e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="802"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT407.982S"
+          lowMz="51.241081237793"
+          highMz="993.809753417969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0709194e07"
+          totIonCurrent="1.7781872e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="803"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT408.471S"
+          lowMz="50.253566741943"
+          highMz="989.574035644531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1149945e07"
+          totIonCurrent="1.8798036e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkDp0XuLu9CSRslRhzS7kJLc8RGEHLuQkvnNkYBIdxCTUVNRishckJNUk1GBv99QlA52EYnG0RCUOBhRiIQUkJXS+xGF07RQlep3EX2+slCW+oYRhHLFkJdGURGBg66Ql2E0UYPvABCYK2rRhWVHkJo2lNGD8uVQm8dtUYKmMpCcNczRgdQPkJxbHFGF6nlQnURPUYBCtJCd/QGRv3xl0J4PulGGCwwQno/aUYHMuNCepocRg8XpUJ/6sZGJtB7QoDG+0XttT1CgavERgrF/EKBzqtGCjMCQoRGXEYTqnlChcgRRhPLAUKGiaBGBh/yQoqeVUYNNtlCi3DbRguGBUKQRIRGDjRQQpD2FkYT4DtCkzueRiPLL0KU5tpGQAALQpXRMkYSMaxClgSFRjgTKEKaDpBGGQGSQpyiN0YMPeJCnL3gRf9QSkKdplVGS0+JQp40IkYJjARCoOItRhLa80Kg7alGHGfKQqDv70aQDk1CoPEjR5jifUKg8jJHSiMfQqDy2EbV/LJCoPO+RnZGekKg9xVGgHPaQqQU+EYiwKhCpf+DRhEb3kKmDM5H7ZeHQqgEoUZBWqNCq/b7RwbB1UKr+4lGc3DQQqv+I0ZW9ytCrALNR0zndUKsDqhG+02IQq4EaEa7ytxCrgogRifoD0Kwre5GAgFWQrFl1UYTv/1Csgx8SGchsUKy4jFGJQB4QrLsUUZXti5CtIrkRgaFZEK1HapGFYBuQrXR6EcLrAJCtdqkRfyD6kK12tVF9XB5QrXiIUYQ0JlCte5uRtH3n0K18dtGpGlAQrX7KUa6zixCtfubRiMI9UK1/CRGr6iRQrX8aUaJagVCtf0jRoo5yUK1/WlGTjH/QrX920athVxCtf7RR0e6YkK2AG1IP86JQrYByEsqInlCtgNiSDckdEK2A+NIHk71QrYFD0aUDe1CtgYKRtgNs0K2B5JGW9NMQrYIL0cFn2NCthGyRiumtUK2McBGYBiZQrgDaUhhEzRCuAzRRyrE30K4P5pGLCxgQrmClUYEFRpCugPeR5qJTUK6Fn5GDjp+QrooDEXrYQlCuuw0Rjk3/0K/K+dGE6CRQsHrcEdE6LhCwfBxRkbllULDg/JGCBKjQsS9w0YZO05CxZDfRgo4/ULHD0lGCBzNQsiInkYUCuRCyzVDRflTXELMBoNGB6fKQsy3A0YBQKRCz8nqRhaLukLW7rpGK/PJQtdmPEYbF9pC15NiRg9K+0LaFNdGianyQtpv40YdAMxC4SzSRlj/sELh+IZIQvrQQuKljUY4aG9C4sEWRhGJ1ELi7dVGD54jQuYHg0hOlHFC9SpSRgwpgUL43ItGWW1lQvo1+kY08x5C+3cnRiVFckL8D6xHLYF1Qvx9nkY+SulC/QYvRiV6NkL+B2dGtvgtQwA2S0YSsvdDAQ4xRitc3kMCPl9GGaBhQwMQHEYfCrdDAxDbRkUgUEMHB7FGGRdTQwewLkYqs95DCNkkRgfsdkMJC4hGg2GcQwmx60YYakJDCj8KRlLTqEMKa45GDzJMQwzDXUYatbNDDOF1RhdMzEMP1zhGEKiUQxEfoUYMnFxDEgiBRi6mRUMTxYlGCPRCQxSIO0Yc04NDFng1RgV2HEMW/cVGhfyiQxzsqEYas1lDIAGARgb1fUMg13hH2FesQyLWuEefT99DI7gJRoBpsUMk1flGR8dAQyTvNEYPXylDKZxbSBO7ZEMpnrJGH9yDQy3KrUZFLZNDLvSzRiZsOkMw4QhGgKXqQzFhS0Yp/3ZDMgz3RwIG/kMy+jRHmXSLQzXIJUZjlXVDN7kuRiL1eUM40rNGY38eQzkUz0dbtMhDOwG5RpXmGUM9Eq9GCdwPQz0VcUY1RBJDPRcHRoBzdUM+7ZVGgZNUQ0FvN0aWOHJDQXcTRoA2/ENBgzVHdd+9Q0GF1kY4bepDQY9HRjb29kNBlylGhctqQ0PPdUYkgIpDRPCxRoRoVkNFFN1IcXN/Q0XOzEZ8wwZDR84LRkZqF0NIHlxGOaCgQ0hkbUYKzARDSTSgRvkCVkNJSIBGBL1QQ0lJ4kfSkH9DSV8hRsm1lkNKOUlGI/xzQ0wQ60gFZoZDTP4XRkxE30NOFPxGmVTfQ0744Egv79VDVACHRlVNCkNW//NGLQj0Q1csT0Y0fcZDV0TwRiFyhENYE4tGM+hCQ1kkuEZCEE9DXvk1Ri8rQENhCKxGSkpJQ2EKgUaDl2JDYgRrRptfT0NnH7pGORd7Q2mL6EYTwIlDcAteRis840NworlGDVp0Q3Fmu0Y9eZVDdVOkRitJBUN2TwNGHXP+Q3oGyUYIGu5DfaOhRhPGokOAgL5GCl4BQ4GU40YU/oZDgc6rRo4ftUOGnNBGFtyHQ4iW+UYSPEFDiPQgRi/PE0OL+/ZGnmogQ5E6oUYWEvFDkti3Rim8J0OWtP5GI7hTQ5doXkZ11FBDl/bWRgry+0OYWdFGtmC5Q5tUOEYN1mdDnrZkRhhMxkOfHN9GT7GzQ59HkkaoOupDn0plRzkorkOfTLNGs4tIQ6AAjUYVPK1DoOVERjokykOg7qNGRojUQ6DvmEaiwVRDoPGRSDRjjEOg9DdGwlSHQ6D8/kYosWlDpEmXRpwK1kOlJbxGJlZxQ6atq0Y4bZVDp5EkRnS2XkOoi19Gij/qQ6ioJEYdoY1DrJPsRm4JdUOwN/dGDfgnQ7HtgEYyl7tDshcyRpQ0QEOyMBNGn/t4Q7LiPEaVhLNDs5AXRnIiJkO0kzFHSUgfQ7j1wUYa07VDuRChRl+RyEO7lR1GRtapQ7zPU0YNZ31DvYbWRjDJOEO+j1VGLO4GQ7+TgEbK25xDwQT7RhYJa0PBmbxGcHecQ8KLzUaCx+BDw4PgRoRNIUPD5ktGKgtBQ8b9TUcMuWlDx+wFRhjh/0PJxTtGQg8HQ8+MlUYbIY5D0HujRhAzFEPTSvVGHEplQ9aUS0aTa0ND2TIyRhiW40PZM51GBwRiQ9vYWEYNFNhD4wgiRhz6N0PkkQZGQrW1Q+TW3EYSs3ZD5WhWRw+TNkPlavRGRanQQ+yTAkajUZhD8UhBRh1Z7UPyLdFGLSSKQ/KVS0f6fSJD8xYKRoN8xEP4nmxGhtQfQ/ndCkYpeqVEAU3/Ro1/ZkQDEPZGnWp/RAPP/Ec3bhhEBBBYRncISkQHbF1G45g7RAn40kYmZxJECj4cRiY1wEQLGDNGPDkSRAsw6EbK9dJEEMM5Rh6Lm0QSBUtGOKVtRBIIgEarwkpEFX8ARh4YzEQZespGQLpcRCEqR0bzyxpEI7gaRsOFq0QlLIhGzHAqRDEXfkYgVOdEONLaRqvPyEQ7CDZGLMN8REIhwkYiJrxEQt/GRhHc+ERFQxxGKISfREzpq0Yd5bxEUknbRsVbkERVMQBGIZjoRFdHZkZFf6xEYJdWRjnZY0RwwJRHgvQ+RHFnEEaHv9xEdz9XRi22xER3ZL1GmtX1</peaks>
+    </scan>
+    <scan num="804"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT408.958S"
+          lowMz="50.921245574951"
+          highMz="997.263427734375"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.686617e06"
+          totIonCurrent="1.5582466e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="805"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT409.455S"
+          lowMz="51.196949005127"
+          highMz="996.344360351563"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.1314542e07"
+          totIonCurrent="2.0286842e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="806"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT409.944S"
+          lowMz="50.259212493896"
+          highMz="989.527587890625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.7017e06"
+          totIonCurrent="1.7399494e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkJb0X8YK9CTAYbRehYy0JNcKRF/l43Qk3IuUYKgdJCUXy3RgpnAUJVVW5GElUlQldGqEYPHVtCWSzzRdw0UkJcq25F6caXQm9hxkYM8PtCdjpZRfYXQUJ38/hGhD3cQntpZEXu2H1CfdRJReEDQEJ+e4ZGDvQVQn/8hUYRK5RCgBnrRgLZA0KDfPlF+PXqQodw70XluC9CiP0WRgZ4vkKKNRxF/N6QQov8GkXeK3hCklCXRhiDfEKUtBpF+E4LQpXrfkX1fdZClrLvRgJLYUKdfylF7sZUQp2hdUYfp+5CnaYjReTPykKgUJRF6015QqDwnEc+QTtCoPH6R3U2s0Kg8wxGk/7gQqEUFEYD0BxCoaOsRgCv60Kh8wpGV1R9QqJ85UYTPqFCpAmnRf9deUKkujFF8tJFQqYMxke3XNlCphP1RgAkMkKmjClGAHMlQqtZz0YXfxVCq/ZjRnvJQkKr+lVGEIz9Qqv7DkYlWslCq/vFRhA8h0KsAjxHJnA7QqwC4kZVEGZCrA4hRsKDJUKsGa5F6IYNQq0z/EXz+89CrgPiRgU+O0KuBGlGXkkPQq4KQUYsDudCrprxRgJfgUKxJjxGCqWmQrIMd0hV9lRCsiFpRhmn1EKy4ClGHhrVQrLshkXus5JCs7ibRkHeLkK1QPRGLYDbQrXRrkbNkTRCteG5Rg9l80K17nZGyP2mQrXxtkai0r1CtftJRlo1YUK1+81GRZfVQrX9w0Z4txFCtf7RR019B0K1/4BHRzXJQrYAWEgFGhlCtgHDSxQJREK2AzBH3upsQrYD5EeIS/hCtgS6Rw+i/kK2BWFGrR/xQrYGK0ZwzzFCtgcgRn4iX0K2B2hGkbRIQrYIXkaCq4NCthHQRmg8IUK2FQtGQZ3JQrYm1UYR7lJCtjDsRgv2MkK2MfNGgt96QreEIkXxtrNCuANeSE8M8EK4BBdGKa3cQrgMwEcW67RCuFZERg54yUK6A9JHoIs+QryqDEX0sNFCvuTDRgx/fELB621HEPuBQsPUcUX0n55CyIRIRfgkpkLJMyhGC6ssQsq4uEYcBBJCzLa7Rh7/40LOkhFF9y9NQtKRY0XobitC00OhReocg0LUFNRGlLi4QtaTlEYaGlZC2IRxRhoozkLYoEtGE+f0QtlPvUX9VzxC2cyVRfopVULaFLxGge51QttxqEY11qdC3YdURg45z0LfVRZGM79DQuEsT0ZJg/NC4Ze7RgWdhELh+HFILio3QuIhc0Xo5GNC4qdFRe51iELkhkdF9vZPQuYHeEg0itBC5zI3Rf88D0LnQTNGDDwbQuySZEYxVINC7WlwRhgUrUL1NlhGElruQvXizkX9ql9C+NxFRhIWtUL43ThGAzxGQvwPkkbyDwhC/9cyRhAgZUMAoE5GA2e/QwD1ikYhq7NDAxC8Re9FY0MDETNGB2ZUQwo+tUYb1XBDCwTcRgF1EEMLLvVGRkx8QwyQlkXkpEFDDReDRmqX3EMPfWBGDZ2MQxAccEXv6DdDEJwBRgDtKUMSBx5GE1uQQxIIIEYb5KRDFZt7Rhz/lEMW/b9GOxrvQxkXc0a7+nZDGoAiRhas3EMbC7lGU51LQxuGlkYPPnJDHShpRfQrNEMdwiJGDN2mQyDXdEeq22RDItavR4f8g0Mjt5JGZy93QyTV+UbXnfVDJXXpRfloQUMo10tGJ03SQymTM0Y2sXVDKZy0R/0ZMUMsmztF82bkQy2G8UYH5KVDLcVYRgNsvEMtyiFGDcb2QzDgXkYOfyFDMgz+R0tGM0My+jBHgV5lQzW85EYETUhDNcXVRkY6SkM40ixGX4ozQzjW00YDEQBDORTUR8oCGEM7AbZGcFPoQz0R90ZLzDdDPROURlptikM9FS5GLLtTQz0Yo0YX20xDPu2lRqlqgkM/iHJGEbhIQ0FiBUX9bxFDQW6JRjGnlUNBdjFGQfPHQ0F3xkXzyGxDQX5rRd1ffkNBgppHPdghQ0GDrkaA1Q9DQY8gRhdcXENBlqFGsYExQ0Ko3EYTPutDQ8+MRms0x0NE8AZGQRygQ0UUz0mBYfJDRRaFRmwwJENFFwlGNfs5Q0XOq0ajQlJDRhWrR66CI0NIeBRGB5i0Q0k08EbazCJDSUooR74/mkNJX3JGuR3wQ0l0y0YCyvFDS0wKRhkcBUNL6XZGDn7kQ0wQ2kaSI1pDTP4VRjRR80NOFNtGJC/2Q06VlUYEKHVDTqzcRgJNSENO+NRIHwqtQ1JI8kZV1q5DVACARm882kNYH4xGKfHbQ1kk6EZgYINDXZkQRhENX0NgSERGFlXAQ2EJvkZoqwVDaQ7nRrcHQkNrGeVGYA+9Q2vs/kYwWb9DcFQBRfNrL0NxZjlGWaDxQ4Ga7EX8NENDgc5XRpcxeEOCkYBGMm62Q4aNMUZSVARDiD09RhaqLEOIQ+FGBVLeQ4paXEYdx11Diwa+RhC6tEOLj79GBikOQ4v7rEafa2lDj0s/Re4RoUOS84hF/XMsQ5ZRp0YD+FFDlvVNRfRPY0OXZ9JGTL+IQ5hYwUZEVPZDmFoQRo0qbUOatcBF8wS+Q5suo0XjFnBDm4LJRkv54kOchnFGrWacQ5zGXkYDEmxDnMeWRg1LokOeOxVGA0/NQ56Om0ZUN4pDn0WNRgA5BEOfRppGJIABQ59KQUayGqtDn0tqRpj0EEOfTqpGax4+Q6AHjEYrJbtDoPAvR5GvhUOg8ZJID72zQ6DzxUcAD6xDpEkRRmJbSkOoiv5GLPXEQ6wP1UYQc9lDrDYMRg23o0Osk8JGkOb9Q63yu0YKPLNDr93mRj/D6EOx7qtGFhnkQ7IU/UaxDttDsi3SRpWeVkOyjx9GtxwvQ7Lh0kaIE/hDs5FDRpEPOkO0HkhGJ1jlQ7SS50Yq28hDupMxRkvt+EO7lSxGHZ4PQ72P3EYUEvlDv5N7R66hwUO/lb9GtVY/Q8CUnkY1GldDwZnHRiAjP0PDg6NGficnQ8anfUXyObFDxqk7Rf10QkPG+8FGSEgCQ8b9O0bE3zxDx7jwRgp4lkPRkjdGAZ0aQ9aUF0aySPZD3ar5RgdkfEPeD4tGCTr4Q+Vn40bY53tD5qfHRgPtYUPmxrJGSiyPQ+ySQEaUCEVD8Nj9RgEcOkPylTBHCh8ZQ/5AfUYSxD1EAYp5Rg13mEQDEIRGc6GkRAPP9UaK6gJEBUrFRhGt8EQGMQ1GBsSgRActgEYEiQpEB2xnRo1xZEQKI/FGIA87RAsWo0Yg5JNECy8PRpaDoEQQnDZGGMa0RBFpZEYQsllEEgg7Ro9Q80QcdCFGA6xcRB1TiEYPcS9EISlPRsrjCkQhK3hGaDfqRCO3o0aRLHREJSwIRtcW40QmAUpGFgzBRCdwvkYHn6BEKFsbRhMavEQ40hZGhuoyRDjTsUYChTZEOgcwRh6ad0RBgrhGhZ8sREP9zEYTJAlERy+NRg8gpURJSkRGdfRQRExqY0YZiL9EUF7JRgICmERSFYJGE0QxRFJJNkaQKAREUp9VRkABKkRYDjFGEAyBRFh010YIinpEZx29RhQMNERryQRGFO1VRG8GbkYXy/ZEcESJRgyBwERwlfBGI4DDRHC8XUYkijZEcL8GR0lPEURwwmhGuLOARHFmbEZg5WFEdH9gRh9hb0R3YcRGK9Bm</peaks>
+    </scan>
+    <scan num="807"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT410.433S"
+          lowMz="52.572856903076"
+          highMz="995.725524902344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0151862e07"
+          totIonCurrent="1.7915878e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="808"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT410.917S"
+          lowMz="50.561958312988"
+          highMz="989.565002441406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.407234e06"
+          totIonCurrent="1.5751657e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="809"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT411.413S"
+          lowMz="50.384456634521"
+          highMz="989.534912109375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.822693e06"
+          totIonCurrent="1.674887e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="810"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT411.902S"
+          lowMz="50.376194000244"
+          highMz="989.554382324219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0519027e07"
+          totIonCurrent="1.7442112e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="811"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT412.4S"
+          lowMz="50.955665588379"
+          highMz="990.458129882813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.1222525e06"
+          totIonCurrent="1.3336178e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="812"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT412.895S"
+          lowMz="51.466835021973"
+          highMz="989.518188476563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.131238e06"
+          totIonCurrent="1.4770401e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="813"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT413.39S"
+          lowMz="50.373523712158"
+          highMz="970.664001464844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.964085e06"
+          totIonCurrent="1.6447029e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="814"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT413.878S"
+          lowMz="51.137321472168"
+          highMz="989.541320800781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.023579e06"
+          totIonCurrent="1.3845022e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="815"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT414.377S"
+          lowMz="50.70316696167"
+          highMz="989.540771484375"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.820844e06"
+          totIonCurrent="1.5566083e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="816"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT414.877S"
+          lowMz="51.479675292969"
+          highMz="990.435180664063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0209765e07"
+          totIonCurrent="1.9403954e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk3rMEYBEfNCU3MJRgQxcUJZXjtGAtYuQltbJEYvJI9CW4g0RfLwPEJgXq5GIeVTQmJVSEX2ZMJCdU61RgPCsEJ1uBBF+B40Qn57k0Y00XBCguW2RgiwWEKDQGBGI/VrQoQBekYc1bZCiAHKRhDIH0KJE3BGAKHTQotjNkXs8J9Ci/2CRgg7JEKRiGdGC8zbQpJaA0YR1N5Ck6/NRgxiCEKVeqtGCbU/QpbmSUYhahdCnIG5RgX74kKfRKlGBliqQp9NAUYYhCBCn6OxRgWRYUKgqAxGQzZlQqDw7kaIcVVCoPHyR7bbmkKg/kdGCiUzQqHy/kZZ8UlCpBTyRjM+/EKmDMhHzOOXQqkBGkYU5hVCqis+Re8f0EKqqZhGE93bQqq+xUYTblNCq9MbRkCzfUKr9pVGyq5uQqv7I0Y2Ub5Cq/25RjLyOEKsAIlGEe1WQqwBykaL9BxCrAJrRz9NeEKsBwlGVQqNQqwOR0boOxVCrfpFRgQJBEKuBHdG33DYQrB5u0YaguVCsgx2SGANdUKyITpGEtC6QrLtFkZSAjpCs7ipRoeUEkK0VttGG65OQrUAoUYz4UtCtbFdRgnNNUK10atHA/yLQrXYf0YnZLtCte5uRpls3UK18bxGPZAUQrX7WUbM/dhCtfy8RosSNEK1/SFGFLzoQrX90Uak7mdCtf50RpjUTkK1/wVGaxx0QrX/vkcHY2JCtgA6SA8l+UK2AcJLG8nlQrYDJUgcMwBCtgQFSBCsVUK2BQBHENHHQrYFdUbJHSFCtgX+RqzyAUK2BxBGXvvrQrYHeEZpFrRCtgg2Rv3oUEK2EcdGLlrbQrYVLEYtJwpCtjHwRmly30K4ABlGBdSsQrgDXUhp02VCuAzSRyAKVUK4Q6JGDliwQroD1EeyHpZCwetjRpa4J0LDhXtGH7OcQsVeDUYK6V1CyAH0RncM2ELMWb9GAIFJQsyblEYFjHNCzLj/RlyJakLOFFpGLvBAQtO4oUYWpehC15LtRgeaikLaFJVGji3pQuH4dEgqxTFC4oWURo+pr0LmB3ZIO0fwQugCzEYHSEhC6OJ5Rgk6+ELuCTlGAeIUQu7j40YNWf1C8cyMRgCp60L2xIlGC74XQvjes0ZGUSFC+sIWRg6ed0L8D6NHD6T9QvyqXkYNShJC/xPqRh8mEEMDEiBGZwwUQwMUKUYNioZDA9yJRgQqm0MEhtpGDP5FQwUs+UYO4GVDCJ8qRgq9CUMKovxGFNU3QxIJsEZ9+INDEgohRilfp0MS8BtGODaNQxQweUYEfEJDFv2+Rqkjv0MXColGIgI4QxjBLUYicVFDGPz1RlwFeEMbC71GIJ1cQxtP8kYl/+xDHb6bRhU0i0Mg129HqHCxQyKWoUXtpCdDItazR5IsKUMjURxGGABNQyOrzUYfQ3RDI7l1Rm4CvUMk1fNHDnClQycI1UdadEdDJ255RhEmakMotFdGBwDhQylchkYVPJ9DKZsrRkNEXUMpnEFIBL1wQymdWUY3anlDKhiKRffhlEMw4W5Gkx4rQzGS/EYVe4pDMgzsRz00dkMy+iRHbPDQQzW0AkYoG6tDNcZPRkLZKUM2V11GEY7TQzsk20Yhp49DPRDURhuzrkM9E/RGT5bMQz0VhUY5LBNDPRZcRlNaPEM9F7VGBICQQz0Y7EZVnPRDPTs+RiJsDEM+7Y5GoTOiQ0Fu1UZeV7pDQXZwRiUeL0NBgaBGPS13Q0GCw0dUqntDQZbXRmyszkNBntpGE3SwQ0MQ6kZRk1NDRPGhRl05TUNE8hBGXokQQ0TzJ0YGB2BDRRTdRnwfBENFzrVGmKciQ0cBsEblACVDSTVcRsxw8ENJSPVF/4AJQ0lKokfCc41DSV/dRwJHxENJ9llGNvzcQ0pmeUYS471DTFyxRgOQlENNKlpGLZWSQ07p9UYTGgBDTvjXSCtwkkNSS6RGbJOaQ1QAj0YSQmdDVcbYRg7chENXRy5F/xdhQ1fCREYmmmZDWBO5RjnHUENZBGVGx/kBQ14cgEYWZDhDX+LLRgnZr0NhDGxGUo7iQ2vsr0aMr59DcWj2Ro+LXENzE7NJN1WqQ3MXGkY8Q7dDc3PWRgLCSkN0FIVHro15Q3XlsEYkHTVDeiY9Rg1aJkOBz7xGYJggQ4KRfEZrl49Dij7yRjmJ1kOLhrZGCOCKQ4v9UEaHP5BDjiIQRgN2+UOQjNNGBJZpQ5IACUYR9zFDkhZuRhKQUEOS5iZGB1Y5Q5dptEaT99xDl84jRiYlJkOYWihGxGvMQ5jCV0YunsZDn0rlRuH+WkOfTHJGohqKQ59Nykb8Ae1Dn0/fRgXunUOg6n9GFpZLQ6DwKEbIQaZDoPIDSFeuSUOg83lHAUb8Q6KL10c2q3lDpEs3Rn2xTkOoiodGodTWQ6lH+0YW6GBDqoQzRlsnhEOskkFGptljQ6yTykmCQ81DrJZ/RuGlQEOtFEFH8mkfQ60W/EYSNqRDry4JRiAi60Ov9xFGEZVMQ7DrIUYWOnJDse7dRiSXaEOyFWlGSlb/Q7IuU0aWlRtDsuPgRoLT3UO1lRhGZfRUQ7qTIEa8YtNDu+A+RiYEZEO+kLtGLSrnQ8CX20cWJedDwOl8RixxVUPCi5BIRUMGQ8MMDEbdVs1Dw4WjRmHaR0PFB3BGXNXrQ8b7okYx5EhDxv2ORwzwv0PKln5Gdck7Q861xkYbDLtD1pZTRp+CQUPeziRGMu79Q+J42EYkckpD40e2Rhr5GEPlZxhHD8YsQ+aP8UaDORpD5sf5RoP+E0PqBPFGGtFsQ+o13EYQVPtD7JULRrO9ckP3nF5GYY6aRAIN1kYnbVJEAjvkRiobxUQDEgJGoWEkRAQLdUYKmuhEBcGERhAK7kQHbJRGxrcFRAf5akZMq01ECiVhRgfooEQLFtdGYT6yRAsvS0bK+mtEDKKnRhF7FUQPvxFGECuGRBE7HkY68w9EEXcFRiRNnUQR0q1GDZR2RBIJyUaQelBEFI3DRiMSoUQVYfhGJmCGRCEqeUbzZJZEIpphRh3XYEQjuZNGrVPMRCUrtkbfj1xEKAesRhu3QEQooUhGTsn3RClKAEYk7GlELfsgRg/pLUQur2FGITlMRC98xEYnT/NEMQTNRg2b8UQ2X8lGFwwdRDhmtkYMPt9EONSQRq0pqkQ6DLdGHq4QRDq21EYhzeVEOvpmRiv9mkQ7RuNGEfG9RD3YyEZBVfBEPnoBRiB1+URB6DRGGocKREQUe0Ya9JZERa1sRhSMkURGk8dGIgViREbGFUYqbYdEThQrRhjbxURR+IlGLFIzRFJLoka+P85EVoZrRhEXJURZMflGMlgSRFyVmEYoILBEXJf4RhgR5ERdsCFGHK33RGj4K0Yb8H9EapncRhGVP0RtbLtGTsGZRG73WEYvs+REcMEGR4w4HERxaR1Go5MFRHHza0YWIJlEd2JFRoGgNER3m9pGGG/C</peaks>
+    </scan>
+    <scan num="817"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT415.363S"
+          lowMz="50.842044830322"
+          highMz="989.54541015625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.563899e06"
+          totIonCurrent="1.7560914e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="818"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT415.863S"
+          lowMz="50.614345550537"
+          highMz="989.530456542969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.893701e06"
+          totIonCurrent="2.108228e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="819"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT416.35S"
+          lowMz="51.619422912598"
+          highMz="998.681396484375"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.0374721e07"
+          totIonCurrent="2.2546164e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="820"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT416.837S"
+          lowMz="50.259635925293"
+          highMz="989.521301269531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.8062265e06"
+          totIonCurrent="1.3846625e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="821"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT417.35S"
+          lowMz="51.918922424316"
+          highMz="996.334106445313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.9447635e06"
+          totIonCurrent="1.4802214e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="822"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT417.855S"
+          lowMz="52.483734130859"
+          highMz="989.527954101563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.648444e06"
+          totIonCurrent="1.7200794e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="823"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT418.343S"
+          lowMz="50.016193389893"
+          highMz="989.554016113281"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="9.192693e06"
+          totIonCurrent="1.6090609e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="824"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT418.833S"
+          lowMz="51.297286987305"
+          highMz="996.741516113281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.519743e06"
+          totIonCurrent="1.6203394e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="825"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT419.327S"
+          lowMz="50.864284515381"
+          highMz="965.637634277344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0874532e07"
+          totIonCurrent="1.9257516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="826"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT419.814S"
+          lowMz="51.607334136963"
+          highMz="989.552734375"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0677726e07"
+          totIonCurrent="1.9837268e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="827"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT420.302S"
+          lowMz="50.707977294922"
+          highMz="996.967407226563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.878606e06"
+          totIonCurrent="1.9058072e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="828"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT420.792S"
+          lowMz="50.817588806152"
+          highMz="989.536254882813"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.140511e07"
+          totIonCurrent="2.071049e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="829"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT421.277S"
+          lowMz="50.611530303955"
+          highMz="996.773071289063"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0948951e07"
+          totIonCurrent="1.9904294e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="830"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT421.764S"
+          lowMz="50.027698516846"
+          highMz="998.132141113281"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.927084e06"
+          totIonCurrent="1.54566e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="831"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT422.263S"
+          lowMz="50.693634033203"
+          highMz="989.549194335938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.1313603e07"
+          totIonCurrent="1.868878e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="832"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT422.754S"
+          lowMz="51.940818786621"
+          highMz="977.899047851563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.9415705e06"
+          totIonCurrent="9.97285e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="833"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT423.265S"
+          lowMz="55.653167724609"
+          highMz="989.537414550781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.0247897e07"
+          totIonCurrent="1.7132804e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="834"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT423.756S"
+          lowMz="50.580665588379"
+          highMz="989.527648925781"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.1897349e07"
+          totIonCurrent="1.9936124e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="835"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT424.24S"
+          lowMz="50.636138916016"
+          highMz="989.558654785156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1724886e07"
+          totIonCurrent="2.0524294e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="836"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT424.724S"
+          lowMz="50.241115570068"
+          highMz="994.717163085938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.515379e06"
+          totIonCurrent="1.5508425e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="837"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT425.217S"
+          lowMz="53.820224761963"
+          highMz="998.9189453125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.1135685e06"
+          totIonCurrent="1.3660815e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="838"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT425.716S"
+          lowMz="50.576824188232"
+          highMz="990.130554199219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.06898e06"
+          totIonCurrent="1.4826415e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="839"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT426.212S"
+          lowMz="50.498615264893"
+          highMz="989.548767089844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.508314e06"
+          totIonCurrent="1.4148165e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="840"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT426.711S"
+          lowMz="50.865947723389"
+          highMz="989.558349609375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.728936e06"
+          totIonCurrent="1.6003282e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="841"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT427.204S"
+          lowMz="50.272663116455"
+          highMz="989.544372558594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.048149e06"
+          totIonCurrent="1.5304181e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="842"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT427.692S"
+          lowMz="51.965602874756"
+          highMz="989.553771972656"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.1288468e07"
+          totIonCurrent="1.8525936e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="843"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT428.183S"
+          lowMz="50.563213348389"
+          highMz="997.097351074219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.296026e06"
+          totIonCurrent="1.537425e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="844"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT428.679S"
+          lowMz="52.395748138428"
+          highMz="989.574584960938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0781954e07"
+          totIonCurrent="1.7470304e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="845"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT429.169S"
+          lowMz="50.157005310059"
+          highMz="989.629821777344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.885915e06"
+          totIonCurrent="1.4382871e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="846"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT429.669S"
+          lowMz="51.785232543945"
+          highMz="989.57666015625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.1239976e07"
+          totIonCurrent="1.9305878e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="847"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT430.152S"
+          lowMz="52.915981292725"
+          highMz="989.584228515625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.0445376e07"
+          totIonCurrent="1.7267098e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="848"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT430.64S"
+          lowMz="50.050807952881"
+          highMz="989.584533691406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0382481e07"
+          totIonCurrent="1.7275012e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="849"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT431.131S"
+          lowMz="51.661670684814"
+          highMz="978.092956542969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0176374e07"
+          totIonCurrent="1.744465e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="850"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT431.617S"
+          lowMz="52.951599121094"
+          highMz="989.591186523438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.7500625e06"
+          totIonCurrent="1.3487061e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="851"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT432.118S"
+          lowMz="50.057735443115"
+          highMz="993.457153320313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.6153105e06"
+          totIonCurrent="1.1737383e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="852"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT432.627S"
+          lowMz="53.049434661865"
+          highMz="966.903015136719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.9128425e06"
+          totIonCurrent="1.3263474e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="853"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT433.137S"
+          lowMz="50.267238616943"
+          highMz="998.170532226563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.1429221e07"
+          totIonCurrent="1.8612206e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="854"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT433.621S"
+          lowMz="52.210521697998"
+          highMz="995.221496582031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.892757e06"
+          totIonCurrent="1.5872759e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlDXk0XRLfFCVi2URdVwRUJdNq1F++GNQl1Cv0XQsTtCYJcMRgkvd0JhRzhF6BgHQmRHe0XqlypCa+WoRcg4+kJtNIhFzTzjQnFsxUXKo5pCcsGBRev0ZUJyx+9F4EEXQnR8w0XGuj1Cd/QLRq5rHkJ4Dw5F6nNTQnpIAUX0HcFCgiKnRgCTbEKCeFlF1/F0QoMG5EXarsRChFocRgbhE0KEeb5F1KAsQoSXGUXpkTpChuPbReKgl0KHMldFxPcQQolhZkXybCxCihtMRc6WwkKKLDdGAUFiQovArEXb7GdCjIUuReNeI0KNluRF+ZkPQo7LjkXhL/NCkYpYRgujOUKSn8JFxvx3QpQNsUXlBi1ClEV/Rdsg+kKarJVF48LkQqDxREZzz25CoPGxRyS+ukKg8odHe/JpQqD31EXqfLtCofMeRqwl30Ki/1lF6NuQQqQL50XbgOpCpE0bRf1x20KmDMlH1VzXQqc5BEXmY6BCp6V0RdmB+0KoBJBGb9SBQqv2tUaSTNBCq/tiRhzvTkKsAoxHJGCkQqwDR0aLFS9CrA5tRqqulkKteBpF7Ha0Qq4EbEaPrndCrrlORdPI7UKvhUJF3LA0QrIMe0hb41ZCsh5tRdRP/UKyJJ1GAK8VQrIxNEYpxMJCsuYkRlsoC0KzuGNGBht/QrUAw0YC6xNCtb7uRd2lnUK1y/5F+d5IQrXMuEYzIyhCtdHuRuu100K14Y5GQrYIQrXuX0aPU3hCtfHJRpzEMEK18uZGF2ugQrX7W0bv/ORCtfx1Rot3vUK1/ftG5m8vQrX+okc06LtCtf/QR4u420K2AcJLFvOVQrYDV0ferXxCtgQHR77+r0K2BL9Gx1TjQrYFYUbHwEVCtgbXRpqhMEK2CFdG8mNQQrYRt0ZA36hCthUzRlTiT0K2MahGhsBaQrgDXEhUM2BCuAzERx8Kf0K6A9pHorWfQrt1MkYAao9CvOfbReQr50LB63BGiIjmQsHwNEYmoiFCyLUSRcjlgULaFLRGJgJaQto+ZEXgcqBC2rXYRgpvFELh+HxIQ1xnQuKoo0Xi7z5C5gd8SBiHLULqHF5GEuwEQuqsZUX3Ni1C7CW+RhLVA0Lsg19F48N8QvDfH0XYnZRC84Y6RepyvkL0GiRF9Pj8QvjiDUYtJE1C+TivRe2nCkL7FqFF2PErQvwPo0b/B09C/CbNRdnwjUL+B3hGYmS6QwEhokXmX3xDBdyuRdy/N0MGVjNF+KCGQwcHkEYZdw9DCkIFRjw2ZUMLJSJGMAIMQxF+4EXpRRpDEe4/Rc8/Y0MSC7ZGHQj/QxI/dkXcAQ5DEvA9RhmLskMW/d5Gcxe1QxhbikXkf59DGNPTReoHCUMagppGANkXQxt87UXwuN5DG8xwRfYFbUMdCExF5y3IQyCSwkXKEONDINd+R3n9LkMi1sFHUsV4QyTV7Ua15JVDJaNLRfSbyEMm/YNF6ePKQyfrQEXaizxDKZx6R9k2HkMp/vxF2P22QyrwsEX/dFFDLc6XRk/R+0MuXe9GEz7JQzDhOkYUk6VDMQZWRgZiBkMyDOtHF0DwQzL6K0esoKNDNPkQRnsaNUM1yTJGLNMbQzjW5kZJOIJDOhzqRqT8hUM6IFBF3HNrQzsB00X6s0BDOyReRgrOaUM7rtpF1HZIQz0TzUY1WbtDPRcYRhqiUEM9GklGDF2+Qz7teUbVz1lDQW8BRlh7A0NBdr5GOM33Q0GC7Ec3BgVDQZbpRlvNt0NCyCxF5V2gQ0Ni+EXVRMJDQ89xRiFeFkNEjGJF7bc2Q0TjvUXKfB5DRPTORll1rENFzrJGHFjoQ0e4pUX5bwxDR84YRgzBk0NJNetGq5XrQ0lGMkXXXF9DSUofRmJ+NENJSx9HloxuQ0lgZkasBEtDTP4uRjtXOENO+NtIa6ulQ1DuZkXwCfRDUTewRdvhBUNSTl1GHj+rQ1Ur6UXPhwtDV+LFReHhm0NYEvJF3TACQ1kEoUXxzWZDWuRIRemV60NdD7hF3RDgQ2EPWEZzEqhDZiddRfG3CUNmWyhF7OGZQ2f980XcamFDa+zoRmKsv0NxbENGgySsQ3MUAkXihtlDdjgWRf3/b0N2nfFGBBeIQ3qty0XZ5thDeq9+RdkAtkN7PjFFzii5Q4CV4kXd3NtDgJ3jReAcqEOB0YdGhb9zQ4W1mkXzdHdDiiu9RdHMaEOL/yhGTd3EQ44QxEXts+VDjoWERtpwk0OVBL9F4scpQ5drn0Y9DTNDl+bdRfVPFEOYWjNGTlbTQ5iCTEXdea9DmqQ4RfD3qUOb9GRGALSMQ59CJEZXyqpDn0UNRrUwD0OfRvJGwL8eQ59IhEZ5NsxDn1IiRdi0lkOgiN5F8ywlQ6DxKUdPJgZDoPJnSCeQHkOjVYpF6ZF1Q6RNH0Zg1SBDpbN8Re+le0OoivZGifyYQ6mNtEYEE31Dq4q5Rp1QYUOuPk1F+lusQ6+97UX3vLJDsezuRgqo0EOyGDpGYhuWQ7IxRUZM5HtDsuY/Rm80fUO1AyZF9XiwQ7WZ6kYvgHZDv5FURi0+zEO/k5RIBuZ4Q8AUIEaZTrFDwJfGRo9BKUPBmgZGPR85Q8KbyUYwV5ZDw4hoRmJMdUPG/AJGLISNQ8b9jUa0bgJD0F17RdzfhEPQwjVGEJQJQ9H83kXs6i5D1pkrRlW000PbtR1GASghQ93qXkX/3XVD5WfdRr/dXUPrwlVGA9RYQ+wvE0X7D0hD7DMZRe8u9EPskoZHOembQ+yYI0ahuqND7RMdRhiXsUPunatGWpZgQ/LRhEX9w2BD9Qm5Rffg3kP3nIlHHZO1Q/evZ0X2aSdD+ID9Re8A0UQAx1BF6Tu+RAMTwkacYgpEBZC8RfRipkQGgXlF+ineRAbP8keCsn5EBxAzRo6Gp0QHUPdGtoK/RAdsnkacgzVEB242RgDt0EQHkV1GJcOZRAoID0XihvFECzGaRosXM0QMrTFGBwcnRA/s5EYJVl5EEgvyRlTqREQTtq9F9+VARBgMWkXZu9pEISpsRswcdkQju8FGkA9yRCSdG0Xi3kJEJSwvRq3ny0Qq7LJGE+InRCxP90YFUepEM5ISRg1kJEQ2DPlF+fGQRDfnukX7qKlEONbZRoWB4UQ6Gj5F4yBfRD6uukYVxJZEP+JpRePNtkRBgvFGaCikRE1cA0YN5RpETsbIReXH1kRQdd9F+7+GRFChKUYVc7ZEUk6ZRowSJERX3FFGBbnaRFro4UYA6l5EXpBCRgBY4ERgMK1GOMm+RGoTiEX3X1REcJQyRfZaUkRwt5ZGGptKRHDBJEdlG6JEcMT3RlJAOERxbDdGfOYPRHGlSEX+AmtEdLVTRfbnTER3ZlJGUTSFRHezxkX5RTJEeM4tRfMoNA==</peaks>
+    </scan>
+    <scan num="855"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT434.115S"
+          lowMz="51.891479492188"
+          highMz="980.650817871094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0444644e07"
+          totIonCurrent="1.661151e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="856"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT434.61S"
+          lowMz="50.170032501221"
+          highMz="989.62548828125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.133241e06"
+          totIonCurrent="1.6128974e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="857"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT435.098S"
+          lowMz="51.737510681152"
+          highMz="989.621765136719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.989385e06"
+          totIonCurrent="1.5895689e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="858"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT435.594S"
+          lowMz="52.945671081543"
+          highMz="994.031616210938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.669576e06"
+          totIonCurrent="1.5226871e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="859"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT436.089S"
+          lowMz="50.306869506836"
+          highMz="989.600646972656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.1878955e07"
+          totIonCurrent="2.0576162e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="860"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT436.575S"
+          lowMz="53.238739013672"
+          highMz="989.607971191406"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.721595e06"
+          totIonCurrent="1.5237184e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="861"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT437.07S"
+          lowMz="50.65710067749"
+          highMz="995.396911621094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.945591e06"
+          totIonCurrent="1.4696617e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="862"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT437.566S"
+          lowMz="50.344757080078"
+          highMz="997.364685058594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.8907075e06"
+          totIonCurrent="1.3178753e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="863"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT438.067S"
+          lowMz="50.24435043335"
+          highMz="965.685913085938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.874546e06"
+          totIonCurrent="1.5629984e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="864"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT438.559S"
+          lowMz="50.016941070557"
+          highMz="989.630432128906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.038984e07"
+          totIonCurrent="1.638958e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="865"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT439.051S"
+          lowMz="50.178825378418"
+          highMz="995.1494140625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1960027e07"
+          totIonCurrent="1.9808444e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="866"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT439.537S"
+          lowMz="50.336521148682"
+          highMz="991.531188964844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.265144e06"
+          totIonCurrent="1.6014823e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="867"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT440.026S"
+          lowMz="51.349720001221"
+          highMz="999.989685058594"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.0113012e07"
+          totIonCurrent="1.6539722e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="868"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="272"
+          polarity="-"
+          retentionTime="PT440.52S"
+          lowMz="55.038604736328"
+          highMz="989.640686035156"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.3597491e07"
+          totIonCurrent="2.2018306e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="869"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT441.001S"
+          lowMz="53.78829574585"
+          highMz="994.808532714844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.792354e06"
+          totIonCurrent="1.2790864e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="870"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT441.506S"
+          lowMz="52.179946899414"
+          highMz="996.087341308594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0169128e07"
+          totIonCurrent="1.6413112e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="871"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT441.999S"
+          lowMz="51.032089233398"
+          highMz="989.658874511719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.498067e06"
+          totIonCurrent="1.5364516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="872"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT442.492S"
+          lowMz="52.443622589111"
+          highMz="989.691589355469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1084996e07"
+          totIonCurrent="1.7582964e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="873"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="278"
+          polarity="-"
+          retentionTime="PT442.98S"
+          lowMz="52.306835174561"
+          highMz="989.6904296875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0965226e07"
+          totIonCurrent="1.763738e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="874"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT443.472S"
+          lowMz="50.217132568359"
+          highMz="996.626708984375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.51072e06"
+          totIonCurrent="1.5923785e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="875"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT443.961S"
+          lowMz="53.813926696777"
+          highMz="989.662414550781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.489741e06"
+          totIonCurrent="1.5452943e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="876"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT444.458S"
+          lowMz="51.697334289551"
+          highMz="999.827392578125"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0514134e07"
+          totIonCurrent="1.7535072e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="877"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT444.945S"
+          lowMz="50.377983093262"
+          highMz="989.701599121094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.558094e06"
+          totIonCurrent="1.6249916e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="878"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT445.437S"
+          lowMz="51.724597930908"
+          highMz="996.014404296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.604735e06"
+          totIonCurrent="1.5485324e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="879"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT445.932S"
+          lowMz="50.568260192871"
+          highMz="996.839294433594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.016437e07"
+          totIonCurrent="1.6556735e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="880"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT446.423S"
+          lowMz="51.211193084717"
+          highMz="989.706237792969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.58418e06"
+          totIonCurrent="1.3636851e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="881"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT446.923S"
+          lowMz="50.860191345215"
+          highMz="990.066284179688"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0487162e07"
+          totIonCurrent="1.6219405e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="882"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="269"
+          polarity="-"
+          retentionTime="PT447.412S"
+          lowMz="50.151371002197"
+          highMz="989.718383789063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0047233e07"
+          totIonCurrent="1.5604104e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="883"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT447.904S"
+          lowMz="50.248222351074"
+          highMz="989.693908691406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.548946e06"
+          totIonCurrent="1.5413334e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="884"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT448.398S"
+          lowMz="50.58292388916"
+          highMz="989.72900390625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1193688e07"
+          totIonCurrent="1.811111e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="885"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT448.887S"
+          lowMz="52.71085357666"
+          highMz="993.55859375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0734757e07"
+          totIonCurrent="1.7216348e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="886"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT449.381S"
+          lowMz="50.779529571533"
+          highMz="996.657653808594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0495409e07"
+          totIonCurrent="1.6911352e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="887"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="285"
+          polarity="-"
+          retentionTime="PT449.871S"
+          lowMz="51.06840133667"
+          highMz="989.726989746094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.1753452e07"
+          totIonCurrent="1.8253836e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="888"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT450.358S"
+          lowMz="52.565422058105"
+          highMz="991.664978027344"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0498136e07"
+          totIonCurrent="1.7443356e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlJC/kYj7vdCUtAQRgYQikJS4dtGGnUNQlNgJ0XfspNCVn/TRe8ykkJXQYRGAaC5QliVpkYTUOVCXRNfRfLQsEJgulxF4k2aQmLbqkXoS5JCY88bRgnMtEJncP5F7W8AQmdxZEXwmCpCaHzBRgSGKkJr4aVF+7FyQnQi/0X9651CdLkFRfj+s0J2SZ9F75RIQnfz3EZjRcRCgEIHRhCCBkKAUDdGB61gQoCOPkX2goNCgLHKRgT/wUKCjvhF9SZIQoPd40YPOqJChvEVRhxY10KLLGxGBe3gQoyjl0XgHNtCjZN1RhRWlUKN3ftGCu0yQo6Q/UX9cCdCj800RezpWkKTLCtGEV+ZQpNAnkYzUq1Ck4bhReSqvEKUI/tF5P34QpVytUX6UbpCnEbNRekx9UKgXKhGFy2gQqDtB0YQan1CoPE4RpOwhUKg8mlHnnUMQqD3yEYFaE9CoWnLRgRo5kKh8xBG0WcIQqNdtkYlChlCpBUFRjuFMUKl8ZRGOxkIQqYMyUe7DEVCqASzRoRk2kKptr9GAHQLQqt6N0Y2gx1Cq+yYRkrB6kKr+GtG7OJXQqv9IEZadqVCq/+yRjEp8UKsBEBHPR/cQqwGCEZZ03hCrA4bRhYBdUKsEBBG6uI9QqwQvkYR2yFCrBHVRhxL2UKuBG9G157oQrIMdkg3oKpCsjXrRgpae0Ky5hxGPveRQrO4lkaeJElCtdHvRtfoUEK10q5GLeYQQrXWfkZlccxCtdb5RiT+zEK12T5GNDpiQrXfM0ZKjr5CteGGRnxVk0K17m5G0wdFQrXx3kYgkbVCtfskRsJHWUK1+5hGjOumQrX9D0YvEBRCtf1wRj+b2kK1/g5HBKljQrX+20fUgGlCtf9oR6fXY0K2AClIBZMSQrYBvksgMFhCtgKDSNjDdEK2AxNIEd0SQrYENUe8n9RCtgUXRsmWrUK2BbtGbL7IQrYGxEa04I1CtgduRpNIHUK2CB1G6U+DQrYItUYaJjdCthGxRoXwTkK2FSJGaHurQrYxm0aHBVtCtrR7RhIvH0K21uVGGkzdQrdYZkYcwBNCuANcSGcnI0K4DMxHIB3AQrhWQEZlNbJCugPaR8yc9kK621JGCIr2QrrbnUX2s3RCwetmRpDS10LEx5RGFnrUQspc+EYJZIZCzMilRf2rpkLNDzRGBZoEQs3p1EZG1udC0RkzRgkG9ELTe9pGPo+rQtPrnUYnx7hC1A+JRgHKTkLWmktGTMkNQtn930YKAy5C2hqtRgMs2ELh+HVIMr9nQuNgtUYK1kxC5EtHRfAiFELlEL5F/bUYQuYHd0fsn35C6ACSRgODUELrgNtGEDk/QuyXbEXyGTNC7Jf+Re1Ov0L0ydBGBs82Qvjhv0YS32tC+OKkRfJVhUL5n0xGGxM1QvwPpUb4X7VC/DWCRfXf70L+B3dGdel8QwAVzUYHVh5DAQ4qRhaMk0MBZo9GB+mRQwFnnEYCEhZDB2sTRgkZC0MIcGhF+sOzQwp/5kYCTZNDCzViRkmCIkMLU1tGBwi6Qw00H0YXKGFDD7GaRghTMkMQGQFGRqIrQxEEPkX9jvhDEvA/RiZulkMUaKVGBw9EQxSbCUYXs+1DFaGBRg5wI0MXT8pGI10/QxqC4kY853VDG71kRgmw50Mb4ghF/aa7QxxJZkYC7RZDHJlVRhEHukMf6qZGEXnVQyCCaUX/yIpDINdvRx13SkMhvGdGA8/kQyLKTkX+85hDIta0RxFUCEMju95GKKR4QyTVzUaBgMpDKX9IRgP/KEMpm/NICJuCQyytqEYIjKNDLUdERh8wg0MtzstGJZJwQy70qEYYMAVDMgzaR0sG10My+i5HkeboQzNu6EYLjnNDNPklRoL4sUM1POpGCHrcQzXOJkZk5TdDONasRhobg0M9EQhGIJqhQz0TqUZeUYBDPRTRRjG2QkM9NOZGKS87Qz0+3UYqP0tDPURxRga1KUM9dzpGIZNTQz7tbEa6gKZDQQvhRf7G/0NBZGZGEa/dQ0FwyUaTAvVDQXisRlXUpkNBhNFHV0jpQ0GQ/UYt1TVDQZjORpFqykNBoOVGIKGQQ0Om7UYCB3BDRH3URjDnhUNE8XNGWnmbQ0T0dUZNY3BDRhzZRwFNa0NHyyNGEMEGQ0jwakYXHR1DSRzARkKZzENJNjpG1ihjQ0lLc0e8VOZDSU0sRiJ2V0NJYKdG8E80Q0vVjUYZcl1DTvjcSFALYENPeeBGHqjmQ1JN20YgDG5DUk7gRf8P5ENVLERGDx/uQ1cWtUYKcrdDV2oJRgSkp0NX6iFGDRoKQ1kKmUYWNbhDa+ztRlZeQUNxbIRGfXQ4Q3gM40YUGWxDeI3uRgCvKEN5xXNGGO74Q32GJkYaLABDft22RhCVZUOB0cZGStoTQ4HSkUYU5qFDgpTQRg5izEODH65GDlLfQ4Pu9EYLOg9DhvOPRkBmd0OIiedGHFI1Q4v/Y0Z5Sv1DjABARhFW3kOPttFGII/QQ5N9nEYxpPFDl2wORiF7r0OYWPdGlCaSQ5iPskcDH4ZDmSt3Rhiy1UOfQcBGVDFCQ59DfUbOl+NDn0SXRrADXkOfRvxGsjSnQ59I3ka2RnJDn0oNRlWhOUOg6CVGGv7aQ6DycUg8r8hDoPPnRtz5qEOkTZlGF/xCQ6UlK0YVTJJDp5iaRizgukOoi45GGdsUQ6iMeUZRFy1DqQQRRgYdRUOpaLBGONQgQ6oHakYzSjRDrQb6Ri+aiUOx0phGDQPAQ7Hqu0ZSFXRDshzdRkGvm0OyNhRGgvOKQ7LmyUZf03dDs2O8RiOa70O7G/BGQfM0Q7xNtkYX+8tDwZXWRh0nkEPDiPBGgNuZQ8b77kb1adxDzpmaRxZbz0PPGeRGf78fQ9ApMUYPFVxD1VY0Riy7F0PWmb5GjzxnQ9abM0YgN1VD3//5RhMwmEPhkGpGG/mRQ+LU9UYu0/hD5Wn3RrK1kkPmOBRGMnFEQ+o0eUaBXAlD6n/GRgWWUUPsmOBGm3cNQ+zjsEYFW25D7tmjRhAIG0PvnRVHHidFQ/AdcUZht5tEAMHHRkqn9kQCYUlGGzrXRAMUIUYk3MJEBs/fR4r8dEQHEC5GPZdwRAcvYkYY08dEB2uORq4VjUQKKqBGMKsNRAsc7UYh6hFECzV6Rq67REQMEPpGFUcXRA3/D0YXOlpEEgwtRkNSZEQVbglGGKRNRBorI0YZOqJEGkjrRhqcn0QhKO9GrlpSRCO8GUadHUNEJS2lRtxpRUQpBJBGNbX5RCucrUYj1AFENmI/RksKn0Q3OJFGBo5yRDjXlEaeLr9EOhi7Rhrr50Q/rEBGJaQUREGE8UaK0+REQ3PmRg+WmkRPrBZGMRsqRFBUhUYhsc9EUOVIRicMpERSTyVGoTWNRGQfsUYwMthEZbxDRgwrF0RwutJGae5oRHC/vUc5ML9EcW0GRo6XS0R3MgJGF73yRHdsVkaCL3lEd+qPRjAjgg==</peaks>
+    </scan>
+    <scan num="889"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT450.846S"
+          lowMz="52.736724853516"
+          highMz="990.594848632813"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0503643e07"
+          totIonCurrent="1.6859574e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="890"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT451.337S"
+          lowMz="52.042991638184"
+          highMz="979.270568847656"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0632466e07"
+          totIonCurrent="1.7304352e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="891"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT451.827S"
+          lowMz="53.104988098145"
+          highMz="981.253295898438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0663718e07"
+          totIonCurrent="1.773536e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="892"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT452.317S"
+          lowMz="50.030521392822"
+          highMz="993.551025390625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.811295e06"
+          totIonCurrent="1.6123731e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="893"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT452.81S"
+          lowMz="51.00345993042"
+          highMz="994.808471679688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0809938e07"
+          totIonCurrent="1.7989406e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="894"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT453.296S"
+          lowMz="50.866313934326"
+          highMz="989.755798339844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.618239e06"
+          totIonCurrent="1.5919459e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="895"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT453.796S"
+          lowMz="50.564990997314"
+          highMz="994.10888671875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.69313e06"
+          totIonCurrent="1.5829003e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="896"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT454.288S"
+          lowMz="51.124694824219"
+          highMz="989.784729003906"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.2309584e07"
+          totIonCurrent="2.0467354e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="897"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT454.773S"
+          lowMz="51.354782104492"
+          highMz="989.955749511719"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.1234629e07"
+          totIonCurrent="1.795203e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="898"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT455.262S"
+          lowMz="51.274555206299"
+          highMz="989.739440917969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0528087e07"
+          totIonCurrent="1.6884386e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="899"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT455.753S"
+          lowMz="50.00707244873"
+          highMz="989.737915039063"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="9.89864e06"
+          totIonCurrent="1.6265183e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="900"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT456.246S"
+          lowMz="50.181457519531"
+          highMz="990.649841308594"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.063434e06"
+          totIonCurrent="1.4843189e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="901"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT456.746S"
+          lowMz="51.323230743408"
+          highMz="989.746826171875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.702371e06"
+          totIonCurrent="1.4021562e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="902"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT457.245S"
+          lowMz="51.30638885498"
+          highMz="989.755310058594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.1342889e07"
+          totIonCurrent="1.8714058e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="903"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT457.732S"
+          lowMz="51.548419952393"
+          highMz="989.755676269531"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.1241172e07"
+          totIonCurrent="1.7676912e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="904"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT458.222S"
+          lowMz="51.974613189697"
+          highMz="990.669494628906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.1470898e07"
+          totIonCurrent="1.8852518e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="905"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT458.711S"
+          lowMz="51.568481445313"
+          highMz="994.945129394531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.04513e07"
+          totIonCurrent="1.6898108e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="906"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT459.203S"
+          lowMz="51.782314300537"
+          highMz="992.641052246094"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="1.1351985e07"
+          totIonCurrent="1.8291852e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="907"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT459.69S"
+          lowMz="50.869884490967"
+          highMz="992.131713867188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1626334e07"
+          totIonCurrent="1.888627e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="908"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT460.174S"
+          lowMz="50.393363952637"
+          highMz="970.802062988281"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0027113e07"
+          totIonCurrent="1.6316672e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmSzkYFPgJCSxHWRgRhN0JNKFhF7PYQQk8cs0X/ncpCUuXKRiA3gEJfJ+RF0aYyQmfkTEXTKrtCb2EMRetKZkJ2cJRGHG+JQnf0BEZ+gnRCeL7MRgB+v0J8XgFF8kPSQn57pUYYONBCgCq1RfEpUUKHPjJF+HqbQofnLkYItYxCiqeHRgIHM0KLvUBF3EZZQovmHUXupptCi//kRf4j5EKMc5FGClYeQo7hfEYD6WpCj+AvRfvuB0KRerxF6f/4QpGNWUXv9ANCk0LLRiXux0KYDE1GEoVOQpvmP0Xj6EtCnDJdReqfHkKcfFFGElgkQp6e7UXoafFCn/tkRhOXy0KgCahGDHOLQqDfcUYMt0hCoO4jRg2jdkKg71hGNpWdQqDxIEaPqPtCoPHRRwvFskKg8zlHcDZsQqD4V0YbcEpCofMZRkrFaEKjVHxGBZtaQqYMxke4m71Cpr8qRgGnHEKn8RxGAUPTQqgEg0ZRPxJCq/e1RrN1tEKr+LpGFt+6Qqv8P0Y8Q/9CrAG+RhGhFEKsAnlGn/y8QqwDgUcgV1BCrAUsRlOBL0KsD2dGsBQ6QqwQj0YmOWtCrYreRhirEUKuBG9G8rnAQq59akYAd39CscreRf2vB0KyCnBF6hlzQrIMd0hMiw1Csu59RhVCiUKzuItGO9v3QrWBFkXu1OZCtc0+RgWYO0K10fxHBP0wQrXYPUYKNnxCtdo4RjfxcEK132xGFWjrQrXhmEY8Sd1Cte5jRrgay0K18cpGjfuLQrX7V0a8zrJCtfzTRo/M00K1/c1GnjgnQrX+XEaMy/9Ctf7iR5L5K0K1/6xHqfrNQrYAL0gGWANCtgG+SxkAaUK2AqNIa2udQrYDK0gXLTFCtgPvR7+ejUK2BhRGgAZQQrYHDkaaxIZCtgf6RpJCPUK2CFNGh5SuQrYRrUZBYYlCthUURmf+ckK2KX5GLJXvQrYxjEaOQXVCtrL2RgJF7kK23aRF3s/JQrgDWkheFuhCuAzRRwe8fEK4VhJGNdnTQrkAYkXruzVCueqZRdxTekK6A89HpTN0Qr5Pp0Xua0ZCwfBMRmsDBULF1VVF4cWhQsy9lkYCZA5C1BTURiFH9ULWmwVGH1AgQtoUoUZTLr1C4fduRennmELh+G1ITHSsQuYHbkg0HPFC6S2ARfcO5ELqCbRGHxI1QuyZcUXsqJ9C7JogRfBlHUL1XgxGCP7mQvwPkEcJrBFC/HS1RfJGyUL+B2VGoeCCQwEOMkZF9W1DAxTvRh+EwEMHZltGBVV/Qwf4cUYVnO5DCzdlRiMoD0MNA4pGERkRQxIM90YfxQNDEjdWRft0hkMW/cxGgWD7QxdSA0Xme15DG8UMRf2ha0McxKhGDMLUQyDXcUdsiuNDItaqRzppgEMk1eVGQP19QymdH0f51iRDKZ4BRo8nY0Mt0AtGQwq2Qy5W4kXsyMJDMOFNRi2bIEMw4i9GK4efQzIM6UcYSY9DMvosR4ttN0M10LdGQTK6QzcdJEYWn4VDOMtLRe0q60M42JBGHsYLQzjyU0YW/LRDOXWORhMXy0M9ErFGMS2nQz0Tm0YYtZ9DPRWpRiBlPkM+7XlGnv3MQz+EIEYKg9xDQDN4RhZHwENA7cdF/2qcQ0DunEYFB6pDQWuVRiUYu0NBb/BGkWF6Q0F350aBUjNDQYIhRiq9XENBhAdHMCb9Q0GF6EY17/VDQZBfRiMgsUNBmABGnAFfQ0HvtEYCai1DRPFqRnZwrENE9sRGeB1TQ0XOx0aKYE5DR8UqRgEj9UNICzpGApXvQ0k3GkbZZydDSUewRhPZaENJTExHuZDkQ0lhiUbJIpdDTP3pRi8WaENO+NVIYq4OQ0/5xkYjlidDUjF9Reiwa0NSUGdGSgMhQ1MYtUYeuYNDVb28Rg7fA0NXQSdGSwMzQ1gT7kYnhMxDXxitRkYC7UNhEYFGZGm9Q2WaskYRQapDZwheRrgEg0NoKaNF8enWQ2mFHUYZ/ahDanMQRgr7XkNr7NxGL/xbQ2wzcUX3zpNDbaAwRgNarUNvF3lHtS6sQ3AYfEaDcE9DcW6JRlO9xkNxn3VGFlSTQ4HSvUZQiERDg5xARguE/0OE445GFkg2Q4dhu0X+c1lDjABzRjgqMEONRxpGAAReQ42mW0YMRghDl2zyRkkln0OXsANGAkWXQ5haCUaPqBpDmFtPRiWKeEOba/lF+e04Q570pEYJ+/lDnzNcRdy2A0OfRu5GEBnoQ59KBEXpl4BDn0ysRwwiPUOfTt9GOec6Q59QOEa2RHNDoHcARguobkOg6YBGLNwFQ6Du50ZMTedDoPErR1Tk/EOg8xdIHwL2Q6D1QUZQqopDoP03RqLJ+kOkTsVGMQHLQ6WJa0YOKmJDqIrfRj+1pUOu+z5GE3DBQ7Fw1EYI9u1Dsh+jRjWwR0OyOMxGTPSSQ7LoBUaM/atDszz+RiSR+kO2c5lGGDFtQ7mrc0Xw3t9DwAQlRfvrRkPDijhGiUCCQ8Qp40YN4uxDxo5vRmFJ1UPG+xxGS/O7Q8b9ekbLxJ5DygYaRfpwyUPLmnZGSoOrQ86ZakZWTSJD0DxVRettoEPWmy9GqNN9Q9qXCUZI5ftD4UpERfrRF0PilodHZ1TXQ+MXHkZQUYhD49MkRgxjSUPlZ7FG0AIXQ+iftUZFaQhD7JqSRmj/sUPv4ylGCjTIQ/VtdkYJTnlD/sbHRfyvn0QDFSVGTY8gRAWtm0YQJapEB2xzRmntA0QHekhGFG1aRAmZF0YFVE1ECx8VRjAWV0QLN3pGrd1TRA36r0YShepEERDkRgTUx0QSDR5Gl9oCRBSoIEYVhXFEG0H0RiDYLEQhKoJG21bkRCO9X0Ytua1EJSvnRrfgqEQm54FGDjW7RCoL3kYVZalELHPZRgyG2UQuW0tGFM4WRDXmAUYM8fpENhKgRg26C0Q42L1GhpLaREGEJ0ZbC0BEQsFXRgn5i0RJTBVGFY2oRFJQWEZ5ZTNEWA4sRf9ge0RZvrBGCDChRF+7CUYTJ7xEbNkBRhFDf0RtRw9GIJqNRG1Rp0YpUP1EbmdjRg2iz0RwHOVGCPyORHA450YIQS5EcL0/RljtIERwwPBHa7EWRHDFQUYyPmJEcW6KRmChrkRys1VGBYE0</peaks>
+    </scan>
+    <scan num="909"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT460.665S"
+          lowMz="50.294345855713"
+          highMz="990.694396972656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.218733e06"
+          totIonCurrent="1.4706441e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="910"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT461.163S"
+          lowMz="51.626621246338"
+          highMz="989.774780273438"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="7.9011355e06"
+          totIonCurrent="1.3228105e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="911"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT461.67S"
+          lowMz="50.870155334473"
+          highMz="989.744812011719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.641599e06"
+          totIonCurrent="9.324055e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="912"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT462.195S"
+          lowMz="50.774612426758"
+          highMz="992.68994140625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.3169721e07"
+          totIonCurrent="2.4530196e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="913"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT462.671S"
+          lowMz="51.3542137146"
+          highMz="972.858947753906"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.959648e06"
+          totIonCurrent="1.400151e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="914"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT463.167S"
+          lowMz="50.418437957764"
+          highMz="989.738525390625"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="9.503793e06"
+          totIonCurrent="1.716506e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="915"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT463.659S"
+          lowMz="53.55530166626"
+          highMz="989.721252441406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0353432e07"
+          totIonCurrent="1.7407122e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="916"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT464.156S"
+          lowMz="50.669364929199"
+          highMz="997.024841308594"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="9.571356e06"
+          totIonCurrent="1.6110263e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="917"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT464.638S"
+          lowMz="51.765815734863"
+          highMz="989.771545410156"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.847164e06"
+          totIonCurrent="1.4478288e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk8QMkW80XZCURCmRcexXUJZ75ZFtV+0QlsNvEX2b9BCYIKyRbs/WEJmSNhFuyKcQmeHqEXBVBZCaPHmReAzQEJqMZJFsJG+Qmra9UWwqNhCbPBeRcYeCkJvgmlFqdTmQnAFiUW+YlBCcKNiRb/BHUJ0pypF0C7kQncAJkWdg8pCd/QARo/vbkJ7hBVFtx1qQnvIAEWsCvRCf2vsRcUVekKAX4ZFwfP4QoEJuEW8XuJCgdLrRdk050KC2mRFoQ7KQoOgrUWu1UtChFaaRcx2jEKHoSdFqXjMQoiQAkW4ZDxCiXdoRcCDiEKM9Q9FrFWOQo5PhUXP3l5CkQ+MRawOPEKTi7NF7HSsQpQM3EW1I91ClM4nRclWaEKVC+VFxXiyQpYEZEXCwSNCmsgvRcunM0Kcre5F5wsIQp562EWxSqxCnrODReVHd0Kfb9RFxO6eQqDtbEYRUTVCoO6rReVeq0Kg71hFr7EoQqDyxkclAnZCoPM6Rxz0ZkKg9zFF76dIQqD4KUY3EBZCofMURruuckKi/1VFxVptQqOgoUXFozJCpDo0Rcm4rEKmDMdH3Lm3QqaAp0XaSBtCp/MGRbXPV0KoBLFF73AmQqhQ/UXBw/dCq/gnRqctKkKr/LpGAN7oQqwC3kZPzVFCrAQERvb70kKsBQxGFvKHQqwPzUaU2KlCrgRhRm6UsUKuCh1GJH0AQq7J1kXVKUZCsGP6RcLsmUKxxAFF1S3MQrIMeUg/myRCsu4MRfeZyEKzuJFGE+G0QrUlQ0XDxqNCtYNkRbuErUK1skVF14LXQrXH9UW3eUVCtcstRgYewEK10SRGCmLDQrXSAka7RM1CtdoORhxnZ0K120BFtKp0QrXbsUXhfs5CteGpRhTlUEK17K1FyXpUQrXuYkZw4zlCte+NRcWjCEK18epGc1MKQrX7UkbRduNCtfyzRjb8Q0K1/WFGYLRfQrX930aQDexCtf7TRyv84kK1/4FHdXwBQrYAYEgRVSVCtgG+Swb/PEK2A1pH+3ErQrYD80ewAhtCtgZoRjXaCEK2BrpGNMO7QrYHaUZ4369CtghFRtfknEK2DVpFynMcQrYNjkW+kSdCthGxRh/5okK2FTBGP1pfQrYtVUXYKQlCtjGURlq3IkK2UZZF31H2QrZ29kXHoa1CuANbSFitiEK4BBhF6sF3QrgE0EX6TCxCuAy7Rwd40UK6A9JHm72aQrryOkXJb2VCu//sRc/R7EK+DJJF8X0LQr70skWuYGdCv+NcRbPA3ELB61xGqLOrQsHwTEZFCuBCwgGvRbYYz0LC0axFyfyMQsy/D0XcLP9CzenvRiaK2ELOxY1F0TANQtEZS0XMEO5C0mJNRc+3SELUFOZGBg/4QtabXUYaNLFC1vHkRcNsAkLXnLlF2taEQtoUpkZ/HQZC4FSqRcbQgkLhF2BFv4eNQuH4dkglVuZC4f90Rbo4rELih4RGCMBtQuPP40Wx6ZFC5gd0SAWyJULmyANFzFlEQugH0UWq5KVC6358RcWQxELsmuhGDqRVQvAcnkXjmU1C9WwCRbXxHEL45RRF5CxfQvwPnkb943ZC/gdRRhaB5kL+cuBF2XGRQwABFUXDSe9DAMRARbrfKkMBP8dGAM9KQwTeDkYDo5tDBh4LRcSJlkMIEkpFtv9GQwmZ9kXJnq1DCzcqRgAtckMMPHRFr1byQwxYhkXeMElDDMvRRbw0NEMQGkpGj4d3QxGSwkW479NDEg2aRc60pUMS8CdGP6HVQxRCvUXQhcBDFv3JRkjlg0MZ3RBFswlBQxqEPkYLPLFDHWvCRerJ60Mf8FZF+WhuQyDXa0cmfT9DIta1RyCGjUMjBjVFxQjwQyTV9UaOrghDJQrDRbq8LUMnNeNFw7iuQylbskW0kVtDKXJaRc+FtkMpnFhGKeBYQymddEfGuZtDKZ52RgKj2UMqow9FuDyCQy3QGkXsCqdDLvTARgI5bEMw4TVF4bItQzFLPUXY5VhDMgzbRxZgZUMy+iBHgn/aQzMNz0X9mZFDNKKnRdL4s0M0+PpGBJeUQzWZuUXTghlDNdCqRjCYd0M2Bu9F1yfSQzqBWEXLNT5DPBeVRnLjz0M9EK9GDvf0Qz0RyUXdE/BDPRJORcnqA0M9FDVF8v0hQz0ZLUXgTqpDPu1vRnQ4T0NA1c5F2ejsQ0D0t0XdJEpDQXCDRmC/LkNBgpBGE9egQ0GEiEcgMHdDQZC7RkMpo0NBmJVGLW9BQ0PPakYPUtNDRPGPRfXW/ENFzq5GBeajQ0hDBUXbyWVDSR0iRgFToENJNsRGlFdjQ0lKpkX2mUdDSUvtR4peo0NJYTJGgwVyQ0vrD0XzmCtDTIh5RcpWv0NO+NhIVACaQ0/ul0W6JE1DT+8QRbfUWENSTjBF0orYQ1JQz0X4V3VDVRzUR+ONGkNV2OtFx08PQ1Ydc0Yb1ixDVz3GRhaNMkNXu3FF6teLQ1x/YEXFAmJDYRHeRieEmUNoFElF0Hp5Q2vtEUYy4iBDbc/6Re85IkNxb1FF3EvGQ3TXS0XpGFZDdaOyRawrFUN1pRVF0zyNQ3ZK5kX18cZDfYDaRdFjIEOAejNGBtYAQ4C0r0XVnJ5DgNkLRcPlgUOB0zVGAiOAQ4Ire0XFGpRDgxq6Rbw2HkOGq+NF0zcbQ4eVOkX9+7NDiDUKRg7nMUOLWadFxBd/Q4wAzEY8v5FDjG6IRfNmdkONlShHPWyHQ44VvEXWrDRDjnlmRgBe7EOQDSpF1gzbQ5BFT0XJ345DkaXpRb0dbUOT3xhFxkyMQ5UATkW5o+BDl21yRlF5g0OYWfhGgVAKQ5tOJEXJhlhDm2UvRb+53EOb51lFzgQ/Q56UeEYI0V9DntnxReKMk0OfQutF5cwgQ59GgUXmOpxDn0hHRdZqKUOfSexGm77hQ59MsUa7ZuJDn05YRjZmT0Og6YFGAanZQ6Dpy0YAjyBDoPFCRmzhE0Og80ZIBIw2Q6D9RUZhx49DoskERcP4a0OkTx9GBzizQ6SXhkXTjgZDpZGGRfVRPUOoSshF45sHQ6iLWkYPF0ZDrBp9R6ddqUOsmvhGpvV+Q7EHu0XahEFDsXFBRgLXKUOx1M1F/GWWQ7IfkUYbNnRDsjhiRhhAI0Oy6FZGNq6rQ7PpAkXkdapDtJPFRdurBEO1ss1F8ynWQ7YdK0XAKBFDtpI0RowMREO62yJFvAgtQ794YEXqC51Dv/MgRdXX+UPDirlGFgWfQ8WU3EYwJpBDxv1MRoWKO0PKmGtG8JTDQ9R280XOnMlD1putRjIRoEPZiulF2wxDQ9zVQ0XwofVD3XjyRcDYj0PlaEtGbL8mQ+VpRkZVwBxD7JrbRgkNAkPvnT5GBXw3Q/HMnkXM6G5D8iUTRf05XUPyQyFF15HKQ/grZ0XQArBEAxV+Rk+rmUQDUTlGir4VRAV+H0XJdJ1EBcdCRdfJy0QGlmxF18j6RAcDd0XfEqFEB2yRRpF52EQIsThFuQ6TRAmEQkX3P19ECzc5RouSFUQMm/9FwyjlRA3eCkXT/WREEDn+RfnCU0QTXkJF2sYWRBrq7kXLHBREGwXcReaVr0QdnXtF5A07RCD5ZUXOs6FEISpWRpvw7UQjEE5F2o/mRCMqukXw4lNEI723Rl/wt0QlLBJGAiYARCUtlEZM061ELmSKRdPSQUQ42PtGR6rpRD/Yo0XjxZdEQYSiRhwZ70RCrOdFx7N4REQXQkXRoi5EUlEbRljwjURTwtFF0B7IRFU2aUXOIHBEVzWBRd6tSURb2atF48c9RGGzDUXOGzZEY6/tRcnyPERrz/5F5zBmRG2TwkXXY8NEcCBJRhh95URwwPdHPztiRHDHKUYRxOlEcW9gRk4rMUR0EclFyJtqRHZbgUYBc7ZEd0+NRcfymUR3cWFGDDx6</peaks>
+    </scan>
+    <scan num="918"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="282"
+          polarity="-"
+          retentionTime="PT465.137S"
+          lowMz="53.958591461182"
+          highMz="981.688659667969"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="9.239145e06"
+          totIonCurrent="1.4836885e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="919"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT465.634S"
+          lowMz="51.322738647461"
+          highMz="965.651000976563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.6487555e06"
+          totIonCurrent="1.2303142e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="920"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT466.136S"
+          lowMz="51.755584716797"
+          highMz="996.582214355469"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0560377e07"
+          totIonCurrent="1.6855766e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="921"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="264"
+          polarity="-"
+          retentionTime="PT466.627S"
+          lowMz="50.932590484619"
+          highMz="999.948486328125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0536705e07"
+          totIonCurrent="1.6533767e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="922"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT467.112S"
+          lowMz="50.281940460205"
+          highMz="989.75"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.395464e06"
+          totIonCurrent="1.3285112e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="923"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT467.617S"
+          lowMz="51.889240264893"
+          highMz="989.752319335938"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0037209e07"
+          totIonCurrent="1.6321669e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk+OlUXtQhRCXuULRecOdUJm2vdF3pLPQmkbn0YJT3tCbtnYRfdqSEJxE/JGCQ1RQnSqzUYHF6BCd/PbRm/Y30J+e6RGMeVLQoMAJEX3NAVCg5i5Rf/O9kKEtzlF3u/MQoS6hEYNwMhCif3DRhR2VUKPldFF8nRlQpDgO0YB1X9Ck+hIRgFJzkKg70JGMmQFQqDxVkYsqVpCoPKLRuKeOkKg8xVG85lDQqDz90eNVBdCoPh5RpO2qUKh8w5GXemcQqOXD0XU/85CpfF6RjPHLEKmDMZHyfeYQqgEkEaIG+1CqEudRer/iEKpY9RF/eAnQqoRjUYG+V9Cq/fyRnAOy0Kr+eJGFYRvQqv8W0YySthCq/99RgocJ0KsAe1GOxEdQqwD70cNOrtCrAVERg7jHkKsBcNGJV8IQqwPv0aKcMFCrgRnRthlAUKuCj5GFUqSQq9R0UYedK1CsJH9RhHNQUKyDHVIOt+DQrIrfUYVUPdCsu4jRgrTv0Kz8RxF6wWQQrXSAkcC3gRCte5nRq/VOUK18eFGO+SgQrX7MUbAA3BCtfx4Rq1EYEK1/OtGXT6vQrX+GUZ/SXJCtf7jR54ud0K1/6FHnH+pQrYAMkf0q9dCtgG9Sxkn2UK2Ap9IZoCKQrYDI0gSl5hCtgPeRxwFgkK2BFZHWLE0QrYFBkcbYa5CtgbMRqRvmEK2CCBG8IX2QrYRs0YWEgxCtjGYRm4F/UK36/ZGDLGoQrgDV0hGdKNCuAy7RxiqFEK4VkJGPh5tQrhfs0YuSCxCugPRR6gjs0K/bdxGFwglQsFRw0X4Jf1CwetuRioENELB8FpGagzjQsLopkYX0PJCyc72Rg1np0LL8U1F9CkDQsy4T0YJHiVCzLiHRgdFBULN6cZGV9iWQs+OlkX+yBpC0mgXRfRUR0LUFOFGdeavQtUBFUXkEStC2cGcRf/1LELaFLBGh9ECQtwCXUX+tP9C32w6ReadA0LgHuxGD4ffQuGNVEYJkZdC4fhrSDNgd0LiqT9GWIP2QuTPPkXvYl5C5NAFRgHiwkLmB3FIEqM0QunzOEXmd3dC7JR5RgtrwULsy2xF5estQvcwfUYSSaFC+SKcRgjmiEL8D59HKfJ3QvzxeEX1j39C/gOGRg6jdEL+Q9lF7BxWQwD1g0YhQsxDAQ4pRllY5kMBMrBF31+vQwLIE0Xst0pDBbJnRc6i1kMJC4JGQR29Qwn6JUYsy4VDCowwRfiJs0MLKw5F6eFeQw9M8kYTPhJDEJfTRhIOVEMSCdlGRp9iQxb9vUaeUotDGMe0RfKwekMaf+VGI2X1QxqAuEX9Sh5DGoFyRgIygEMbC8VGP3ijQxxocEXoYrNDINP1Re3lB0Mg12RHXnbYQyDxZEYPT7lDIUM+Rf5MpUMi1qJHRfGBQyTV40ZekPJDJbfTRgK/OkMmZOZGA/maQymdg0fxmdRDLlqHRkOr40Mu9HBGVTZyQzDg7kZdJKlDMgzvRyeTcUMy+iFHTN6cQzRt2UXu7k5DNPkSRirStkM1VnhGCKurQzW9+kYC+YVDNdCSRiS3CEM407pGGtOsQzjUWUYokARDPRHlRhB2/UM9EzZGMJZrQz0VKUYQvx1DPRdQRhjHAkM9GodGINywQz7tXkaFKolDQXBDRnblc0NBd/9GYuxgQ0GEUUc3wAhDQYgtRkBRIENBkINGBBOGQ0GYcUZYukNDQ89gRkj+lUNE8oBGZk+PQ0k2tEbP/2lDSUv6R7nj7UNJTddGCf1hQ0lhLUacun5DTJEeRen140NO+NRIc+YCQ1JKmUYPtN5DUkudRhkBEkNSnYRF71d3Q1Uc00bMeHhDV0BxRl2lL0NYE0FGBfGlQ1rr+kX0KGFDXw9PRfsodUNhDIFGG4v0Q2Q9KkXjA6JDZ2QQRgglPENr7N5GmOnCQ2xIt0XugB5DbNECRg7sqUNvs/tF92d/Q3FnnUXmgo5DcWkxRkbdLUN4nrhF+lumQ3nbO0X0oz9DgHodRhJNa0OA4GZGL5q6Q4HPu0YVDV9Dhx2ERgK0IUOINsFGO2JhQ4joIEYHcPdDi/1cRoJk00OMdM9GCEleQ5dphUZJF9lDmFm2RsenZkOfSI9GcT7sQ59KqUcdZSNDn01CRih4MUOg6wxGpgvPQ6DxlUcNNyFDoPKBR4jW+0Og891IJL6uQ6D3U0Xod+JDoPgPReoRqEOg/TpGv1MyQ6ESKUYIFfhDpEs0RlNrXEOny4dGAChpQ6iLrUZ1KyhDqo+cRhV4N0OrkbdGjm4wQ6w4lEYwX/lDsh/MRi66fEOyOFFGdT4mQ7LjGEYPiuNDsuOnRhLb+0O3DlZF+ooBQ7f0PUYs6bJDv2DoRhHor0PDhGlGOhuvQ8OF7kaLTaxDxYPgReUgBEPFhR5F7U8gQ8Y+DEXlpjZDxsU8RgPPbkPG/QpG61kQQ88zi0YCNsRD1paCRrUh+kPdAMFGCql8Q91E0EYWVNBD5WkJRqzjfEPmx5FGYGJDQ+giyEYAeWBD6NItRgGMp0PqNUVGltyhQ+yVSkZ+rNlD750jSA31AkPwHZ1HCfXMQ/AqIEYlagxD8H1YRgVdQ0PxoT5GmOcjQ/VhhkYW+jhD/VMFRfa1UkQCtEBGE0kCRAL0bkYdtMlEAxIeRpVvM0QDzYVGBRiARASwwEYmgHtEBjF4RhJM9UQHM39GCKlGRAdArUYry+NEB2xBRo+dkEQKjYpF+WpRRArVj0YQYplECx6oRi9n3kQLNxtGelrRRAy74UYMM7lEDNr6Rg/HNEQP13pGDHi8RBIJ/0aKH2FEFuRQRhiD+EQc36VGGHaJRCEqIUcD331EI7mtRknk4EQlLPVGzL6zRCo6vEYYgClEK4/bRiWYbEQsLPdGAkyvRDCfFkYmGmBENZYJRhQDCEQ11BNGFf5MRDZbZUYNhjBEONSYRolt3kQ9qXRGCi2cREFXv0YUYMNEQYSURoY2BERBiBRGEf+DREgr00YJJS9ES0tkRggNgkRSS5JGkbw9RFc57UYLiltEWi3FRgo57kRcxvVGLeMMRF8ERkYLFl5EYHdERj/nGkRkrlBGCXRQRGaZcEYO9y9EZyQgRhAeC0Rs2IJGEWZ6RHDAgkdvBHBEcWlpRqXdzUR1f+JGENxpRHaU/kYXeFZEdzwIRkdu5ER3cCZGKA6M</peaks>
+    </scan>
+    <scan num="924"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT468.107S"
+          lowMz="53.778606414795"
+          highMz="999.986328125"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="1.0434466e07"
+          totIonCurrent="1.7281968e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="925"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT468.597S"
+          lowMz="50.844425201416"
+          highMz="997.068969726563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0909371e07"
+          totIonCurrent="1.7091374e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="926"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="378"
+          polarity="-"
+          retentionTime="PT469.088S"
+          lowMz="51.057132720947"
+          highMz="981.205688476563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.541044e06"
+          totIonCurrent="1.52397e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="927"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT469.585S"
+          lowMz="50.061977386475"
+          highMz="989.750549316406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0619368e07"
+          totIonCurrent="1.7187668e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="928"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT470.074S"
+          lowMz="50.960071563721"
+          highMz="965.676452636719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.564448e06"
+          totIonCurrent="1.5583825e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="929"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT470.566S"
+          lowMz="50.075511932373"
+          highMz="990.655639648438"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="8.971139e06"
+          totIonCurrent="1.4903837e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="930"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT471.063S"
+          lowMz="50.805770874023"
+          highMz="989.742614746094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.89856e06"
+          totIonCurrent="1.6050028e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="931"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT471.555S"
+          lowMz="50.696941375732"
+          highMz="989.7333984375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.901288e06"
+          totIonCurrent="1.3186695e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="932"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT472.055S"
+          lowMz="50.336563110352"
+          highMz="990.664611816406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.330303e06"
+          totIonCurrent="1.5602228e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="933"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT472.547S"
+          lowMz="52.711570739746"
+          highMz="999.283325195313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.213997e06"
+          totIonCurrent="1.4701058e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="934"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT473.046S"
+          lowMz="50.313636779785"
+          highMz="989.747253417969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.7415365e06"
+          totIonCurrent="1.2449381e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="935"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT473.551S"
+          lowMz="50.242477416992"
+          highMz="997.694519042969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.320578e06"
+          totIonCurrent="1.3558964e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="936"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT474.049S"
+          lowMz="51.752799987793"
+          highMz="968.814270019531"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.133604e06"
+          totIonCurrent="8.646379e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="937"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT474.59S"
+          lowMz="50.23316192627"
+          highMz="994.612976074219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.345255e06"
+          totIonCurrent="1.5334252e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="938"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT475.078S"
+          lowMz="50.334671020508"
+          highMz="995.049072265625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.437129e06"
+          totIonCurrent="1.5310755e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="939"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT475.578S"
+          lowMz="50.699588775635"
+          highMz="989.728759765625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.87682e06"
+          totIonCurrent="1.4285784e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkrMYUXBkZ5CS3SlRcgji0JM8wdFz+33Qk44EUXGPs9CUZ3iRecq5kJSSx9Fv5NJQlPMnUWp+D1CVEcURchGUEJdy51FsIVUQmDnN0W/yW5CYxfxRca9IEJpWjFF5JqFQmyPdkW81LZCd/QaRluk8kJ6k8dFxloOQn96J0XMl7FCgc+SRdQrfUKB22hFqOgIQoPx10Xe6zJChTPbRa6ls0KFSylF14PuQod74EXIjXFCh7KLRcxjAEKH9zdF4YgEQog3CEXYDKdCiHn0RafUakKMJLVFu5ILQozaeUYL3zZCj8bsRdF3LUKPyDxFt8EFQpK/aEXPedFCk0DoRbZtcEKTobZF8yFqQpfs0UXQG8FCmbqXRgdABUKaooFGBVVQQqDvYUYnKCdCoPB3RjvLU0Kg8mZGB2JxQqDzP0ap4p5CoPQoRzr8rEKg+IVGU6qsQqEma0XI5JJCofMeRsdkmkKkSnRGCLxHQqXxdUYYigdCpgzLR9j250KmQRBFtaTrQqb4JkXW0aNCqASSRhpBFkKr97lGYwV5Qqv4kEY35kpCq/x7Regg3kKr/9FF2eozQqwBb0YLhXVCrAOjRq8a6kKsBG1GqFcMQqwFNkY9nONCrAXIRanuw0KsBmVFwBaKQqwNcEXMrGRCrA+NRj2L70KsEEBGFBQKQqwRDUYi+KBCrgR0RrCgAEKuCi9GIRMwQq4UMEXHASlCrjLYRaygN0KyDHxIMjETQrIquUYNV9pCsjdfRdrPEEKy7fZGAaTyQrO4lEZwf3VCtdIIRtqs2UK1115FxEL5QrXeX0YWRnVCteIFRbP3j0K17SVF7QgkQrXucEaEQIJCtfHcRkzhrUK1+zFGlnetQrX7rkaSv2tCtf43RdMdQUK1/uBHRMjAQrYAXUgJKItCtgHISwdzFEK2A2dICMTMQrYEUUdLwERCtgUVRlhAHEK2BmhGOsU8QrYG3EY7C9hCtgeARoHMjkK2CDFG930bQrYvgUXmdlJCtjGaRoP09kK4ARxFpRUvQrgDYEhB8blCuAzTRxY+mkK4VjNGQO0oQrlhgUW24g9CugPaR43LBkK6lxpF1z3PQrrtOUXMUx1Cv7RNRcp5ckLB64ZGNq0OQsHwSEZDeNhCydI+RdPch0LN6dRGP19IQs5bL0XbTDZC0+uSRg8J60LaFI5GPj+kQtw+FUXPUtxC4fh4SC8v80Lh+9NF5i6sQuKqr0YEYpRC5geBSBG9AELmFDpGDg5fQubH00Xd6R5C6QQlReDUC0LyLsBFv2QXQvS2KkXaSu1C9NwlRb0cOUL7RsVF3poYQvwPsUcirXBC/faIRfxZ+UL+B25GH2lDQv6vl0XKFo1DBLT4RcoP9UMFAcBF1PJRQwpBPkYDGBxDCvZ3Re1bkkMLNllGHOIVQwygmUXpLp9DDQ45RgEmZEMS8CRGEvuZQxb9wEZMXpBDFwCmReghMkMaTSVF3WUiQyDP5UXk8olDINd6R4RBV0Mi1rBHSNNfQyTV30ZzJfZDJ5aDReSiLUMpnZhHz8ftQyyG50XfHotDLZo/RcxHTEMtzZBF5PjEQzIM7kcleoRDMvorR4aqnkM0+RJF42SvQzVLQkXRv99DNc+dRe5ockM2XE1FxweCQzaXCkXh7kxDONZyRdFlQ0M9EVdGFvGsQz0SE0XpWB5DPRP5RhjEDUM9FV1GHp61Qz0WpkXAq2lDPRd9RdfLW0M+7YxGi8eVQ0FwOUYr1sBDQXftRgTcY0NBgGFGBSwBQ0GEOEcKu7pDQYVvRqA+s0NBhoxF5OAkQ0GQZUX/nhRDQZg6Rh9VAUNBqgBF9gAHQ0JvhkXS9h1DQ89WRh98aUND+E9FxVtkQ0SzrEXXW2NDRPFrRgrW3ENE88ZF1hSFQ0XOu0ZOL25DRqOsRdqKiENHzddGE5kfQ0gg90hZ2wJDSPCqRhQWA0NJIcpGsVFaQ0k2pUazk+9DSUvNR5Via0NJUHVGAPdSQ0lg+0ayU7FDSYjNReaD9kNKVBBF2rJWQ0wRy0XEr+JDTP4lRiB3dUNO+NpIW9zuQ1GLVUXBSytDU8ofRdS47ENUIOxHQvV4Q1ajfkXneOpDV2OgRd2skENYE4BGAAxzQ1gm6kX6qlFDYQ3pRfiBW0Nn7oJF/3iwQ2k3OEXtILJDa+z4RojtoUNzOGRF3x9DQ3ZRkkXnRsBDfTtJRdcgGkN+o/hF02nJQ4Xeu0XZTqpDh2imRbrhA0OHlTRF8AJVQ4iTEEXWyfRDihTcRemGQ0OLWS1F6YGrQ4v8D0XG0BBDi/ygRdCh30OL/hhF8I6bQ5DDK0YKPp1DkciXRcoRsUOTeTZGA/qKQ5dqY0X0Cg1DmFnhRkparUOcjY9Fv97eQ5yOGEXCiYZDn0vARqaOGEOfTbRGrkNIQ59PvUXtSq9DoOtMRlDQGUOg7SlGBdQ0Q6D0QEgXAKlDoPWdRyTxdkOg9ylF+ds6Q6D5iEXaT75DoP0iRpT9ZkOilJdFv9zBQ6RMF0YL8ZRDpZHYRgq+6kOl4eFF4ul7Q6dGYEXTLjBDqIshRlQ4PEOrwttF6sNcQ6wQ4EYLCJtDsNtLRefEmUOxGIBGx0CjQ7GYykXi8WNDsh6WRkerqUOyN29GD4IiQ7LjYEXObXFDsuVLRgKj8UO0MvtFyOFiQ7XsqEYB6gFDth70RdiqvEO23sBF8zlwQ7jW9kXNXzBDwULfRc+lIkPB7WJF4KYNQ8H63EXtFAdDw4VdRg4LWUPG+lRF/MhSQ8b9SEajLMdDxwWNRfU7+0PVyEBF0wZSQ9aVYEYgsdVD1qqKReomhEPXlodGHhcjQ9p3a0XX8WFD3FJDReRqDEPhkNtF5s7ZQ+VoOUa7t9ZD5o25RiUr30PmuaFGCwhuQ+bHz0YmIpZD5521Rpb0KUPpmHdGCNIJQ+wM50XNn3BD7JZaRjYknUPxE/pF1JWZQ/QW9EXW2rhD9NQlRe1O6kP1GmFF3mmKQ/sodUXtLUhEB2xWRqU8YkQJy6NFyaIZRAn5CkXWutBECwXlRfcUSUQLNoVGi0G4RBD5pkXY5EpEEQwdRfsIKEQSCPJF+fj8RBILcEXcOitEHo+9RcZ4g0QfHStF/KPLRCDmf0YD+WhEISoxRq8i6kQjuz1GIbV9RCR8p0XF+BVEJSx4RsAytEQmUbVF0NhaRC99WkYH/MlENZ1FRbelREQ400dGgBJ/RDwlc0YFOoFEPT9VRfmK5UQ/Oq1GAomEREEy+0XgBjREQYQWRnqB8ERCNqtF3EeORELpfEYCzqxESUvuRgjZZERMuc5F6ImhRFJKGUX9r59EUk1vRhuXMkRUzQFF4IzDRGEYvUYB/sxEcLrSRikqwURwwLNHVQAoRHFrm0YAfF5Ec6h0ReyyvER3bqRGSdJO</peaks>
+    </scan>
+    <scan num="940"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT476.074S"
+          lowMz="50.186717987061"
+          highMz="989.736694335938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.045179e06"
+          totIonCurrent="1.5184327e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="941"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT476.567S"
+          lowMz="51.765941619873"
+          highMz="990.634399414063"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.196905e06"
+          totIonCurrent="1.4796048e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="942"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT477.062S"
+          lowMz="50.103363037109"
+          highMz="996.328552246094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.945638e06"
+          totIonCurrent="1.4909771e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="943"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT477.556S"
+          lowMz="50.942932128906"
+          highMz="989.755310058594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.367615e06"
+          totIonCurrent="1.4959447e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="944"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT478.053S"
+          lowMz="50.716930389404"
+          highMz="965.639526367188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.658823e06"
+          totIonCurrent="1.5701058e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="945"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT478.545S"
+          lowMz="53.451747894287"
+          highMz="994.091613769531"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0980385e07"
+          totIonCurrent="1.7345124e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlXOl0X3WCpCWW4sRhZ29UJguLhGBTC1QmJY30X9WQRCbmQrRhUc7UJ2PwRF/X78Qnfz8kZwwRhCefW/ReoYhUJ+N3VF7whmQn57hkZAsTpCiDvqRkOYYEKJ/ANGAQ7CQpGLaUYE7BhCkdTtRgzetEKTQfVGGvm9QpjIk0XvTxRCnhpQRgmxEUKfBTNGNIOAQqDvCkZPIOZCoPNmR4KDjEKg9SZGT9ReQqD4WkZTwRtCofMYRs1Jw0KmDMhH5NwnQqgEp0YVu1JCqQoSRgpX1EKrXypGBUqMQquAb0YGMJtCq+w4RhFnxkKr93BGXQjCQqv4J0bwFFZCq/y0RjPkCEKsAsRGPbeeQqwEAkdI9nhCrAs6Ri/RlkKsD+BG/u5FQqwnZUYSX/9CrgRmRv07O0KyDHhIYyltQrIq1EYQUDZCsudSRiuJMkKy7rdGJ8iXQrO4lUZ9oV5Cs+RHReqhCkK1ynxGGV+lQrXR2kb81LxCtdnVRkxV8kK12pVGJXweQrXhdUaIQIFCteuqRhSc/0K17mdG62ZKQrXxxEaO4vlCtfssRo6UaEK1/uBH+RKiQrX/f0eedUhCtgBdSDGfcEK2AcBLJ4whQrYDWUgTqWZCtgPpR9UUM0K2BsJGk/DzQrYIJ0boQnVCtgozRk+aPkK2EdxGB2mJQrYVEkZse/dCtiGyRfV5M0K2IeZF84c0QrYxt0Z58UVCuANeSFlYykK4DM5HGIv2QrhWQkY2qzRCuLHNRgYbV0K6A9dHp8hrQrqD7kXzSMJCwGx9RfvAj0LB631GiA5sQsPv3UYGtCFCxQwyRgziRULMvPlGI0ONQs7jz0Xz42FC0JPkRf6cz0LTizdGBz7oQtPrc0YxdX1C1BTtRj0760LaFKpGNb15QuH2MUYHdapC4fh2SD49TULiQCRGKcoSQuKIuEZNovZC5gV4Rhd4eELmBjVGDnFGQuYHeUgzHhxC+INsRisAgUL7T8VGGplbQvu+o0YPGwtC/A+2RvKUCEL+B2FGgcRgQwCVy0YT4A5DAxSvRj7FS0MJC4hGKdIgQws2SkY1KPRDDUh2RiTCkkMRdehGAXSdQxNxzUY5mEBDFqntRguZBUMY3AVGFCxYQxsHwUYfiyJDH269RgPY6kMg13JHjUeAQyGVOkYHbGNDItatR4k5iEMk1fJGq2oUQycidEYwzrZDKZxdRi95CUMpnZpIBc/cQymelEaB/U5DKZ9gRgJ4hEMpn/BF5eQnQym83UYGpM9DKxTrRg6gg0MrI6ZGBRgyQyyRsEYZgpdDLO1oRh4eGkMtz6VGiY1iQy4OS0YIq+VDLvSXRlDrF0Mu9nZF66JTQy+Og0YS451DMEkPRjd8dEMw38hGJWPeQzDix0YyE5xDMgz2R0OLNEMy+ixHsYnjQzT5DEZivYJDNc+QRpbmK0M3lNFGFrTGQzjYKkYnruJDPQy0Rh8EikM9D/JGNhklQz0S10aIO8ZDPRPxRmukj0M9FM1GLzRKQz0V5UYxrKhDPj9nRhpRyUNBVudGD0jqQ0Fwk0ZqgtZDQXheRm9VA0NBhIxHWqG3Q0GGjkY7H4ZDQZDHRiDFBkNBmIBGlwlqQ0PPZkaPkHVDRPGlRiBZJkNE9lNGg65LQ0U56UYMVOZDRc6fRuHu4ENJN15G7DqOQ0lKsEYbjsNDSUyVR8jvaUNJYcZG1YvQQ0z+HEYX4+1DTvjXSH3kVkNPDnpGI2zXQ1JP0kaE1BpDVCD3RiI3oUNUiIZF9ZrNQ1iQSEYRdqVDX3zyRi7xtUNhERVGJbHjQ2c190YZnuFDaejaRg+yOENsIz5F9wq+Q22Q9kYPbv1DbknGRiZg+ENvYSNGAhAAQ3FuDkZymfJDeUeuRgenhkN/dYNGCp7GQ4B6tEYHuuJDgYODRh2qK0OB0ndGgM+2Q4SrgEYpn+ZDhynbRhjuV0OIO/tGUW8aQ4o2xkYJqlxDjAAfRmiO0kOSN5ZGEeUVQ5NqA0YaTVdDl2yxRpWk7UOYD0VGHun8Q5hZakaVm8pDm98ORhtwB0Od+65GFEpQQ55CeEYWsr1Dn0W3RjApTkOfR0lGxRKQQ59IhUbLOcpDn0o1RrZ6xEOfS6ZGO29xQ6DqQ0ZkvgxDoPECRo6kt0Og83hISaCOQ6D2J0ZP8bZDoP0gRluNskOhbRhGJ8OfQ6FveUYlh8JDoch9RhIRKEOkTmxGgLigQ6gtP0YNDHtDqIrMRpZPlUOq/5NGJNk2Q6sIFEYwTT9Dq5G1Rz3nPEOwVytGBHxMQ7FXYUYehuNDsXALRhg5F0Oxg9BGEZqAQ7HwFUYatc5Dsh60RoV0KEOyN45Gm3ImQ7LnrEZRda1DusMjRgA/hEPDifpGhqOZQ8UlZ0YfmO5Dxu79Rj6zSEPG+2JGVOm6Q8b8vEaWNrVDyRxfRil4BUPKzIpGF58oQ8yL1kYV3BpDzpdNRgsMfkPP5+tGDB1bQ9CdAEYfn7RD0SmwRhz/fkPRu4tGIxu4Q9TJZ0Yn7BhD1RufRh2NYkPWmo1GOjpVQ9iicEY1YQVD5WeeRwoOz0PmxQFGGTBVQ+souUYlCqpD7Jm6Rpf1x0Puq8JGNuALQ+/mj0YfLSZD8ZASRgYQ0kP0gq5GRC6ZQ/28JUYQelREAxS4RqDcTUQDmY9GPKyqRAdr9EaqfZ1ECUOoRhSAT0QKK5VGHTPLRAseJ0ZN6kBECzaSRr2D00QNGstGFDouRBY0N0YR8LVEGcdXRhQolkQfFsJGBnzCRCEpvkb3GRdEI6siRg2MU0QjvPJGiMEzRCUr+0a6cU1EJx0RRgkc2kQ0CVhGF6n8RDjYLUaUtmhEQYTLRmU46kRDmxxGG7Y/REeTrkYffD9ESI4XRioa10RJTL5GS1ptRErPqEYsvHxETf72RhWL3URQJmRGKQcMRFCGV0YKonZEUk/uRpuv70RUyfFGGGkmRFhQM0YZ1adEWGRzRgzGgURZqkJGUnQkRF3aL0Ynp01EXqWfRhOWQ0RfYuxGFstBRHBonkYSZrFEcMAYR2sLDERww1hGjFitRHFuV0aYMp5EdGeXRgoMc0R0/xJGJjQjRHZS+EYhWbJEeIXdRiMjyg==</peaks>
+    </scan>
+    <scan num="946"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT479.033S"
+          lowMz="50.238731384277"
+          highMz="998.109436035156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0224756e07"
+          totIonCurrent="1.6178681e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="947"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT479.525S"
+          lowMz="53.820381164551"
+          highMz="989.720153808594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.490214e06"
+          totIonCurrent="1.52172e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="948"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT480.021S"
+          lowMz="50.435333251953"
+          highMz="990.648254394531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.807103e06"
+          totIonCurrent="1.5525636e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="949"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT480.516S"
+          lowMz="51.206848144531"
+          highMz="989.744995117188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.044385e06"
+          totIonCurrent="1.4404553e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="950"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT481.01S"
+          lowMz="50.616561889648"
+          highMz="989.744934082031"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.107918e06"
+          totIonCurrent="1.2834798e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="951"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT481.513S"
+          lowMz="50.58863067627"
+          highMz="985.206726074219"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.024157e07"
+          totIonCurrent="1.6559993e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="952"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT482.004S"
+          lowMz="52.848114013672"
+          highMz="989.737182617188"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.014333e06"
+          totIonCurrent="1.4271699e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="953"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT482.502S"
+          lowMz="50.831802368164"
+          highMz="989.758972167969"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="1.0324213e07"
+          totIonCurrent="1.6747709e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="954"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT482.996S"
+          lowMz="52.796813964844"
+          highMz="991.709594726563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.802968e06"
+          totIonCurrent="1.5617865e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="955"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT483.488S"
+          lowMz="50.168956756592"
+          highMz="991.218566894531"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0466787e07"
+          totIonCurrent="1.7292218e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkitA0XwW5ZCSaHYRgGFukJOdUhGBba0Qk+2HEXks8VCUkyQRcqJS0JS5JdGBOyPQldGsEYSVUxCWHcxReGXrkJfRxBF6wgvQl9HcUXzTypCZY6XRenZXEJoSAJF9tQKQnfz8kaE6qZCfr8kRdXl9UKAOKlGGeNdQoB2uEXOBixCgHcaRcmnXEKBGk9F6nFeQoG+yUYBMh9Cgj1GRcTdT0KCSJVF3Wb8QoJX8EXkJeFChKAEReNOqEKGqZRF3TP8QobuFUYAJnJCitAXReVNkEKMxwVF0IGDQo2z7EXXbd5CjnTPRgHiEEKP3XlGCM1hQpIbm0X1vJ9CkuGGRftRJUKW8v1F/9qKQpi+1UYMRUZCmaV7Rgc8c0Ka+CRF0nlBQqBdjkYYFgdCoNqERe3R70Kg8JlG/A2WQqDxbkd236JCoPdERgxvfkKh8xdGzn/qQqUa/0Xd9lBCpfGgRfVFEkKmDMdIF4EMQqgEn0ZDG6JCq+xjRg66wkKr91RF3veQQqv4TkbcR2dCq/zoRkqCqkKsAuBF9sQJQqwEJ0cziL9CrAbURh+7V0KsEAVG2A3FQqyho0XUFplCrRkSRf/YfkKtb/RF692/Qq4EbEbu/DlCrgo5Rl6FK0KyDHlIVshsQrIr2UZ1BlVCsjh2RgPcNUKzmRBF48w1QrQOH0YXSMNCtbIDRis6zUK1wB1GGcu/QrXR70bsDYNCtdklRlMAkUK17l1G/22/QrXw90Xz0PBCtfHBRr7Rv0K1+1VG1dsyQrX8wUaulQZCtf2sRmqhMEK1/ntG7PTeQrX/p0e6DXJCtgBrSDvIykK2AbxLH7XjQrYChUjQBppCtgNYSAvjMEK2A+BIKH0WQrYEyUbLmX5CtgcORoaEx0K2CFRGzlr9QrYN5EZQm5hCthHJRmixu0K2FRFGitKeQrYxlkaPklNCuANZSIz+10K4BCBGI1S5QrgMtEbs759CugPQR7XszkK8Q1xF8IX5Qr0OJEXyLC5CvxaBRg+lWULB64FGgrT0QsPUNkXtbMRCxe5DRexUvELGiCFF6wHeQscVYkXlvvpCywF3Rhkre0LMu2dF2bfvQs3pvUZ3lBlCzmJhRfSQvULRLXdGAkAPQtNr80YEG2hC03+ZRcdnyELYCo9GCQucQtoUt0ZbRjNC2swxRfFGd0LhNcBGA4iRQuH4ckhKlJpC4f9qRhJtrkLipSRGPVwwQuYHdUg7fAZC7JbhRf0kcULwtBtF/mlCQvN+YEX2a4tC9JENRgHhEEL38JJGA+7yQvguzEXeIlJC+OHGRjkaUEL8D5pGt9GfQwASlUXyojVDAKUbRd1PiEMBEkVF2hwpQwGmkEYB1ZBDA8JWReFgN0MEgBhF6EFoQwdMm0XRCndDCgfORfXxp0MKfP5F6I1VQwrtaEXqOexDCzDDRdz8akMLNxlGSi96Qwx3lEYATXNDDQ/bRhV3K0MPaFpGAxS0QxExd0YFKfNDEf3jRdyDXEMSDDlF7g2QQxLwH0YviGxDEzf3Re+r+UMTndRF9l5lQxUj6UYGqMlDFv3ARliu9kMZthxF5hScQxqCpkXzPwdDHzniRgwHsUMg129Ht/qsQyLWqEeA82pDJEiDResSCEMk1ehGoNE0QyUuuUXrOoFDKZzgRjhfDkMpnelH7VEMQyreOEX1E2tDLWLDRgJq6UMtj7tGAsG+Qy5e00XyVlpDMOFhRhnxUUMyDNlHODBCQzL6JEeJ3VNDNI0QRdsVUEM0+SlGc60UQzXQiEZt0F1DOHk1RfxYUUM41rNGBVjvQzsBmEYD595DO3BlRfR6JEM9EMVFzDl1Qz0R5UYPxYpDPRMgRmEAiUM9FHdGUufkQz0WN0YFa+tDPReyRgf9skM+7YlG+ShhQz9T/kYGWoJDQXCkRlptykNBeJRGUAeBQ0GEtUdEts5DQYZyRjLWOkNBkRFGPl16Q0GYwEZrGHtDQZ1ERezV50NDMltF9LvPQ0PPckaV7gZDRPFSRnAJQkNE9PZGGToQQ0T7JkXrlxxDRah+Rgrb1kNFztNGPY6MQ0fOCUZpYgFDSTbeRrsPgENJTBhHs39XQ0lhS0bHiYJDTP4yRn7N10NO+NRIZ5FkQ077xEX/n5VDT9YRRipVLENSTg9GTeZ/Q1fnZkY7XNpDWkFaRgNdlUNal6hF7QfUQ1tBH0X0l1BDYQ9TRjNB4UNn0X1F9uN4Q2sJ8EYIfwNDaz+oRgZ5DENr15xF8LvtQ2vs7EZD1yJDbhu4RhF2EUNw+0ZGB7oiQ3Fr+EZXYTRDckodRgW1SUN3b/FGA2ZeQ3f2N0X2E2ZDerj+RgDyGEN7t8RGAZHaQ3vF4UYKV8ZDgdGARkgi/UOCwk1F6jfXQ4gcH0XxfppDiEeJRgTvd0OI+QlGEsL7Q4v/NUZs7fVDj4G+ReLlGEORIeBGCz+ZQ5G01EXh4WZDlK99Rg0Wf0OWokhF5gNrQ5drjUZzKs9DmFonRq8qE0OZsQ5F91rVQ5s+1UXtnO9Dng6wReDIAUOew3RF/ePFQ59DGEY+9C5Dn0TQRobDakOfRldGuSiwQ59H1kbPt0xDn1fsRfKTjkOg79dHGi1CQ6DxtkgnwKpDoPOBRyfTFEOg/TNGXB+lQ6PiI0YHQptDpE0uRmjUTUOk0rBGAMZMQ6iLBEY3iRhDqIzQRkHsK0Oo2fxF3pqIQ6p+Q0YP7kNDrChJRgVnVEOsgCdF42QuQ6zNM0Xg8sFDsfD/RgDTUEOyHzhGYLUPQ7I4XEaI1lVDsuZKRmxvfUO/lf9GBThFQ8OIcEYVQ5BDxv2kRqGgOUPM0JVF8r39Q9WW8kZ95OZD1ZnBRgyMCkPWmUlGVL8mQ+VnmEY4lHFD5WphRrrdqEPm2vRGEt0OQ+edfkXxRv1D6CmnRgludkPpf9pF7zbEQ+ozQkYX5ZpD7JhhRp06wkPw3PpF/Z2sQ/g6DkYDGTBD/b65RgqbSkP/pPJGBeKvRAMTwEaP7+xEBIFCRgMReUQEgrdF5HKwRAUDp0XmgBVEB2yURulZBUQH99hF7zyeRAgZ3EX7nwJECJQcRf1w3UQKLC5GFdZoRArWDUXqFMpECx7RRiWG0EQLNzhGl5uzRAuaAUYF+DdEDLOsRd9KnkQQuzxF+RmiRBILvUajq6NEH/2TRfMiVkQhKo9GxKNSRCMTi0YP9ztEI7vARn+650QlLdtGjrF7RCiVHUX8DoRELkF9Rh0vfkQvRuZGE35BRDjW5UZ45QxEOfq+RguoAURBhLtGbFYyREK/60YGsQNEQ2GgRe/zfkRJTAVGJIFfREqV5UYGFrFETxk4RgYtyERSTllGjNtZRFa3eEXyn/tEV3qORini5kRXz3pF8hFfRFhGqkX4hc9EXI0uRgpgtURqG8FGDsZSRHDBJkdlylhEcWwzRoqTTkRxtxdGDyqVRHPXgEX+aHBEdMBfRiJxoUR1PcVGFpctRHbCBkYZ7mNEd2/XRjnzUUR3zf1GAXlI</peaks>
+    </scan>
+    <scan num="956"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="289"
+          polarity="-"
+          retentionTime="PT483.981S"
+          lowMz="50.420207977295"
+          highMz="965.767333984375"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0863093e07"
+          totIonCurrent="1.7373212e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmuS0YGcDNCVewMRhSqT0JXapBGDaz7QlyfykX7B8hCaEb1Rh7/lUJpNRpGAH9fQmwxPEYE0kBCcx3xRgRViEJ38/VGVxcLQnqXM0X4dwNCf86YRfZPrUKB5bBGCtqiQoI7sUYUn5FCgvORRhIHr0KDOdBGCsVBQoRnV0X+URlCheSrRgIlBkKGOmRGBn1JQoojQEYxb3hCjBQkRiVgtEKMcKFGCBVQQoyOXkYNA+BCkqUlRg2GDEKTQ1tGQe3qQpYZUkXvuC9Cl/X1RhRW9kKZvCxF+2q2Qp9bFUYQJflCoOr1Rh92c0Kg7OdGLLBqQqDwk0cwLkNCoPJ2R2DVi0Kg99NGMofEQqHzC0a4mk1CoqqdRhJ2RkKlBolGERrCQqXxtUYrUzpCpgzDR7ktk0KmjI5GCNUZQqcBkUYCVxpCp5g8Rg4UJkKr+EVGtNZ/Qqv4zkYqPwNCq/zGRj2QDUKsAmhGTL/wQqwECUc4kXFCrASyRl/VU0KsBj9GFjoxQqwLckY1CYlCrA/qRsaYC0KsEeZGGunKQqwmZ0YRxi5CrOyNRfv4bUKtW9BGCD/7Qq4EcUbfhgtCsgx0SGHafUKyDTZGKDR0QrIsu0ZTop1CsuNoRhZUmEKy7qpGLlLAQrO4qEaQfBxCtdHrRtnloUK102lGS28RQrXhoEYjb1BCte5eRq0et0K18ctGzY/LQrX1RkYuUpJCtfs7RqSzakK1/ZVGUjdGQrX+kUd4YvJCtf+xR6APIEK2AbxLJcH1QrYCdkkIXeFCtgPySA+QOEK2BahGclD+QrYIIEaJiWdCtgv3RiBETkK2DHpGTayLQrYRukaASkBCthUKRqZMRkK2MaxGkv22QrgDWkiBt4dCuAzDRyfvj0K4VjRGoY/FQroD0ke2QdhCvO9fRg2maUK9UWBGE9EKQr1zJ0YmE3xCvgysRkCDB0LB62tGFKnvQsHwQkaXfTZCyExpRgWiwULIk45GC2VbQsmmHkYFSOBCyg/8RhHXcULLLXNGHrVoQs3poUYxuG5C0f3/Rgk1VULSDYJGKD7ZQtOEFEYCj6ZC1BTYRo8DLkLdItRGEvxBQuEuqUYZbQ9C4fhvSDSxRkLihH5GCXHCQuQ67kYcY/pC5Y8QRilzMULll7hGHEppQuYHdUgbK4VC7JYSRglwpkLvD+1GBgMeQu9fFUYL2gtC+N6QRjs6qEL4/6RGBnyIQvwPokcyQwlC/FriRiW6sEL8joVGEgxjQwD8DEYDHMFDAmWuRgHLu0MF0Y5GFtLlQwX3XEYYw2RDCJ9dRgCK70MKHOtGC1iUQws3+0ZjGTJDDjdsRgJsuEMOinFGKt1NQw9S6kX97FJDEXh+Rhi1p0MR7jdGDD0mQxIPJ0YANIVDEmyQRfpzK0MTW9BGAEx6QxSqZEYDnRFDF2UVRhVgAUMagMlGBur4Qx718kYINTRDHyoxRfd0BkMg12pHiqtqQyLWrkeYl55DI7lmRmBXiUMjyBZGGgy5QyPow0YXG/5DJNXdRpNAj0Mnkl5GBMcEQykVo0Xrl7pDKRhCRiLcZkMpnbtICgLVQy3M5EYCTutDLd3+RhVRukMuXHBGM9dUQzDgEkaYDCtDMgzdRyIni0My+ipHl0fjQzTl50YzFStDNPkFRmejdUM10X9GpNZUQzsOXkYGjg5DPB2lRhBgmEM9EK9Ga1s7Qz0SsEY7IqJDPRUWRhZUy0M9F3FGLJg5Qz7tgkawK4RDQXC+Row7mENBeF5Gd/mnQ0GEqEdRiCxDQYW6RkmJU0NBkOtGMkozQ0GYhEaSRGBDQ8+BRmE26kNE8aZGcjjpQ0TzQEYdkFZDRc6tRt243kNHze1GR0lTQ0k3U0brjoFDSTjORhSnIENJStZGL9n7Q0lMjUfOeQlDSWHNRsFBGUNM/h1GHNmiQ06E30YnUsNDTvjTSHFbxkNP+dJGJOnlQ1MwYEYlyRxDVyClRjuunENXR+NGJWydQ1fiNkYbrppDV+dSRiJoTENhDPJGGYlfQ2vsyUZD0WFDcNNNRgtdS0NxaMxGPSKsQ3MPZkYDutNDdyizRhQTKEN8lBxGHYfTQ4GP4kYmOuxDgdCFRkNKnkOCkPNGDayCQ4fSzkYiPoZDiIptRib5eUOL/QNGGtQOQ4v9xkYSmjBDjxSjRhiKZUOPiPVGGU0JQ5CxsUYFeDdDkazmRhEGAkOTeONGg3hNQ5Yn0UYKpOpDl13vRiGZU0OXaI5GDBtoQ5hZeUaaqe5DmS5HRfpIZkOaKaFGFvXUQ5uqfUYO87BDnXVHRiYXXUOdu6FGCxXbQ59Av0YVMc9Dn0JFRhz+5UOfRH9HAlrZQ59IIEbWldtDn0mtRonCDUOg6dBGQWcuQ6DulUZ2tAFDoPCuR+QuFkOg8jpIDXNfQ6D9L0ab1BpDoW7BRhIPIUOjhghGHWz2Q6RLxUZGwopDqIspRmTYFEOyIFJGkwrQQ7I5ZkaO46ZDsuP/RleFqkOy5dtGE9fhQ7PsjUYVOLFDtEk8Rgpfb0O2ekdGG2sWQ7bC2kYE8WJDvM2BRhLQU0PDhZBGhm5dQ8b8uUbZP7dD0JYaRhL100PSquNGNp9/Q9aWpUaCzIRD18+5Rgetj0PYrD5GBzsRQ+Hg/kYUfglD5WgmRxA6BEPmxg5GXvnuQ+dqJUYwnrRD6jL0RjqsZkPzdf1GD3jYQ/qa+0aI94NEAty7RgrZ30QDEolGi5q9RAT5PUYdYWVEBaGmRi26LEQHFZ1GFYr6RAcuvEY3z4JEB2wCRrd9cEQKKudGKQcjRApFYUZBNtFECx9+RkPAq0QLN/ZGipqQRBKBZkYf8bpEGG+eRiTkl0QhKORG5iokRCO4rUYJXklEI7pJRkzcaUQjuxxGU0PPRCUsaEb/eeVEKJ9dRkZdjUQ8/LRGMOQoREEjVkYGIQBEQYT1RrrzG0RGn5xGN9bbREkj8UY0M+dESUyTRltIJkRJdCBGImGaRFJMMUaLZ+5EZABNRg02PERnMLhGF5EpRGiBrkYibm1EbChORiCzB0RwvltHONA0RHDB60b/g6xEcMcZRnbkjkRxaX1GlqFNRHFxHEYUsSM=</peaks>
+    </scan>
+    <scan num="957"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT484.468S"
+          lowMz="52.950180053711"
+          highMz="991.601318359375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.477802e06"
+          totIonCurrent="1.5445407e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="958"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT484.967S"
+          lowMz="50.339416503906"
+          highMz="989.787170410156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1474254e07"
+          totIonCurrent="1.8758562e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="959"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT485.45S"
+          lowMz="50.093223571777"
+          highMz="989.756103515625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.644291e06"
+          totIonCurrent="1.4077351e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="960"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT485.95S"
+          lowMz="53.819004058838"
+          highMz="989.763488769531"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.5002425e06"
+          totIonCurrent="1.0229208e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="961"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT486.465S"
+          lowMz="51.473789215088"
+          highMz="986.920715332031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.786445e06"
+          totIonCurrent="1.640564e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="962"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT486.954S"
+          lowMz="51.194717407227"
+          highMz="989.799438476563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.720474e06"
+          totIonCurrent="1.3772076e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="963"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT487.456S"
+          lowMz="50.044799804688"
+          highMz="989.806823730469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.238322e06"
+          totIonCurrent="1.5488299e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="964"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT487.947S"
+          lowMz="50.866428375244"
+          highMz="989.7802734375"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0695834e07"
+          totIonCurrent="1.7366802e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="965"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT488.437S"
+          lowMz="51.042835235596"
+          highMz="989.804260253906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.71856e06"
+          totIonCurrent="1.5281617e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="966"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT488.933S"
+          lowMz="51.09774017334"
+          highMz="999.529602050781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.961949e06"
+          totIonCurrent="1.4980664e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="967"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT489.428S"
+          lowMz="51.384460449219"
+          highMz="989.821716308594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.246257e06"
+          totIonCurrent="1.3243826e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="968"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT489.933S"
+          lowMz="50.596405029297"
+          highMz="989.817016601563"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.5175472e07"
+          totIonCurrent="2.5758098e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="969"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT490.408S"
+          lowMz="50.142082214355"
+          highMz="989.802062988281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.540478e06"
+          totIonCurrent="1.6675848e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="970"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT490.901S"
+          lowMz="51.012725830078"
+          highMz="989.83056640625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.771238e06"
+          totIonCurrent="1.5523418e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="971"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT491.397S"
+          lowMz="50.895572662354"
+          highMz="991.607360839844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.149781e07"
+          totIonCurrent="1.9734788e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="972"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT491.884S"
+          lowMz="50.179828643799"
+          highMz="999.028564453125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.853903e06"
+          totIonCurrent="1.7280012e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qki4JUXYINJCSZpbRdZ49UJLVRNF7C12Qktw4kX7CGtCUtqSReZ4rkJUG4FF15/5QlejEkXmoV1CWi3gReQdFEJcWNRFuTVXQmVTtEXtI9BCaGtlRdT1eUJpbGFF083rQmnGLEYHFldCaof4RgCOekJqluhF+C8WQm3hOkXlF3FCc5X4RhB4P0J08rVF7SX1QnZftkXNCLFCd/QFRqktm0J5fQpF/a+BQnsz3EXZo6JCgP2zReohW0KB0JNF91MLQoRdIkX9Ep9CidgGRd+srkKO03JF6em4QpEF50X3WTRClIUZRdNpREKWBG1GNO+LQpjxXEYLUtxCnRuERe+YUEKgVo5GAw/sQqDqsEYQSwdCoO9qRfR6oEKg8SxHfCz/QqD3E0ZWjolCofMbRo2YJkKiNUZF2rv4QqKmFUXhnq9Cosq9Rf8lEkKlMydGApgQQqV1kkYkWtdCpfGWRhSOAkKmDMhH+iSRQqe67UXZZDlCqASVRmKElUKrXPRGEj0EQquqykX32ZlCq89URgThQEKr7JtGFH9yQqv4gEbLFflCrALPRg33bEKsBFdHJXOtQqwFEkaGCIVCrAt5RkKlV0KsEDtGkjrTQqwQ+EY9+JFCrgRsRpn43kKwvoBF+unnQrFb7UXQmdRCsVxFRcUkmUKyDH5IWgBZQrI6ckXivmNCsuT3RhaxWUKzuKNGQFlNQrREeUXwS4BCtKzDRd9DWkK1NB5F73w7QrVA7kYIB4VCtbIsRgypYkK10etGvxBIQrXZm0YUA9tCteySRhT4J0K17VFGKWWjQrXuc0bSm7hCtfHIRlN7WUK1+6RGmw0fQrX9gUatYz5Ctf42RlndyEK1/qBHVrn4QrX/kEdCnstCtgBTR/6XCUK2AclLFlvPQrYDK0gaGxlCtgRKR54LD0K2BTFGuMznQrYF00Zu6FxCtgZnRpawFEK2B4JGhElAQrYILkbacl5CthHQRi7sA0K2FSZGIY12QrYrFUYhiBJCti+TRf/yl0K2MclGTvcxQrgDYkhFAWVCuAzDRznFPkK4VjJGNdSKQroD3Ee3y6FCuu65Rg1EcEK7FOBF+JUhQsDASEXeEuxCwWdORfCX1ULB63lGZHvjQsHwS0ZQYC9CxMN5RfC0RkLJTUVF6KPqQsoZ7UXuhzJCyot7ReL4zELMujxGQdLfQs8K9EYFbURC066FRgk2XULT665GGlntQtezTUXoe+VC2PcURgHqpELaFMJGKNjWQt1HQEXkaYVC3hy2RfezTkLe4L1F0tKkQuAaikXlQaJC4fd2Rg3w0ELh+IFILgD7QuKHg0YkRJFC5gXnRfofn0LmB4BIFke+Qum/akXmYlxC6jH5ReQb+ELt8wlF0sWNQvCcYkXlahpC9tvvRdIF5kL8D7NHLissQwD1p0X6wzBDAxLdRd+cpUMDWM1F9f0WQwiCKEYbCFRDCMCaRhV7xEMKQRFGOO4cQwssg0YQf6NDCziWRi4nYUMLqndF/72+QwvKkUYEUEVDDAuPRgHawUMMQHVF97bzQw5NlkXg5KJDEBpQRuyVMEMQHqtGCn4mQxD9xUYkkolDEQRvRgoHK0MSCrpF81l/QxLQL0Xl7Y5DFPokRfVXM0MWUbJF4cIYQxb9zkZmjERDGtqPReikj0MbC7dGKtVcQx4YS0X3XtVDHpoVRg5rmUMe2LxGBgKOQyDXdUePsKBDItauR4HB4kMi+1VGDk/KQyO6hkY6DYFDJBmoRdArK0MkGjZFzqpXQyTV+EajOB9DJ1NBRe1j8kMoE9pGAJU/QylxnkX55ylDKZ3fR+Ts7EMsaoxF5C2oQyywFkXg11NDLO3rReJMq0MtzWJGO5JoQy5iwEYOBu1DLvSgRh2jckMw4T5GPubPQzIM+UcVrHpDMvo2R4DjCUMzTQRGDHmOQzQ/L0YDPrFDNPkBRodd0kM10pxGec4gQzb8qEYNTi9DOI5sRg68YUM7qhRGAK5OQzwXmEbrztpDPQ5URhtwzEM9EjBGLF8KQz0Tj0YSv4BDPRd6RlckxUM9GMVGNFq1Qz7tgkandWBDQXDoRpwxk0NBeMVGJn3qQ0GE8kc5OrxDQYYPRpLhsENBmPpGTktDQ0PPS0ZL1PBDRPF9RpPKSENE86hGPBijQ0XOsEaqBS5DR84XRgB3ikNJHMlGkf5BQ0k3zkaz3EdDSU0JR7kf5kNJX01GEzhgQ0liOkazxSNDSg7XRgQPg0NLIPdGNVxuQ0tH8kYGzMdDTNjpRgTk70NM/mtGKXwEQ0744khYCERDUkzPRl2XrUNTH15F//9aQ1cg6Eajl/9DV0pBRl8/OUNevjNF3aaHQ2EN3EZvoU9DYyD4RiS2IENr7PlGSedNQ3FqskY3wXFDdichRkQnO0N2h+dGAsyjQ4FSiUYGFppDgdCeRloYHEOCkaZGGjXHQ4N150YJTlNDhSRoRfJEPUOG9JRGO6ltQ4eTyEa3iIFDiwlKRhgLvkOL/hlGX1R4Q4x9okYbdT5DlhumRoHbhEOXaqpGhNhwQ5g+BUYF8b5DmFoNRoMtLEOakxVGApQpQ57WrEXp9RJDn0B0RfsU8EOfQjNGEOvKQ59D+UZi3NxDn0cXRiuJZkOfSIJGvARYQ59KQkaZqDJDoOUVRjKe6kOg7qdGU5P0Q6DxJ0gpGxpDoP1MRmr7pUOkTBBGcnSKQ6SUw0YuLq9DpZZtRxlq60Ol7h1F8CVJQ6gY2kayEspDqIvXRoTMnkOq50lGAC8wQ6uNxEX53apDrAU/Rf4JBUOsfUBG9KX+Q60chEiTciNDrR84Rkwx7UOtnPxHCf/fQ7DAa0X9BFNDsfG5RjENwkOyIaFGYxOOQ7I6jUZBmP1DsuT/RhExNkO3lDFJOYGSQ7gUoEfmM3tDuJOsRv1kkEO7MuZGBgRDQ7y64UXp5FVDvg9yRfR8+kO+XVlGACY0Q8OHIkaA2fVDxLTKRgguZEPG/YNGw4EAQ8mX2EYSvepDy+NkRf47M0PNw+BGBeh6Q9VTw0YFKJFD1ZleRhX99kPWfghGCpE/Q9aXpEaH1z9D3EZ2RiaiqkPeXypF8Z8lQ+LVw0YE6mdD5Wj+Rtlr/EPmyCBGPmN6Q+cBPkYsuVBD7JazRn+QmUPwmstGPgd4Q/EbBUY1e0dD8jN5RiDLEEPzq3NF7j4KQ/cGnEXxCIBD/ZevRgGIEUP+fPhF9fIaRAIc80YAbo9EAtJVRh0CAEQDEvtGhFO6RAcG3kX83mhEB2ydRqw2kUQJF1tGCzudRAs4xUaWPuVEEgrmRog7fUQU+r9F+jOhRBZJqkX4JZlEF8BhRevYYkQYKRhGEDSDRBoB3UYOZb5EGtlqRfcz3kQdXSdGCcbaRCEqekbNiSFEI7qbRlZ1t0QlLPRGx7q+RCXfD0XsOKFELTayRglWt0Qx/1JGExpbRDKQLEXrWXJEONWeRhvL/UQ/sydF9sFWREDS3kYVSxNEQYTvRlR/V0RH37JGGfz5REjGUkX2Te1ETectRgdDjERSTPJGZe1ZRFPqWkYTFp9EVInnRhWpXURUtKFGGeOBRFk3CEYBQBBEXg4IRgBm50RgLkNGBx8/RHDA70dtk6dEcMg2RiEAxERxHwVF/KJARHFqxUaalYNEd3OHRodZzER5wdRGCQ6u</peaks>
+    </scan>
+    <scan num="973"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT492.378S"
+          lowMz="50.80286026001"
+          highMz="989.815368652344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.44022e06"
+          totIonCurrent="1.5489174e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="974"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT492.872S"
+          lowMz="50.193660736084"
+          highMz="989.787780761719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.1023334e07"
+          totIonCurrent="1.9270882e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="975"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT493.359S"
+          lowMz="50.572143554688"
+          highMz="998.420532226563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.0010041e07"
+          totIonCurrent="1.7450302e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="976"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT493.849S"
+          lowMz="50.439701080322"
+          highMz="989.831970214844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.7520535e06"
+          totIonCurrent="1.1787218e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="977"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="289"
+          polarity="-"
+          retentionTime="PT494.363S"
+          lowMz="50.711082458496"
+          highMz="989.820922851563"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.716937e06"
+          totIonCurrent="1.6004407e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="978"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT494.857S"
+          lowMz="50.572643280029"
+          highMz="998.143371582031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.43232e06"
+          totIonCurrent="1.3574867e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="979"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT495.362S"
+          lowMz="50.061679840088"
+          highMz="984.461486816406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.844455e06"
+          totIonCurrent="1.5923969e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="980"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT495.85S"
+          lowMz="52.64164352417"
+          highMz="990.757751464844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.382808e06"
+          totIonCurrent="1.4123771e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="981"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="289"
+          polarity="-"
+          retentionTime="PT496.349S"
+          lowMz="53.343799591064"
+          highMz="978.93212890625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.603592e06"
+          totIonCurrent="1.4347136e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlVgDUWw42lCVpRiRbKkkkJfEHpFuhLyQmAzHEWq74pCYPXgRaGWcUJjy5NFtTcyQmlkT0WrAaRCbeDVRb6700J38/hGlDICQn57hUXTr2xCgk/oRbc6s0KDcYFFxO8NQokkOkXArFxCielsRacixkKNi5tFwKumQo4C6UX4/URCjrh9RdCqD0KO68lFypi0Qo//pEWymBpCl+6qRdusVEKaHhVFrccwQpzrY0W3U1JCoBtWRa36+UKg8EdFwgCMQqDxYkZQW8lCoPKkRzjCukKg+AJF5/bSQqHzH0b4rBlCpBUMRdNHK0KkZudFvQ/UQqSIjkW3d7FCpgzKR9/NykKmTJ5Fype8QqaI60Wzn5RCqASlRgu+UkKr8wFFu9n2Qqv5CUaC92JCq/2ZRg8+mEKsApVF3BsrQqwEGkZ3Xe9CrATcRwRQk0KsB0ZGJE4MQqwQt0aIdttCrgRzRqKYGkKu63xF1RFHQrFabEX388dCsgx8SEsmh0Ky4mFF7Z4xQrW18EXiUupCtcdMRcTPrUK10INF3eAzQrXR7EbquydCtdmVRcpAJ0K12dRFsVOLQrXdTEYO79pCte5uRr2osUK18cxGgJOAQrX7Skatm+RCtf1hRd/zW0K1/d9GR/faQrX+KUapJalCtf7ORyM+iEK1/75HrcCuQrYAVUe3BM5CtgEWSMg+p0K2AcFLA0fIQrYDG0f9f1RCtgPeR3bWPEK2BFRGlxxZQrYFEEcGyZ5CtgcBRhG/1UK2CCBGuAurQrYRsEYWaLtCthUFRjQ0y0K2MapGXVuPQrY/s0W+15xCtksFRbS1IEK4A19ITYTqQrgMxkcy7K5CugPVR5DaNkK67KZFqjIIQr3BU0XSIdpCvgyuRdWaokLBs2xFrxKgQsHrcEZ0wldCxAyERe/lIkLMqdBFyMtCQsy2x0XGtYNC0CNjRc+8fELT66BGOCKmQtQU9EYqEApC2FrLRcRHeELYhCFFw5E1QtoUuUaBeIlC3KhkRcMKZkLex39FtmKiQuEsg0YB6hJC4fh8SEhY50Lih+5GA4B1QuYHeEgEZipC65VWRcf53ULuEZ5F0UGjQvBaZEXCoB9C8QgBRb5oxkLyc0pFzY6pQvwPrEcJFNFC/geJRkwpBkMAew9Fz366QwEHx0YFMdFDBDqbRcxT2kMHk3FFvrUvQwf4jEXvYNpDCTbIRcMq5EMKP31GBVcrQwqEekW2ofhDCzoGRepSqkMLOthF8BP3Qw8WlUW4iJ9DD1gCRcXmW0MQGk1F3GaRQxAcs0YB5ONDEgjcRc9k40MW/bRGd4WPQxpBBkXXrAZDGn9jRi8rskMaw8VFzp9/Qxvg20W00i1DH+9ZRcZIO0Mg13VHoFGfQyLWs0eaMEdDIzGVRcP6mEMjc2pFqGnoQyTV6ka/tRxDKD7+Rb/hH0MpnXZGLrb5QymeZ0e6u0RDLOZ4RdSPeEMtywtF24/uQy5gakW9lzhDLqVLRdMZKUMu9JxGEAsQQzIM6EcmVfVDMvorR5GJmEM0+R9GFxwbQzWOoUW5FvVDNdVLRkaWREM2GMFFz1KZQzjS2UYkeTlDO6OYRb6RiUM9Da5F7Ee1Qz0SNUYxfTxDPRVzRiD7wEM9GGBGFOhJQz7tkEajFM5DPykGRencU0NBcahGTDUSQ0F5UUYb6FxDQYF6RfGJHENBhYJHFIX1Q0GGxEXQItNDQZHARdgT80NBmZtGbcy3Q0PPYkZW0aRDRPFfRj2JK0NFzqhGkVpfQ0XnjkXr4eVDR83eRiLX4UNJN9RGiKkpQ0lIlkX6GJ5DSU0IR4fmMkNJUmVGGq80Q0liLEaIkspDS+pZRfaEy0NM/i9GWfLTQ0743UhAaRFDUknyRbIE5ENSUodFx7p9Q1NZkkXey31DWjGZRcQ0CUNhCvxGMswUQ2EYMUWyWFhDYRjrRa6iKkNjIQBGUNtfQ2vs60aK6SpDcWdZRhyZq0N8ZkZFyqOUQ4HPHEW57p5DhPRhRbz6HEOI+BxFsjLJQ4v8cUYFUthDl+meRc9SUEOYWTNGDL/QQ5haSkY1t+JDnGtVReNJSkOfQWVGDkelQ59C20aU0jFDn0SARi8sFkOfRZZGQDneQ59GZUY2H6FDoOkORfatRUOg8rxIEuW8Q6D88EYpdn9DoY3JRcD6F0OkSeNGJa3WQ6WWe0iGwp9DpbZkRcvNvUOmFu9HNK/2Q6aBxkXsC6NDqIsWRjZT8EOrkdhHQFILQ6wSVEX2+a9DrGGeRccT50OtHI5HSZiCQ7FEKEXbiExDsiQYRhIsm0OyPO9GShEoQ7Li0kYeQOFDsxx7RqSbVUO2GoNFs8FuQ7eUSkajghhDvFpHReN3Q0O+fitF06MOQ8LgzUXFPO5Dw4RbRjjalEPGNZ5FwcdWQ8b8DkY44XRDxv3bRnGJjUPLdpVFrOOIQ9aOB0XGpK1D1pU8Rj+uYkPWm2BGBCT1Q90HfEW/nLBD3wOaRcYoJUPlaAtGtoHNQ+bIZ0X2VopD6aH2Rrw+5kPsiEFF7l2kQ+yTDUY2joND7zOYRcdteEPxm8hF5HizQ/LFOUXlnGpD9xb+RevF90P5Sj9F6+PGRABRRUajMdtEAxFVRkoAqEQFaKpF4olGRAds0UaBjaZEB/5DRceoEEQKqNtF3f+WRAsiXUYFkDRECzrpRliVVUQLaTlF0gVfRA7SSEXGf9JEEgiBRgpSdUQSCeRF5nIsRBLi6EXIx0lEG/NYRd9FJkQg18tFzY76RCDqCEXW0kdEISqiRpeXXUQhhzxF3q/ERCO4jUZQ7wFEJSw4RoOmx0QuYD5GFFwQRDF3A0XTJOxENyayRchc0kQ40yxGa2vFRD0q/EXkA49EQR0PRe2inkRBhYtGF0ptREIAjUX1ScJERgjkRcSeiURJRuVFwPhwREqH8kXUeclETl2ERetb2kRQiJZGCLK3RFJKaEYjaMREUqU2ReVnrERUtaZF99s4RFd8G0Xc5FREYRY3Rdu/vkRktBJF0a2fRGfQ4EXMPzZEcL5WRjw/NERwwVlHI1Z2RHE6SEXQwhdEcWeBRok520RzAOdFzYW+RHS7qEXc5+w=</peaks>
+    </scan>
+    <scan num="982"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT496.85S"
+          lowMz="51.534851074219"
+          highMz="989.814270019531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.322013e06"
+          totIonCurrent="1.5830597e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="983"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT497.342S"
+          lowMz="52.209922790527"
+          highMz="989.792541503906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.598733e06"
+          totIonCurrent="1.5971174e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="984"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT497.833S"
+          lowMz="50.22176361084"
+          highMz="999.853637695313"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.682945e06"
+          totIonCurrent="1.257819e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="985"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="277"
+          polarity="-"
+          retentionTime="PT498.338S"
+          lowMz="56.624782562256"
+          highMz="989.797607421875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0173796e07"
+          totIonCurrent="1.665265e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="986"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT498.83S"
+          lowMz="53.210422515869"
+          highMz="991.272277832031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.1450546e07"
+          totIonCurrent="1.8474054e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="987"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT499.319S"
+          lowMz="50.087768554688"
+          highMz="996.968627929688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0807018e07"
+          totIonCurrent="1.7978518e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="988"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT499.804S"
+          lowMz="50.039268493652"
+          highMz="988.869445800781"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.1350462e07"
+          totIonCurrent="1.801453e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="989"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT500.291S"
+          lowMz="50.214084625244"
+          highMz="995.828857421875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.4462245e06"
+          totIonCurrent="1.2402139e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="990"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT500.798S"
+          lowMz="51.067493438721"
+          highMz="989.791809082031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0963353e07"
+          totIonCurrent="1.7971672e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="991"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT501.286S"
+          lowMz="50.524658203125"
+          highMz="989.764221191406"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.421536e06"
+          totIonCurrent="1.4113652e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkoZQEWtXMNCTeIERcXFo0JQMWxGASs7QlPqbUXPfFVCVFlBRdag30JYCLJFxslQQluIIUW4YJFCXDqARbi+qkJdNnZFvwVAQmb450XbTo9CZ+C6Rc9hSEJqGgFFm+31QnQ+fEXFjYRCd/PkRrvEukJ6JjFFwuWBQn90zkW4zSBCgF2NRb1Y7EKDBKFF5wPFQoToWkWvmP5ChkLkRa7o5EKH+YRFr6+5QopWT0XhSSxCi/syRbiNQEKPXhhFwXPkQpHjfUXcH/VCl85KRd25LkKX0WlFx1LJQpxEZ0W0Bi9CnQ76RdsY50KfxjZF3nVMQqDxUUaXghhCoPGtRpsPFEKg8phHVaJPQqHzFUZ2pXRCpEhjRcrgAkKl8YhGHZtzQqYMx0fiCjRCqASIRhIK80Ko5gNFw750QqtZRUW8e6ZCq/iuRp/lBEKr+dlFxIOIQqwEh0cRjcRCrAU3Rm8Wa0KsEFNGqNypQqwQ9UYBBexCrBedRfJHMkKtN25FvoW0Qq1WZkXkH1tCrfy1RfMlJkKuBHNGwf8cQq4KQkYhs+9Cr7eVRcwve0Kw4O1F1FO7QrIMeEggHpdCsiyCRgGO7UKy4NRF4xhUQrNraUXk/NhCs7iFRiB41EK1mZtF48r5QrW/N0W8bMdCtdC/Rcfz1EK10aNG5/jEQrXhqkY4C0hCteIhRiHZk0K17nFGlUQNQrXxnEZH3YJCtftYRr1pt0K1/L5Gh6DzQrX9MEaHHpNCtf3iRgimrUK1/utIAuLQQrX/qketZO5CtgA1R9dMMUK2AbtLAICgQrYDIkgEEmZCtgPqR5iLiEK2BF5HCct/QrYFDkbLG6ZCtgW6Rf5iwkK2BhFGkaQLQrYGk0ZCvwJCtgcGRfCdZUK2CF1GpyCkQrYVJkXr43JCti0+RgymS0K2MfFGTvQwQraC80XPxHpCuANYSESOnUK4COlF53ujQrgMt0b6bnlCuFYURjd8nkK6A9RHlyZqQrySsEXiBXFCweuDRiqaq0LB8EBGTeOTQsQMrkX15ERCy/nIRbvbWELMtZNF8MzqQsz/NUXKsEdCzWWGRb4cCULN6bxGFkAGQs4UZEX44TpC0kfORcXbSELT64VGPLDCQtQUsEXTSNlC2hSSRigrC0LhKztFx+rgQuH4dEhVyKNC4f9yRgrIhkLiUxxFtEzUQuJT0UW2kP1C5gdzSAPT30LmwcBFwCdrQvuackX6S2FC+/KTRbeezkL8D55GxLPGQv4Hg0ZUR2FC/trARdeAPkMAZ99FwDDbQwD1i0YEJPNDAQfERexq7kMBl3VFxOmgQwI8cEXNwbdDAw/zRduMrEMKPeRF7EYJQwsrZUYZG+tDCzeURiduyUMMnotF9klFQw+OpEW9VupDEZ0sRdIOIEMSB4NGRX7PQxLyZkW4sWpDHv2zRcyzl0MfAk1F1mViQyDXcEebNEpDISglRbtig0Mi1q5HqFnRQyO2/0XqYDJDJNXcRp5rIEMmH+dFzUK8QymeEUfSD49DKZ8TRcacgUMrr69FwrqSQy3JWEZQdQJDLgzyRgwEZEMuYC9GFKPTQy70tkYPnyJDMeybRefcxkMyDOpHJ9UNQzL6KUeSkARDNPkWRjWOKEM1vw9F4qKqQzXRJUZxSLhDNfJRRcriwEM40VtF8dN1Qz0P40YUX5JDPRFbRhEmRkM9EutF2WO9Qz0Tu0YwCkFDPRVtReC12EM9GPtF7tEGQz7tdUZwO5BDP7VZRb+RJkNAI6xGB86CQ0FxGEZHzQhDQXj4RiIfpUNBhSVHIjWkQ0GRZEYNPfNDQZkdRkHxT0NDz2RGnH/yQ0TvG0YNbRZDRPFyRi4RI0NFzpNGl01qQ0Z6zUXFXv9DR8kMRcYBHkNHzhVGkg8DQ0k3UkaWo3FDSUyLR44uUUNJYdBGqLCdQ0oswkXRThlDTAlJReSyKENM/gZGBPUTQ03W8UYr8D5DTvjVSGrnfkNP+a5GDvbjQ1HcsUW2TxdDUkg1RkmKOUNSlS1FrRi6Q1dHRkYpHahDV+J0RgLpj0NYE3dGMSuyQ12q20XuVapDYQjMRgBAqkNhjzBFwjJ3Q2Mgt0Zs6ZhDY1KXRfhyx0Nr7NtGsDShQ21D7UXdr7NDb5FERdyuYENxZQ9F9Y5ZQ3Is1kaQWWpDc8DoRcy1g0N0AG1FzdJ+Q3VdwUXs4eBDddxgRekQV0N1+z5F1esoQ3g3mkW8UDhDeReIRfgcYUN61wpF0z1WQ3scYEXG27RDgHpXRh86MEOBi3JF0AP6Q4HN2kYA+P1DgpGbReoL7EOG9EhGGRXYQ4fb8EW5P5tDiMr0RfF+AkOI2d5FxnRHQ4v67kaHdGhDjqc6RehDaEOPwAhF6e9lQ5Fgj0XlZvBDk5R0RffgC0OTyDpF4QO3Q5dnQUaHIx9DmFm5RmYXtkOdcWxFyHXZQ59BzEYvS75Dn0YvRlmqzUOfSCNGQBxcQ59KHEap52pDoOfwRcWIzEOg7dlGFqnyQ6DwWUafBpNDoPK3SBCtCUOg9P5GrInLQ6D48UYG/ZBDou1iRgFfXEOmk95Gq6uwQ6hxF0XNt2JDqIpbReP6BkOoi4ZGRiQ8Q7HvAUYMu+5DsjjeRmuJfEOy4QhGgpcuQ7OX1UXjX75DtAP5ReEz80O2EOlF26K9Q7iWIkgjrYBDuRabRriTj0O//4lF9RZjQ8OCq0Y2c/JDxBpaRexk5kPG/QVGjmFHQ8lfmkXr3t1D0d7XRgL2K0PWku9GaBMEQ9wi90Xdi3dD4GGmRdcgLUPjyhBF15AXQ+SEEkYY6NFD5WcdRhx4gUPlaJhGewG0Q+XS/EXtVI9D5sexRkqWWEPqNudGAXtEQ+rlvkXs2LtD7JFJRob8cUPs8BZF+j7bQ/fer0XigjFD+Mr8ReCVQUP59atGH851Q/oARUXMWoRD/4D2Rgz0VUP/pNdGHguxRAB5FkXg78VEAdN8ReO1A0QDEBtGUHjORAQQokYB2W1EBiBNReh3tkQHbFVGjX7uRAezeEXfLF5ECiy7RgZgnUQK/PdF7lGkRAsHNUYByTNECx9vRhufukQLN7xGb2mcRA9TZ0XpIgBEEgfKRmd8KkQVm6JF+lqKRBYhbEX0jYpEG8MeRd7jLUQhKihG0J8ZRCO3CUY2d5ZEJSyJRpMwKkQmhPNFzGpuRCgfJUXV6g5EKKK6RexSpkQt9lxF1Pc2RC5gT0X4yedELyhKReBnmEQvyt5GCAF9RDKmRkXXiOZEM0FFRdWTskQ40apGHieiRD+I8UX3wxlEQYUVRh/PoERCPylF3rkqREadjkXVwxpESU07ReBA5URKcuZF2gEzRFBtTEXxvXNEUkiiRnawlkRVW4FF5+RwRFr0fEXYTcBEW9YdRd2/CkRoTvhF4mDwRG7THUXbuWhEcLlLRfkykURwwHtHQNdqRHFlhEY3WJpEd3DpRg02HA==</peaks>
+    </scan>
+    <scan num="992"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT501.785S"
+          lowMz="50.083271026611"
+          highMz="992.570556640625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.2650965e06"
+          totIonCurrent="1.3395949e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="993"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT502.284S"
+          lowMz="51.055198669434"
+          highMz="989.775939941406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0045346e07"
+          totIonCurrent="1.7093028e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="994"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT502.778S"
+          lowMz="53.917991638184"
+          highMz="995.733825683594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.076202e06"
+          totIonCurrent="1.492556e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="995"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT503.271S"
+          lowMz="50.01847076416"
+          highMz="989.779968261719"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="9.976175e06"
+          totIonCurrent="1.6355855e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="996"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT503.761S"
+          lowMz="50.342651367188"
+          highMz="998.768005371094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.666823e06"
+          totIonCurrent="1.3957256e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkle4EWw3+dCT8nMRZlUwUJUN7lFxJukQlRZ8UWYNw9CVInsRZVVt0JVm2pFuwcuQlgX9UWZEuhCWhpBRaspLUJgFxBFuQFxQmNlEkWy6jdCZJxXRa+lFEJw9k9FpqkZQnPeOUW0ILhCdFFWRaZFBEJ08/lF0x17QnZLG0XlzGJCd/QERp3Eq0J9l85FqxZGQn3bjkWpXW5Cfe1oRbPkdEKBxINFqEWUQoHlnkXBZMdChlePRb6ivEKHpbZFq+fgQofq+0WuVxVCiHu2RbHwC0KLpJhFuHn4Qov7qkXP8ChCi/yyRcvhpUKNCcdFwBj4QpDzJEWwAzJCkd7JRatHLkKSGfdF1UZJQpKqGUXBNqBCkzrORa9VFUKVQVtFttl3QpXKU0XWdRNClcqvRap9JkKXTFJFzAyPQphjSUW4FXlCmKMzRc58akKZDMVFvllUQplE20WcEnVCnCv7Rd/zo0KdZYdFxYSIQqDu8UXHDAlCoPC1RgAt5UKg8o9HNBGSQqD33EZxMwpCofMeRoBJa0Kl8ZtGFTFHQqYMz0fp5z9CqASmRkzmR0Kqqr9Ft9HXQqv2+0XKAHFCq/j7Rm4FYEKr+f1FweU1Qqv9hEXbPglCrABFReAhwEKsAsFF5cjUQqwDm0X1HFdCrATSRvyQvkKsBdpF7llaQqwGwEYSceNCrBCWRo/JHUKsFS5F7zaWQq4EfUaagNhCrgolRhjFgUKv5plF1VA7QrIMhEgvEQdCsi4pRfOMQ0Ky4fVF57VzQrO4mUYxOE5CtREnRc91z0K1xZJF2q/YQrXJ+kW8dYhCtdGoRtGvYkK10oFFroIRQrXhnUZC341CterSRfKQjUK17oNGh/vMQrXwf0XZYVpCtfG0RhgLfEK19OxF6yOPQrX7bka+jA9CtfzJRnC5wkK1/YJGDBXNQrX93kaN2/RCtf7IRwua3UK2ADVH3B4aQrYA2EhRstpCtgHMSwQ+x0K2Ay5IDuPxQrYEa0cS94hCtgUVRokISEK2BnpGXZTgQrYHIkaLD2VCtghfRsoOvkK2FSNGKs4BQrYxOUWp1+xCtjH2RopDbEK2UjZF0w/TQrgDaUgx6fFCuAzORvBn50K6A95HixupQrpWyUWtSHxCuuvXRdPvKEK9zRtFpVjRQr4Mw0XYsbVCwee0Rb185ULB63tGNw87QsIcEUXJgJpCw4TiRdxq00LHZTtF3cZ+QsqJhUX6l2tCzempRgidQULT66hGbTXLQtRfSkW2KXlC1mzNRcwpC0LWlEFF3iA+QtoUv0ZTv2dC4TP5RZ+N+0Lh+IJIUGvUQuKGFkYZy01C5gYtRaeemULmB4RIEXZRQu4AhEXbFKdC8Bz4RbgX50L1HLFFvVNbQvV+cUWucGFC/A+wRwCxt0L+B4dGJZ/aQv8WikWygF9DAPWORgn66kMCoO1FwLJlQwQERUW7/B5DBF3yRberdEMKPwlF8DJxQwsstUXLEO9DCzjkRjjbRUMPxYdFxpoqQxAcQEX5ilVDEUurRbYuDEMSCGtGBvz0QxLwMUY10fZDE3O0RgNdIUMVcrtFxBu9Qxb9xUZ6D1hDGOzvRcbqnEMZnwhFvAMdQxp/S0YWPBpDG//ZRdI1i0Mcuw1Fx4EMQx76XEX5d9ZDH8juRcPdKEMg135HtsOdQyLWuEenDMVDI7brRc4Cp0MkdOtF+5AsQyTV80apIj9DJRR3RcjUUEMlG5NF0yEnQyVhMEW2K8hDKZ2zR7q3c0MrTQ1Fy5gSQy3KqkYOBRRDLl+nRg1mKEMu9KVGYsr1QzDfxkYaE6hDMgzzRxrhyEMy+jZHS126QzS2LUWsfmFDNPkVRk5hUEM10uBGLTWwQzfEC0XYRIZDONK0Rfq2EEM9DV1F8mF9Qz0Rm0YMMppDPRQORdvYwUM9FSlFxnfhQz0V9EX+jR9DPRfmRcxswUM+7ZdGpcYWQz+drEXUmRVDQXFpRm2a5kNBeTpGMvt+Q0GCJkXkC6lDQYN+RdzaRUNBhXFHEiE6Q0GIl0YDpglDQZlbRlpyHkNDX4dFtsjOQ0PPZUZrtf1DRPGpRoiT/0NFjeBFv4d3Q0XOoUbcie9DRlYzRauLqENI8QJFxO7yQ0k26kaY5UFDSUYyRdBq0ENJTBxHiPESQ0lhUUaSp4pDTP5FRhxjd0NN1rVGKn/HQ03rH0XLgSpDTvjgSGrHE0NO+4dF9Ev7Q0/WIUXKFFZDUkmvRg9xJUNV43NF5ak1Q1bZyEXtMitDV+d4RhRpgENaQaJFzobiQ16XA0XyTnRDYQpgRf1tNkNjILRGAaqJQ2YBlkXKWUxDaEU/RbNnX0NrQHVF7tfiQ2vtJEaK+gNDcM62RcmGIUNxZvBGSP73Q3FolkXDG3BDc4OgRfhoLUN/AyVF5feTQ4B6KkXf4YlDgc6rRmZAc0OCSyJF2RP1Q4Vnl0WogU1DiDqqRdaau0OKSj9FxJivQ4sC5UW4vpdDi/wLRgdMxUOM1SpFwIJ/Q4z3hEXdbOBDjWKuRdsXt0ONjylGMdkmQ5doSEZPjvtDmFkURouiCUOYnptF8FMzQ5qbrkXJsTxDm95PRb6zIkOfQutFoe92Q59D70Z4lIdDn0WZRsG/n0OfR3BFxyDIQ59IXUYGCJdDoHs6Rg23iUOgkCVFv7ViQ6Dh1kXBRqJDoOgVRfsKFUOg7qpFxoeeQ6Dw+0X+TBZDoPLZSAeTfUOg9Y1GbPNqQ6D22kXo6KNDoP1BRhlYWkOkSaZGKpD8Q6Sc8kXX/UZDpjztRckZY0Omk5VFzYtXQ6c/4kW8pYhDqIp0RjVzS0Ox7sNGFGOZQ7Ihs0YiYxpDsjqrRlmqmUOz+yNF1VRVQ7iWLUYv5nVDvJdIRn480UPDhCdGTeVhQ8OG10XCYPpDxolfRcOKdkPG/EFGsiPgQ8qYZkXBslZDzAlnRgFsREPQ/e9FrIlDQ9E2ekXWT8hD1ZlTRfcScUPWlG9GV5IwQ9aWkkdMEF1D1xahRkwNW0PlZ25GjO9/Q+gXcEYvIxtD6jLJRhAH9UPro9JFxYFoQ+yTHEZU8+VD8r1SRa1RGUP0kUJF0AfhQ/Y/okW97bVD+pXwRfmLSEP7QvhFzrIfQ/10pUYEW05EAxDnRkNvWEQDV9NFv1AxRAPEh0XGZEFEBg/vRcHiIEQHa6FGmMbjRAds+0Xax5hECr9bRgJH4UQLORhGhdWYRAtZ/EXPwVxEDs+ERdL+O0QSCKpGHtrMRBvHtkXc5zhEIAPrRc2fkkQhKXlGtyLXRCO4KEZ1lL1EJSu+RoeCVkQmHGxF1b6RRCsfpkW6IAhEMlszRdaIt0Q40rRGTtUQRDym0kXNEU1EPY7WReDCC0RBhZJGUaRHREd1I0XlSOlEUknsRpGrzkRm9xZF7id+RHBMVUXupG1EcL92RzqMc0RwwvFFzQJXRHDEjkXN1e5EcWcaRoIx5ERyOtNFwNTbRHdZmkXlH0xEd3MyRhv1DUR5sSdF2/2d</peaks>
+    </scan>
+    <scan num="997"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT504.263S"
+          lowMz="50.131935119629"
+          highMz="991.235290527344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.729871e06"
+          totIonCurrent="1.5826039e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="998"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT504.753S"
+          lowMz="50.847766876221"
+          highMz="999.97021484375"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="1.0145064e07"
+          totIonCurrent="1.6813142e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="999"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT505.243S"
+          lowMz="50.932186126709"
+          highMz="999.251892089844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.03052e06"
+          totIonCurrent="1.2914189e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qku6j0W0Y+ZCTbUURZcZeUJQDqpFiQoOQlDxukWiQYlCV6NpRamx/0JYG+JFt91iQlowDUWo5vRCWnyfRZz4iUJc+b9Fn9FlQmfzdkW1i21CatfMRY7AkEJted5FtGkGQm3V+EWuwKFCbkUWRbMI1EJwO31FrT4AQnfz9UZ+bMNCf0OyRaDCZUKBTw5FtrgzQoMq6EWrOiJCh/gZRaM9aEKM/8JFwBUQQpJATEWs8k9Cks1mRcz9hkKTRGJFreEBQpOsokWeUcZCk8+SRb1nH0KT4nRFmw6JQpcHZEW3RrRCm34CRbKGLkKeEj1Fl5/EQqDvrkXxTh5CoPOmR1GW+EKh8xRGQipkQqM7LEWnolJCpEQFRdOqTkKkcppFoiaIQqVEH0WWrMZCpgzNR+ADgUKmT5dFuM1FQqcy6EWs/eRCqASkRkOJ/0Kr7QNF2FdJQqv4KEWqbMZCq/jTRoOSk0Kr/MVFrwKTQqv9fkXTvxZCrAQKRmBJg0KsBK9G9S+7QqwFbEYmEHBCrAXvRfVSmkKsB35FuVvDQqwLrkXttvxCrBCARptuLkKuBIBGwePdQq8gj0W49/ZCr7I3RcAv90Kvx9JFqWizQrABzkW7sQNCsfeiRaCxw0KyCZxFqX/NQrIMgkgOAR9Csi3wRf3D40Ky5CNF3LKMQrO4iEYMeURCtU17RZzRGEK1ThlFojYvQrXHUUXg1XhCtcizRaIHtkK1zhBF0u5tQrXPt0WqEedCtdGXRtE1WkK10+JGEAJiQrXnuEXw7WJCte5nRoLOlkK18bRGO/mTQrX7WEa9/JRCtfxdRgAtgUK1/SVF86wKQrX9g0aCGKFCtf6CRslvr0K1/vRHPU2AQrX/ukaZvfBCtgBRR89s00K2AcZK9RJwQrYDOEdxZXdCtgQBRyfMlUK2BMVG6U/sQrYFyUaISOVCtgZMRh1yEUK2B+lGe1UfQrYIYEaTRhdCthHjRiKYE0K2FRlGCKRJQrYyBkaHW4dCuANgSCfBzUK4DMVG7kA/QrhWQkXsefBCugPbR5CaNUK6YqVFr2eZQrvDmUW1xRRCvgyURcQ6WELBSh5F0OI9QsHrdEX+xoNCxPa+RbEPMkLFxwhFp7ayQshBGUWt2XBCyTL1RanZDELNt85FujfMQs3ptEZU3XBCzv8PRaMiekLQXDdFwfYAQtCcI0XeroVC01BVRbGGdELT641GNF/mQtQU70XafRJC1LyBRbbSl0LWln9Fxg/VQtoUxUYedfVC2+xARbNvlkLgGg1F25OCQuEuSEXEXqtC4S7YRcF1b0Lh+H1IMLHDQuH/R0XQ5BRC4qnIRd0XNELmB31H4reOQuocWEYNuBlC7JVkRa7EqULuEWFFyblGQvhKm0WsgQZC/A+nRw3MMUL+B31GHRfYQwMSO0XWVmtDAyRwRaoiG0MEAZdFu58FQwXEOUWtm9lDB4FPRbFERUMJXEdFoQzyQwpAdEYWZFRDC4gyRaQR40MR7kJF3Gr2QxLwSUYIBn9DE5RTRbdjhUMVAr1FrhYaQxUTHUWmzT9DFv3LRlx0EEMY+n9Fw/Q1QxwYUkWmXR9DHQ05RbmUWUMg131Hppg/QyGRyEW6pfZDIinaRarpekMi1rNHl+VfQyLkdEXBfKNDIvt1RfgThEMk1fVGhDxKQylE6kWlWl5DKZ5OR6t04kMtzGFGGOyuQy4wTkWtyiZDLmznRbZZQUMu9JRGZTm+QzCLxUW2vN5DMOGgRcCw7kMxvc9Fqy5DQzIM80cAQZ1DMvoxR41ik0My+3lFvsRtQzS3ZEXlvBpDNPkBRp198EM10ulGDopVQziOCEWeuwxDPQ0rRd3VGUM9Ds5GLBx3Qz0RTkXyTjtDPRMNRilqvkM9FFhF7f4OQz0VjEXJOPhDPRcpRg4Jy0M9GMdFovV8Qz7tlUa9Ak1DQXE/RjlvbUNBd8ZFr2LZQ0F5GkY33ytDQYQbRgOE4ENBhVBHBQNUQ0GGg0Y3Sx9DQYf6RcM9uUNBkW1GAGkFQ0GZXEZauOdDQ89yRpwTUUNEVgJFvJypQ0TxbEY7RClDRPKjRbZykUNFHLZFqOt/Q0XOsEbYzMRDR2uPRawE20NHzg1GT3rAQ0hulUWx4PpDSP/SRaOWEENJN9hGn76RQ0lNGkeCVHdDSWJdRqu/dkNJd6JF6oeZQ0moG0XNLttDTP4yRgRnHENN1t9F9+AFQ0744UhcbP1DT9YuRb6S8UNP+a5F5+v/Q1CzukW8J3FDUVX/RbcFt0NSS89GCmpKQ1MkSEW1Q49DV0cCRfo7WUNX53lGJt+5Q14dBUZtkMdDYQy4RicmWkNh5OlFrL7iQ2vs6ka4/69DcWl7RhNdbUN0reFFuBQsQ3YTOEXyVmxDe3IxRaWz+EN7ezZFxCtrQ4B6LkY4aORDgdASRj7EYkOIOuZGBmwjQ4v9gUYgFbBDk3lXRdBJ90OXae1GC8ZBQ5drx0Xf19xDmFglRhnWh0OYWYpGgiL4Q5sCQEXBVxNDnz4xRctSD0OfPx5GRcorQ59AeEZ9DxJDn0HbRikFaEOfQzdGje4wQ59F5UZL7BNDoJ/LRd+2I0Og8RZF1lDzQ6DztkgLNg1DpEs8Rj5jNkOllntGDQVpQ6iKwUYFl5pDqY21Ra3NW0Osk9JGfkydQ7HvJ0Xjc1lDsiGeRkRUU0Oy5E9GP8cDQ7Mcn0ZANKBDtGhmRd+atkO0lTZFvSbWQ7SpY0Xn8FZDuJY5R9bfEUO5FpJG4yhZQ76KdEWrh9BDw4YvRkMYD0PG/NRGlkENQ8b+7UYPGAxDyIsxRlnagUPNOkdFr2D+Q808YkWvcmdD0vc4Rbi15UPWlq1GlvchQ9x7o0XU1YZD3Zq9RdHZREPhj+NFux22Q+NdSEWtY4ZD5Hd9RcsdDUPlZ4dGimc1Q+cl/kWuHDFD50GVRcHb6kPnncZGXDN0Q+fOJEW79+lD7CiDRfNjokPslbJGNyYwQ/pbpUW1pgpD/v1yRcuYs0QDEjVGB40pRAM9VkWo6JpEBdx/RdaIF0QGKthFs3OcRAdsF0aT+IhEB7XrRbfwXkQKRuVFyM36RAs460aJahNEC4PjRetaMEQSChpGTU+sRBPmh0Wyvx9EFbCtRcrpmkQWpPNFvXgYRBpgZUW1+d1EHXCoRemK+kQhKfBGgSTLRCEr5UXhhlxEI5oxRbmNP0QjufdGEXZJRCUrzEaaD9xEKw4QRcoRj0QuI+1FxgupRDSA10XPC2pENXQqReWrK0Q41NhGOY1XREGFi0YxknpEQ5QMReEwUURPPIBFu4x8RFA2FkX8WfdEUMamRbsdr0RSTAFGYTUTRFbLrkW8gN1EYB4fRa89vERoRMJFx0rsRHC4S0YE7TZEcLxmRgYP20RwwDFHMt9URHDEHUYz6TtEcWmSRj6tN0R3c8pF8ykmRHetS0X5+DBEeR3ERgEHs0R50B9FzjKw</peaks>
+    </scan>
+    <scan num="1000"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT505.752S"
+          lowMz="51.400760650635"
+          highMz="996.419921875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.0146778e07"
+          totIonCurrent="1.6604898e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1001"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="296"
+          polarity="-"
+          retentionTime="PT506.238S"
+          lowMz="50.546340942383"
+          highMz="996.228515625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.841876e06"
+          totIonCurrent="1.6454726e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1002"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="280"
+          polarity="-"
+          retentionTime="PT506.731S"
+          lowMz="50.905349731445"
+          highMz="990.692565917969"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="9.260413e06"
+          totIonCurrent="1.5779496e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1003"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT507.22S"
+          lowMz="50.44091796875"
+          highMz="996.679931640625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.164197e06"
+          totIonCurrent="1.6000741e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1004"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT507.715S"
+          lowMz="50.994144439697"
+          highMz="989.771423339844"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.1375355e06"
+          totIonCurrent="1.3916498e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1005"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT508.213S"
+          lowMz="53.178730010986"
+          highMz="989.765380859375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.638616e06"
+          totIonCurrent="1.5690433e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1006"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT508.704S"
+          lowMz="50.592601776123"
+          highMz="989.764526367188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.2680495e06"
+          totIonCurrent="1.0278009e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1007"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT509.227S"
+          lowMz="50.375034332275"
+          highMz="979.998779296875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.602411e06"
+          totIonCurrent="1.4121331e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1008"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT509.725S"
+          lowMz="52.071521759033"
+          highMz="989.809143066406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.8538595e06"
+          totIonCurrent="1.2616479e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1009"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT510.227S"
+          lowMz="50.623664855957"
+          highMz="989.806518554688"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.0463768e07"
+          totIonCurrent="1.7449492e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkp+okYGZ4NCUhkBRginhUJVbUNF+mvjQmaw+EXtCVpCZs50RfiO6kJu8GlGIeIIQm7z2EYSnX1CcsUVRgy6rUJ39AdGUb/HQnnV/EYU/ehCeqoNRh7e2UJ8qUhGCJ5eQoBCY0YBOLpCgQtbRgUPpEKKnE9GFR4vQownH0Yk0b9Cj9S5RgvaTEKP/0ZGJW8TQpFq5EX0fDRCkYeaRg36B0KR2d5GB/ohQpYEbUYSVN5CoOw2RiIAtUKg8HtG9GrVQqDw70dBxYBCoPG1R2Y83UKg95dF4cWjQqD4DEYGaFJCofMpRoS4I0KmDNZH6jHVQqjs5EX05ZZCqlQBRgyen0KrRBVGFmBMQqv5KEbDTypCrAQuRjIvf0KsBQBHQWJUQqwMQ0ZhyupCrBDTRs/6rUKsFC5GF0lIQqwZekY1F8lCrgSIRn+ejEKuCjhGe3IJQrIMikgluslCsi5MRi1SRkKy7rpGK1zLQrO4nkZmPglCtcsARhpaIUK10alHE9g9QrXdEUYwbz5Cte52RokcKUK18cRGlQf4QrX7bUbS9/BCtf3URwK8SUK1/xNHxMbkQrX/v0eN8QZCtgBPSDMadEK2AQJJD6NSQrYB0ksfqhhCtgM1SFUre0K2BAZHsqbRQrYFE0bCO8hCtgWNRqFNY0K2BhJG+EU/QrYG10Y7DilCtgg8RxJff0K2DFNGTWLtQrYR4kZN76VCthUcRklJUkK2Mh5Gh9QZQrcuKEYNNrpCuANwSFoKIkK4DNdHPYCLQrny90YU1ZlCugPqR6rXLkK/o15GAeEqQr+5WEYLXk5CwBdTRgzPK0LA5XJF9NsIQsGTEUYMgclCxTDBRhod1kLFhitF/MqIQsy3zEYpZJhC0+uaRgJK40LUbDxGAkZEQtX4REYL5B1C2hTPRibPa0Lbr2pGCjs1Qt84wkYBTJ1C4fiLSEW1C0Lh/WZGGIRCQuKF9EaE44xC5geRSBE4J0LmxupGCDZAQunjHEXh4Q5C6eN2ReK11ELqUB1GChEQQuyTzEYilUhC7YZpRhnQfULuASRGCRxaQu7lqUYSttxC8+pxRhM6+UL2bg1F5bjLQvbJdUX8P+9C+N0ORfID2kL8D79HMIxNQv3O8UYDlpxC/ge5RmV8FUL+kDxGAmHrQv7obkYAZPNDAiyuRgTHQkMDETFGDkMNQwNsiUXwj5VDBRq7RgdtvEMFq1FF/H+wQwXptkYR1TRDCWmlRhawP0MKP4NGEHXZQwss60YeW7pDC+WlRgaNGEML8LJGCwHAQxEEcEYjT6tDEXVnRg53T0MShyNGBSthQxLwQ0Zqu99DFL2GRgC06kMYrjNGFqRPQxj6ikYHbwdDGn9nRlUNC0MeFwdGKx/hQyDXg0em0SpDIYtxRg5E0kMi1sJHminPQyL7d0YngHZDJNX8RrEOFEMmFexF97yGQyfzUUYF0CxDKF30RgU8wUMpm9hGMk0SQymd4EgEjuxDLt0GRhagQUMvzDFGENinQzINBEdmnTRDMvpFR4CS6UM0+VVGX7GQQzXTBkZOH/hDNs5ZRgt7GUM40hJGHgMvQzjTPkYA865DO/5DRhmKkkM9D5JGH2bqQz0S6EYr899DPRR4RoYcPEM9GMBGRtHRQz7tmka041hDQNyyRgEhjUNBcaxGmCP4Q0F5o0aFIgtDQYWtR143kENBhxRGgu+0Q0GRx0Yj86lDQZm8Rl74lkNDz3tGxIH3Q0TxcUaxNdtDRc6nRsBFfUNHzglGMJYXQ0k3ZEb4/Y5DSUygR8YCEUNJYeZGvwM4Q0z+I0Ym2g5DTvjxSHAfi0NO/ERGFm83Q1JJ90Z9OmNDWBH9RjIF3kNa5w5GH1JvQ1zuiEYuwxRDYQqtRmGx10NmGSlGCKvNQ2brkUYfjldDZyryRg30HkNr7RNGvTh3Q2wp4EY8QZ9DcWYhRgthKkNxZ41GJaZcQ3J/8UYUwmpDd3O1RhwPGEOAI/9GD94WQ4EhIUYNPSRDgc7sRmAA2UODDLtGGzKnQ4N9U0YOpR1DinzmRhKx7EOL/ElGNu1wQ49ph0YDinVDj9mFRgOuzUOXHxlGICeqQ5doeUZk5CVDl/CRRgA9CUOYWOVGQavfQ5hZxEZbylNDm8nxRg1yJUOdXOdGBWExQ59D5kaT7FJDn0WbRtW96kOfR1tGlPnLQ59I70buOaZDoOdZRjzFfUOg7utGkYC8Q6Dwb0eFQIlDoPGgSEJ/F0Og/URGPzllQ6Jd4EYbEEhDpEoRRl6/PkOnCQJGHZo5Q6iKUEayjuBDsdAMRhKUsEOx1sBGBwJHQ7I6xUaWr4lDsuJ5RpkAAUO4lktH3MfnQ7kWpEadempDuh20RgudtUO9saJGHtHoQ79taUYUkhpDwXWARiNZVEPDhHNGOhJCQ8Po1kYLkr1DxJZPRhoWL0PG+6hGgjJ1Q8b9VkarBtlDxv7ORheZJ0PQoShGCLWXQ9NI+0YZs1tD1HQDRi/1hkPWlONGrS58Q9lNk0YZ2DtD3o5cRgygTkPhNCRGA5kSQ+VnAEbX6XdD6J/MRinqrEPskgFGJEhIQ+yTh0YX65FD78AdRgxwukPyTJ5GCwU6Q/O8ukYYIS9D/sh+RhbRz0P/3bhGP4pFRAMRpEZQuapEBWiwRhgn8EQHM+1GBdDqRAdsVEa6HoxECWbXRgUJi0QKFdRGG0QyRAsg10Z5Yg1ECzkHRsbdNkQSCMVGkm5LRBoSjEYjEZZEGxBKRgkXuEQgWD9GJY15RCCLFEYc7ndEISibRhvXP0QhKjdG89NcRCO4S0Zo45pEJSt2RthzJ0QpVdVGLcjsRCuYNkYdtC5ELaFkRhvGFkQwk2xGJScPRDjTPkaT7KNEOZ1IRgsY+kQ76dFGKhjyRD48d0YTWXZEPqu9Rg+1FkRAe1BGDIUVREGFv0aFmxZERBJbRh1NH0REVOBGAYsuRElM20Y4s4JETQDhRibfLkRQXRxGDiAdRFJKMEa34jFEWic6Ri4x70RmAU9GFr6qRHDAsUd94kdEcMPXRmaHDURwxs9GQFg1RHFnV0aKgH1Ed3OeRpJwww==</peaks>
+    </scan>
+    <scan num="1010"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="296"
+          polarity="-"
+          retentionTime="PT510.716S"
+          lowMz="50.013938903809"
+          highMz="989.813049316406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="9.856966e06"
+          totIonCurrent="1.6474661e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1011"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT511.206S"
+          lowMz="52.453758239746"
+          highMz="997.576782226563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.0290301e07"
+          totIonCurrent="1.7142182e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1012"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT511.694S"
+          lowMz="50.758312225342"
+          highMz="989.791625976563"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="9.414578e06"
+          totIonCurrent="1.56037e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1013"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT512.184S"
+          lowMz="50.417873382568"
+          highMz="999.969360351563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.172736e06"
+          totIonCurrent="1.3849598e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1014"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT512.683S"
+          lowMz="50.211688995361"
+          highMz="996.773620605469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.491796e06"
+          totIonCurrent="1.3619215e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1015"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT513.176S"
+          lowMz="50.617618560791"
+          highMz="991.374084472656"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.0771985e06"
+          totIonCurrent="1.0020604e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1016"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="282"
+          polarity="-"
+          retentionTime="PT513.698S"
+          lowMz="50.820278167725"
+          highMz="989.767395019531"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.7573615e06"
+          totIonCurrent="1.2459191e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1017"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT514.197S"
+          lowMz="50.800598144531"
+          highMz="996.583374023438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.430133e06"
+          totIonCurrent="1.5973358e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1018"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT514.687S"
+          lowMz="51.662727355957"
+          highMz="989.76513671875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.566462e06"
+          totIonCurrent="1.766573e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1019"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT515.178S"
+          lowMz="50.060218811035"
+          highMz="988.599731445313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.312761e06"
+          totIonCurrent="1.8456216e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1020"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT515.669S"
+          lowMz="51.678859710693"
+          highMz="996.598815917969"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.0479032e07"
+          totIonCurrent="1.9403526e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1021"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT516.163S"
+          lowMz="50.305717468262"
+          highMz="989.762573242188"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="8.414474e06"
+          totIonCurrent="1.5135575e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1022"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT516.653S"
+          lowMz="50.80200958252"
+          highMz="989.783813476563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.7087865e06"
+          totIonCurrent="1.3268735e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1023"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT517.155S"
+          lowMz="50.570770263672"
+          highMz="989.785888671875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.081326e06"
+          totIonCurrent="1.5395582e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1024"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT517.652S"
+          lowMz="50.502311706543"
+          highMz="994.497131347656"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4622355e06"
+          totIonCurrent="1.1163739e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1025"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT518.164S"
+          lowMz="50.866535186768"
+          highMz="972.469421386719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.1692985e06"
+          totIonCurrent="1.0483579e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1026"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT518.68S"
+          lowMz="50.03161239624"
+          highMz="989.765197753906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.054881e06"
+          totIonCurrent="1.1979742e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1027"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT519.19S"
+          lowMz="52.840839385986"
+          highMz="989.7626953125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.307855e06"
+          totIonCurrent="1.5057235e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1028"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT519.687S"
+          lowMz="52.570999145508"
+          highMz="989.772888183594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="9.7659e06"
+          totIonCurrent="1.7122696e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1029"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT520.176S"
+          lowMz="51.828998565674"
+          highMz="993.392211914063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="9.604565e06"
+          totIonCurrent="1.6591829e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1030"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT520.666S"
+          lowMz="50.006454467773"
+          highMz="992.667663574219"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.072119e06"
+          totIonCurrent="1.2065234e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1031"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT521.171S"
+          lowMz="53.411800384521"
+          highMz="998.524597167969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.853254e06"
+          totIonCurrent="1.4622546e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1032"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT521.669S"
+          lowMz="50.865756988525"
+          highMz="989.782653808594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.612743e06"
+          totIonCurrent="1.2509911e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1033"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT522.173S"
+          lowMz="51.425964355469"
+          highMz="995.922119140625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.0808995e06"
+          totIonCurrent="1.2828548e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1034"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT522.672S"
+          lowMz="50.619258880615"
+          highMz="989.358703613281"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.318437e06"
+          totIonCurrent="8.892077e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1035"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT523.206S"
+          lowMz="51.997371673584"
+          highMz="965.627075195313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="1.0096788e07"
+          totIonCurrent="1.6205139e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1036"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT523.697S"
+          lowMz="50.883750915527"
+          highMz="965.598754882813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="9.633871e06"
+          totIonCurrent="1.6446024e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1037"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT524.19S"
+          lowMz="50.551288604736"
+          highMz="997.953247070313"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.7492885e06"
+          totIonCurrent="1.1478618e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qko0hUXEb5dCTIrIRbNP8EJO8ABFuAs8Qk/qx0W1y+pCUDahRcGPJUJWa2ZFtCWXQldEgUXBG49CYJw7RbTlJ0JjAB9FtCUQQmThkEW81gFCZOmoReS67EJpXqVFrrlhQmvDJEXfwQxCdGhIRdcyWEJ38/ZGB76EQn4K50W9R5dCgE3hRZ3XFEKATgJFnPSpQoEiOEW6w4xCgdq4Rdc0E0KDxoVFtsIHQoTX2EWzDYBChWeiRczUykKJOJdFxpm/QomQ/UXn2qdCimG5Ra/EdUKKcPNFvtnEQoviRkXYu8ZCi+e8RcG6zEKMnjhFr4ZbQo+HR0XAgrdCkOoJRexojEKRh0FF4x55QpKh0kXvBZ9Ck0OyRfskwEKTeBFFpTuZQpN4gkW118dCl2hTRetYXkKa0nBFxKroQpvSJUXSf61CnA6vRbkt4kKcp9pFsyvpQp2maEW0vuxCneEdRbh2ikKfFl1FwP3SQqDyXkXzPUNCoPSXR0IUp0Kg9n9GR/djQqHDH0Xb1ORCpUHLRexdZ0KmDMtHIoA/Qqet6kXA/ZtCqASmRd2fpEKrWmVFzltTQqv4lUYKG6JCq/kHRlFv20Kr/hBGQCsXQqwE40bupQ9CrAe0RcjhWkKsELRGn9MRQqy150Xb7bVCrX45Rex1HEKuBGlGM2OIQrIMdEf1xB9CsuI/RgLwZkKzeTBF38xBQrXOokYQHZNCtdGfRr4OyUK117NF5mpcQrXho0YEXmVCte5pRnY/fkK18aVGIuOuQrX7XEaOeStCtfzFRneqYkK1/XBGaBcYQrX+E0aB5RxCtf6BRpPzmEK1/tlGPhMyQrX/u0erZJdCtgBdR8ffpEK2AcBKzfjRQrYDXEe/EZpCtgPdR5PsfUK2BnBGcSyeQrYIWUaO6t9CtjH1RiDsx0K24Y5FvjeBQrb06UXM/VNCtvV5RagYP0K4A11IDyigQrgMz0aP2JZCuPHkRcoh6kK6A9tHbv1iQrrsIkX5o9BCwetlRlDfwELL7fxFz06TQs3ppEYMRSZC0dhMRaq3hULT66pGFlTFQtQU20YVpRlC1J53RcO8SULWlF5F8caMQtkXjkXOK5xC2hSoRjXRJkLbbDRFtktMQtwxzEW7dNlC4fhySCqPv0Lh/0NF9YWaQuKMEkYPVVNC5gdtR55GmkLsktJF2ht+Qu0wiEXEtCtC7bHPRdA51ULv3d9Fp9WoQvEqVUXQWSdC8TjoRcLp00LzVPdFui6oQvjck0YKeaVC+76+RgcgjEL8D5xGtpFeQv4HX0X71whDAPWURhpIskMDEN5GDwWtQwOhw0X/qOJDBZueRdLCa0MKYQJFuHwTQws4SUYIYrlDDQsjRbWcDkMN3rlFwQZ9Qw4S4UXKFyBDDn2YRcV000MQb5lFwjUuQxB0WUWmTZ9DEH3dRb6pEEMRx/xFtZcVQxIIf0YQdJVDEvA5RlDHrUMTUhlF3tsDQxb9tkZFN/NDF29ARevZ00MZrzxFu6LTQxsLeEXz4Q9DH4CxRcLdrkMgbCFFyLocQyCumUWvLFtDINdvR438nUMg6FlFwLQlQyLWrkeL9YNDIvttRj3/EUMjVsFFzy76QyO4G0X1XzBDJDn/RdiznkMklMhFvcZ9QyTV6UaP73VDJPCuRcU8GEMlLppF02z8QyVjRUXYLz1DKZ2cR8Lrt0MtyrlGFUb/Qy5enkXPi3ZDLvSZRhl2Y0MyDN9HMVqnQzL6IkdyO/BDNDRFRcTtkEM1wDJF7ICNQzXSFUY+r/ZDONLSRgt0IEM5UkZFuMUpQzvew0XE8B9DPRADRhRQakM9EwpF7p9dQz0UpkYFH+lDPRb5RiT4REM9Ia5F3bqhQz7thUbKH8lDQS71ReA9S0NBcXVGKwWYQ0F91EYNNCNDQYWBRy6ikkNBmZxGSXUoQ0Gq0EX1ikRDQ8+bRgg05UNE7kpFvgHMQ0TwckYUWyFDRYDzRbq39kNGbCdF4AaTQ0a3REXci7pDR3SiRdOr20NHzehGFxnqQ0k2nEaKa4RDSUveR5ww+0NJYQlGhh8lQ0uWfkXIBspDS60MRgMHnENO+NhIUhg9Q1CCX0XewXpDUJW7RelrS0NSSc5GFKEeQ1YaQkW+VmZDWBOXRmiyfENZoKRF1KpMQ2EKdUZhoSlDY8+ZRcIbtUNkBXJF1/wgQ2Uk3kYnqLpDahCcRd5RZUNr7PBGxWm4Q2xBcUXdmIdDbF1XRentNkNskbBF+0UbQ3FmzUX+Fy5Dgc6uRmq+50OGj7RF2eqBQ4adPUXZPSJDiMIQRd/tw0OLvOtF8T66Q4vywUXeujFDi/wKRnAt90OTOdhFyxdBQ5doT0ZLE/JDmFnHRnzQ/UOZla1FvDfxQ5q1gUXbLpNDn0GMRgf5p0OfRVRGkQ96Q59G10Zs+hpDn0psRp9iuEOfUfdF94STQ5+jSkXkbMBDn+PiRgsl00Og8VJGLzDXQ6DyzEYRwo5DoPTLSBGJrEOg9/9GZVnnQ6D8zEY4d4FDpEm2RmlHBUOmSBlF18lIQ6iOQ0XzLjdDqVjWRdTMl0Oq4L1F1+ZTQ7CsvkXFhi1DsLmfRdOfW0Ox7gVGADzbQ7Ig30ZSUvNDsjnqRkS2NkOy4lNGGOfpQ7iT4EX1xRBDw4QlRlXAtUPFfONGn8TfQ8b9E0afuoRDz8pRRflCX0PUEEdGEZbjQ9aUj0Yo2xVD3ZPCRwQKj0PgXGhF4y1CQ+VnHEYFvctD5WnpRnrgfUPlbLtGOBsFQ+bHhUYJVGdD6OurReNPBkPskvNGX+4aQ/W3nUXg4HVD+ZAARfZqr0P7SBRF1GfTQ/tZJEXIPhhD/qMcR65j+EP/I35GohuYRACjP0XO7vlEAb7RReU2pEQDEPtGL7nSRAdsPUa3YONECJ9nRfY4kEQKRhNFxS5jRApG70W+u9hECweVRgc6fkQLF4VF0CoFRAsgBEYLE4lECzhORqhvFUQNbTBF5kInRBIIeEY9j4lEGo+jRejYx0QhKhpGyMloRCIwjUX7KdZEI7gpRktu3kQlK41GFhwxRCZxtUXqEdhELDPSRd0iaUQw00BF7LjiRDGPqEX5v6tEONLiRk+owUQ6E6pF93e5RDxFNkXNUZ1EQYWrRnBz8kRD6NxF7YhtREUkKEXZhd5ESUwuRghLz0RJdHRF/PpNREsp00Xn9sFETgqrRdG6IUROsfpGAABfRFIXOEX9z0lEUknWRkFd6URcomhF6s9TRGPQy0XR9AFEbEuQRfYM1kRsuIxF3tIwRHCj0UXjlVpEcMCDR0g080RxZyRGirkoRHVuvUXrWFtEddHQRdyX+0R5fQJF+q8H</peaks>
+    </scan>
+    <scan num="1038"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT524.687S"
+          lowMz="50.307834625244"
+          highMz="992.42822265625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.8281495e06"
+          totIonCurrent="1.1616763e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1039"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="281"
+          polarity="-"
+          retentionTime="PT525.195S"
+          lowMz="50.348369598389"
+          highMz="997.412475585938"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.561912e06"
+          totIonCurrent="1.1138798e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1040"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT525.693S"
+          lowMz="50.069946289063"
+          highMz="989.799682617188"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.579998e06"
+          totIonCurrent="1.3962659e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1041"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT526.198S"
+          lowMz="53.790504455566"
+          highMz="989.784118652344"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.217713e06"
+          totIonCurrent="1.0715604e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1042"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT526.698S"
+          lowMz="50.144195556641"
+          highMz="991.616943359375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.154627e06"
+          totIonCurrent="1.1797857e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1043"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT527.203S"
+          lowMz="51.368576049805"
+          highMz="989.79443359375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.652884e06"
+          totIonCurrent="1.2188398e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1044"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT527.711S"
+          lowMz="50.254753112793"
+          highMz="989.802917480469"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.2861695e06"
+          totIonCurrent="1.1866662e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1045"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT528.213S"
+          lowMz="50.073745727539"
+          highMz="990.700927734375"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.4524855e06"
+          totIonCurrent="1.2599973e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhLhEWtafRCSbjtRa0tfEJLBtFFzSuJQk8iR0Wo9OFCVCvuReA8cEJdG/hFtfF7Ql12FUWsLuRCX7x0RcUojkJhw+BF8zKlQm27nEW4NMxCd/QSRfnYGUJ+e5JFzow7QoAhFEXRLzdCgF+gRdr/MUKCQVpFrjIfQoTqs0W7CKVCh3KWRdswUkKIDc1FsnkcQokJgEXVrK1CigZYRblpqUKT+d9FtCVtQpiPIEXoOxxCmLaHRcf3CUKZ6+tFxre6Qp4fjkXCABFCnkJjRc+vI0KgTEFFuNAIQqDwKkXVF9hCoPEbRbMMekKg86tHD6vMQqD0X0c1RQhCoPjDRkjzVUKh1CZFum11QqHzFEZtkz1CpJrIRcBmGkKl2cRFsc1bQqXxkEXqledCpgzFR4zrCkKnO71FtaOKQqgElEYUX+xCqPXiRZn9b0KpIghFvNd+QqoxLkXDdrVCq+0KRctNaUKr+PRGV2GjQqv7qEXENftCq/xlRdUF9EKr/Y5Fwp7VQqwCjEXt9hVCrATVRvNH+EKsBz9F8mB8QqwL0UXytJhCrBCyRm7GP0Ks/S5Frai8Qq4EZkYY+IVCsNtARaI4VEKyDHhH87ktQrLkIUWrf5hCsu7ORflJTEKy+2pFx6wJQrO4j0ZQVHRCs8SVRdcHykKz5nlFw/gkQrVA0kXmutdCtbBDRcp5/kK1zelFxs35QrXPb0WqOGtCtdGWRq2MS0K17m1GiVA7QrXxskZD7YhCtflBRepjukK1+zBGhzTUQrX8IUYJLRlCtf3MRtP9R0K1/wRHXfOjQrYAO0f8wLhCtgG+SuNui0K2AotIwJPJQrYC+UghV8BCtgPCRyj6RkK2BElHOMLSQrYFYUabQjVCtgXzRermkUK2CCpGw7BRQrYIsEXR9zJCthG+Rf0R8kK2FRdGKrlNQrYx9UZUN4dCuANdSByoBUK4DMJG8dOQQrgriEWveFtCugPWR4dZa0K7y+tFrXXcQrwMr0W7Tu5CvF5zRc6h5kLA0H1FrJpLQsHrW0YJWv5CwfBNRhMEO0LCLc5F3Ws4QshCGkXLjatCyiF+Rav1RELN6bpF6wjpQtPrlkaOw/lC0/w4RayBQULZhMJFtqkfQtqKcEXG50pC4asjRboQx0Lh+HVIIY/eQuH5aEXVxjVC4fveRfeTZULiju9GHDacQuKRakXdUSZC4/IvRb4DtkLmB3BHzV0DQuvOdkXIzZRC7N2iRcyJBEL7vs9F/nVWQvwPqEbZWDJC/gd+Rhb1XkL/vY9FvP0WQwD1j0Xxp55DAXBeRa3B/kMByFBFvUk4QwJaI0XSPI1DAxIiRbr8s0MEd+hFsR7YQwcoakXHOSJDCkBuRgGVi0MLLJBF0/BsQws450YEld1DC8qbRckmbEMQO55F2NiRQxIKDUXNeMtDEvAtRiOYW0MTIghFxFgEQxb9yEYDOS9DHB4tRcOVA0MfrQBFwOfmQyDXbUen9IFDIQ/PRcDrUkMhRXpFs7gfQyKXE0W3wAlDItatR6KpWEMi+2xGHjFqQyO6DEYFT2lDJNXwRoegV0MmPqNF10CHQymeIEe4dIBDLYB+RdGoWUMuC15Fwk8fQy70nEZbeatDL5QNRbhTW0Mw4W1GFMdKQzECcUXXw3FDMgzgR0qbkUMy+ixHhI18QzTsfUXUoONDNPkhRhUcAEM10rBGQ/PsQzhQ/EWwPhdDOisTRdFZpUM6tUBF+E6RQz0RvUXwtbRDPRLaRgLh3kM9FGxF5VBdQz0V0UXL5A9DPRbYRjJgF0M+DWFFp9THQz7M9kXSxoxDPu2HRtv7IENA7bJGB/EtQ0FCZkXS5d9DQXF9RhgMrUNBeWJGM/xBQ0GFfkciQdxDQYoBRb/N6UNBkaVF2mTNQ0GZe0ZZwA5DQ4oNRdVP5ENDz3NGf/+QQ0TxgUYDZK5DRPLERfAx9kNFzrZGv3VhQ0fN+kYatj9DSCjkRdQ9cENIv2FFzGmGQ0k3Yka0a9ZDSUdbRded5UNJTJ9Hi9pYQ0lh0UaeitBDSvG0RcouN0NLZ09F1XqyQ0vPZkXjCQlDTP4KRd4Ig0NNmIdF3fF/Q03W4EYlCd9DTvjVSGJf9ENO+ihFtmUdQ078GUYDU8lDUkwNRfkVqUNX54NGPPj8Q1nmqUYXZ1ZDX+X8RdDxeENgD8pF1XsXQ2EMx0YEOElDa+zWRnizwENxaVdGOnQnQ3qJxkXGHQ1De28jRbqNzkOAMMJFxBqwQ4B6GEYfIcxDgdA0Rj3SKkOCkVNGEMkoQ4eVKkXZaGVDiBWKRd3UIUOIOnlGQTkyQ4v9d0YOlzVDkfQWRdIWjUOUAIxFusISQ5Ul5UXSvtFDlVvHRdQ9jUOVmVRGMvroQ5dp20ZXq89DmFn5Rix/OkObmQtGJ8YqQ59E2UaaOGJDn0b0Rr1keEOfSWtFvfmhQ6DrgEYOMDVDoOxPRg1oZ0Og8DtGDbcvQ6DzMUc3Nr1DoPRTSAxTQEOg9zZGISztQ6D9J0ZovKxDpEsyRliZY0OoPj1FxsbuQ6iLP0YmOQ9DrPuxRc8BtEOxc1FF5+kOQ7IfjkX5QrBDsiGuRl3KD0OyOo1GWbyRQ7LkGkYEc6hDt4kpRcbBXkO5c8VFrs3AQ793kEXAH9ZDwkdkRdFF6EPDhiZGOaLeQ8b9e0ZDLqRDx4HyRbiAaUPWlvtGJmYSQ+AnGUaw/W1D4ip5RcOTXEPlaMZGi/FKQ+bHokXcxu9D7JV3RjQk5kPuy5xF1lJ0Q/F2ukXfQstD+7gERdjH80P/HTRF7Ec7RABwrUXdcsREAp4BRdEChkQDElFGdbnTRANzj0XOjiBEBcM5RcwRoUQHbGZGHJWaRAoV7UYCOeFECyBdRi/RA0QLOONGhIUVRAuVwUXacvhEDawTRdrvH0QSAMZFw+3fRBIKFkY0iTBEF6sERdUQeEQab95FxDnWRB44fEXQfxNEHyZxReFwg0QhKlNGZuM9RCO5nEYrOE5EJSyWRonuaUQrulRFzzg6RCzlUEXmPrtELl+TReZE+kQw7ARFyzbIRDiv50XHH9xEONTZRmCsJUQ++LFF2t4gREGFmEZhf6BER5/IRckuVERIPy9F4fKGRElM4kY81LFETJpMRccQlkRQI1hF/v85RFBUCEYFbxBEUkwLRiMfrURT/UFF1ZHBRFT+wUXlDi5EWl7bRgMVqERg6zVF6LKERGLZu0XrSRVEb5SARcuYHERwuOhGXabqRHC8KUZpyOZEcMCZRxFf2kRxaatGWfTPRHes3EX2zxo=</peaks>
+    </scan>
+    <scan num="1046"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT528.712S"
+          lowMz="52.169448852539"
+          highMz="989.803283691406"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.9844225e06"
+          totIonCurrent="9.74088e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1047"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT529.233S"
+          lowMz="51.452732086182"
+          highMz="998.170837402344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.4763525e06"
+          totIonCurrent="9.014405e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1048"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT529.757S"
+          lowMz="51.097576141357"
+          highMz="965.655578613281"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.48722e06"
+          totIonCurrent="1.433393e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1049"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT530.251S"
+          lowMz="50.457180023193"
+          highMz="996.893859863281"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.6476715e06"
+          totIonCurrent="1.101813e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QknUJ0WZszBCU5GFRZwGGUJXQTVFtCypQlqJmEWFXmtCYNxVRYVpuEJhGXxFhqCTQmk8T0WKctBCcGrPRYw26EJxab5Fj8LdQnQTdUWQb9BCdaPFRZtKHkJ38/9GeWXVQnuTE0WOaWFCfnuKRgbL3kKAcbxFi2phQobCGkXJL+1Ci2uWRZh/eUKL/XNFpdzZQoxIDEWWMdRCj/K+RcRvXkKRwERFnS+LQpUgyUWP8gBClwPyRaJZbEKa8FVFrqZpQp2oGkWOFcZCnahnRY4FgUKe3s1FoJ7lQqDyIEZAx2RCoPLeRgwoYEKg9AhHXQT5QqD1jkYRsV5CofMXRkZuy0KkSwVFkqudQqRpCkW6LxBCpgzIR06XG0Kn29VFj1ukQqgEhUYr7rhCqX9CRZ+yGkKp0CFFk971Qqtb5EWt3CtCq/aKRat/o0Kr+SlGg4hnQqv9uUX5dk1CrAT8Rt2qqkKsENxGhwEpQqwcvUYG3kJCrgRpRivcR0KuCjlF9vOLQq85xEWZzeNCsOLmRZ6mNUKxYelFkxZhQrIMeEfgDwtCsjQWRatMgEKy49hFotG3QrO4lkZJzXFCtbFqRZ+vw0K10aFGnggbQrXWCEWralFCtdnjRf1eN0K120BFt+ciQrXhoUXZxBRCtekFRazN4kK17mZGfPM0QrXxvUaCm1NCtfQ/RcVRTEK1+zNGi6fOQrX7lkaKaR9Ctfx3RdFi20K1/Y5GG4snQrX9zUYplcRCtf5xRvZON0K1/yxGm+PhQrYAQEe14JNCtgG+Ssre70K2Ao5IvDQOQrYECUcSAzlCtgTGRpcXEUK2BapGSGWDQrYGZEYjMXpCtgeVRg1QokK2CChGvnAqQrYRwkYd3UZCthhDRaV740K2MfRGFl4NQrby/UWUoXlCtwSXRbbfQkK4A1xIAWavQrgEL0YfjblCuAy7RsqJ/0K4VjVF7vchQrkNl0WimXRCugPZR2zmw0K61sNFq8zEQrszjEWyV+9Cv/FORacaYELA0ZZFnR0yQsHrckYWKtFCwfAURaY05ELCZpdFqtTzQsQZcUWqnnxCxYE+RZY7c0LFg/dFkR4vQsy5NUXPcZJCzenBRkcqrELRcv1Fm8HRQtPrikZU+V5C1BTTRg/EVELaFJ9GB3uHQt/F8kWjIB1C4fdCRY8r/kLh+HdIJ+glQuKNMEYUHTFC5H/TRaKSR0LmB3BHqlqOQuaRsEWY0M9C7JUsRdmigkLv90pFkwooQvQUy0WygGZC+N70RaUjhkL5EotFxTp7QvlYdkWfbTlC+1aURaRSq0L7vtRGOt8PQvwPm0bVrCxC/ZAqRZNdwEL+B3dGHmk/QwD1hUYFaj5DAQ4sRf2V7kMBOK9FowB1QwGcGUWVxNtDBN4TRdfWYkMKpVBFkSE/Qw6gCUWSEbpDEE1vRaT/GUMTc/ZFpqMpQxRzE0WWiRlDFv3WRigwjEMXyllFqdlRQxndB0WoBtRDINdvR5YKDkMi1qtHk7T3QyL7W0XfWCBDJFtxRZebvkMk1ftGi6QbQymeY0eeMYlDKt7mRZCj6EMuXl5Fz3AtQzDgiEXwDKVDMOiARZIEmkMyDOtHG/zVQzKP2EWdz2VDMvouR2HgukM0+QxGdB1UQzXUeEYIvoNDONRoReJB4UM6Z0dFlvUkQz0R9EXnjhRDPRMVRdhitUM9FitF5YbnQz2DdEWkyPxDPu2XRpak5UNBcahGCAV1Q0GFmEb7HdZDQYn+RZ5bLkNBmbxGT0AMQ0PPeUaNfwRDRKUBRZmp/ENE8V5GTDskQ0XOsUaMmXVDRvCoRf0htUNHVMZFwmezQ0fN6EZwjWpDSPGURaf01ENJNytGd2R7Q0lGZEXA7bRDSUxcR14AnUNJYY1Ge25FQ00OjEWjY0xDTdaeReHh/ENOv3lFnY1hQ0742Eg+sutDT9YqRjK6p0NR3GRFvu3bQ1JLpUXeUflDVlFdRZ3FMkNXRP5Fu6ILQ1fniEZYR9NDWBMnRgLUi0NhDJ1F8ntIQ2E9D0WgY1xDZ5awRbBoEENqq1xFl7CtQ2vtB0ZQtAxDcWkiReGlfkN570JFotgyQ3rh6EWdIcpDeyDqRgGFQEN7U2ZFrZz8Q4HP8EYDltxDg5EwRblS4EOEKINFqqHAQ4Rt2EWlhQVDheTyRY7zl0OG9CBF2whIQ4v9QUYsCV5DjJQaRah7WEOMon9FmdU1Q4y/50W2KRVDjNV0RbkPFkOW0yJFuvKnQ5dprEYLQQhDl8JZRaiKtkOYWXNGRpPSQ5hbNkXcWHFDn0PqRbp1i0OfRvJG0sUFQ59Il0Xg/QJDn0nLRfNtIUOg8NNGh7ebQ6DyHkaugAFDoPQQR+OBREOg9bZGLBINQ6D3CkZQi8ZDpEsORha8AkOl4zZFzlCeQ6dTqEXAk1VDqItHRd94UkOprVtFqcehQ6sun0W0GpJDrfkORZriIEOuY3RFl4XjQ7Db5kWZJalDsYPORbKe5UOxn4tFwFTkQ7IjIkXXNolDsi9XRcYCMEOyPDpGP1ztQ7Lju0YG11VDs1RWRZj9XkO5lrRFoAtFQ74rGkWqYdBDvyyARbk/mEPCvmpFpeamQ8OF50YW9nxDxvzIRn8qskPG/9NF4iN3Q8y3XEWpShhD1KZgRZqv20PWIcZFrdANQ9aWl0YfT3ZD3WLfRafiR0PjnS1GPYH2Q+QdVkWgzE9D5WhcRoj2lEPluR5Fmu4GQ+bHV0Xg/5pD6jTuRelGOkPslVRGSjLIQ/NiuEXCCDRD96W0RxuB7EP4JkFGXMeLQ/hhVUWdqUtD+2s0Radk/EQA6qhFzDCIRAMSD0YA87xEA2KQRaI/RUQDnT9FxicsRAR5EUWak8pEB2wLRmxfSUQHcKBFpk+cRAnAT0W95fZECwmmReKgWEQLOkhGUvy6RAwRDkWxK0REDYkqRb9dvkQO085FrPQrRA8HFUWjkAZEEgniRjgJzUQYtO1FuJc/RB3gW0XPMQJEISclRdm1kUQhKehGiTeDRCIUi0WdnuBEIsknRZCUFEQjuZdGLG8MRCUsZEZv4ZhEL8B3RaWba0Qv/ThFpGVVRDUDJUW5z85EOM64RaYqQEQ41L5GBIKsRDzb80WpQOVEPjRLRbW6zkQ+zblFowl4REGFuUXmGZtER+J5Rbr5cERLgwpFzf5IRFJLyEYXcalEVLSuRakGZERU8f5FyTjRRFlc7UWkXLtEZW3JRatR10RmVzFFsP1jRGbM6kWafTtEcKx4RZ1VFURwu7ZGHbLhRHDANEcL4DhEcWm1RkHAFkR2WdpF4QroRHd1f0XvpwtEd/nDRb16KkR5OTVFpbd0</peaks>
+    </scan>
+    <scan num="1050"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT530.758S"
+          lowMz="54.83288192749"
+          highMz="989.828125"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="1.2628771e07"
+          totIonCurrent="2.1820444e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1051"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT531.235S"
+          lowMz="50.004909515381"
+          highMz="990.727661132813"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="9.599305e06"
+          totIonCurrent="1.5978759e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1052"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT531.724S"
+          lowMz="50.358283996582"
+          highMz="996.184997558594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.0045975e06"
+          totIonCurrent="1.1470704e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1053"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT532.234S"
+          lowMz="50.287940979004"
+          highMz="980.792297363281"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.0727675e06"
+          totIonCurrent="1.3122157e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1054"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT532.739S"
+          lowMz="50.245880126953"
+          highMz="989.82275390625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.613524e06"
+          totIonCurrent="1.4227413e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1055"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT533.232S"
+          lowMz="50.005558013916"
+          highMz="989.830810546875"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="7.1604195e06"
+          totIonCurrent="1.2073643e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1056"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT533.737S"
+          lowMz="50.192893981934"
+          highMz="965.612365722656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.414566e06"
+          totIonCurrent="1.3651556e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1057"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT534.233S"
+          lowMz="51.010604858398"
+          highMz="989.831176757813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.4286655e06"
+          totIonCurrent="1.258296e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1058"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT534.728S"
+          lowMz="50.863861083984"
+          highMz="996.9326171875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.750004e06"
+          totIonCurrent="9.646421e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1059"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT535.245S"
+          lowMz="50.828342437744"
+          highMz="989.868896484375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.1285355e06"
+          totIonCurrent="9.851946e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1060"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT535.762S"
+          lowMz="50.042583465576"
+          highMz="990.445922851563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.4918195e06"
+          totIonCurrent="1.2345127e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1061"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT536.269S"
+          lowMz="50.466316223145"
+          highMz="989.868896484375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.8926925e06"
+          totIonCurrent="9.507097e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1062"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT536.784S"
+          lowMz="50.875793457031"
+          highMz="997.36572265625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.965452e06"
+          totIonCurrent="9.612712e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1063"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="255"
+          polarity="-"
+          retentionTime="PT537.303S"
+          lowMz="50.04549407959"
+          highMz="996.955200195313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.3903396e07"
+          totIonCurrent="2.4638778e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1064"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT537.774S"
+          lowMz="50.974075317383"
+          highMz="999.242797851563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.787912e06"
+          totIonCurrent="1.4922533e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1065"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT538.265S"
+          lowMz="50.4704246521"
+          highMz="993.021789550781"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="8.405743e06"
+          totIonCurrent="1.3750928e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1066"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT538.763S"
+          lowMz="50.366180419922"
+          highMz="989.880126953125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.5731e06"
+          totIonCurrent="1.2484558e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1067"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT539.267S"
+          lowMz="50.719268798828"
+          highMz="989.866943359375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.850164e06"
+          totIonCurrent="1.2716204e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1068"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT539.771S"
+          lowMz="53.297496795654"
+          highMz="999.990295410156"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.9395645e06"
+          totIonCurrent="8.3320845e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1069"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT540.297S"
+          lowMz="50.763561248779"
+          highMz="990.798583984375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.6662e06"
+          totIonCurrent="1.0992576e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1070"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="283"
+          polarity="-"
+          retentionTime="PT540.812S"
+          lowMz="52.575923919678"
+          highMz="989.892211914063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.521918e06"
+          totIonCurrent="9.727341e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1071"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT541.317S"
+          lowMz="50.345977783203"
+          highMz="965.699523925781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2449455e06"
+          totIonCurrent="8.712726e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1072"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT541.848S"
+          lowMz="51.35765838623"
+          highMz="989.890808105469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.2787815e06"
+          totIonCurrent="8.697835e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1073"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="291"
+          polarity="-"
+          retentionTime="PT542.372S"
+          lowMz="50.464038848877"
+          highMz="989.881103515625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.7141745e06"
+          totIonCurrent="1.2421202e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1074"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT542.874S"
+          lowMz="50.729118347168"
+          highMz="998.927612304688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.836969e06"
+          totIonCurrent="1.1725921e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1075"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT543.377S"
+          lowMz="51.281749725342"
+          highMz="989.91259765625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.679553e06"
+          totIonCurrent="1.2837953e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1076"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT543.874S"
+          lowMz="50.952671051025"
+          highMz="994.822692871094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.338451e06"
+          totIonCurrent="1.0631154e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1077"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT544.388S"
+          lowMz="51.570655822754"
+          highMz="989.904724121094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.154077e06"
+          totIonCurrent="1.169769e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1078"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT544.895S"
+          lowMz="51.076721191406"
+          highMz="998.703125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.828611e06"
+          totIonCurrent="9.830151e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1079"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT545.41S"
+          lowMz="52.230453491211"
+          highMz="990.838195800781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.563479e06"
+          totIonCurrent="9.601574e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1080"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT545.923S"
+          lowMz="50.285152435303"
+          highMz="989.931762695313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.9381715e06"
+          totIonCurrent="1.3349622e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1081"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT546.424S"
+          lowMz="50.161426544189"
+          highMz="990.830810546875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.5537325e06"
+          totIonCurrent="1.0867712e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1082"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT546.923S"
+          lowMz="50.64835357666"
+          highMz="990.999938964844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.9099785e06"
+          totIonCurrent="1.2805389e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1083"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT547.423S"
+          lowMz="50.803058624268"
+          highMz="999.963745117188"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.1458515e06"
+          totIonCurrent="1.3416277e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1084"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT547.925S"
+          lowMz="50.308368682861"
+          highMz="989.928283691406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.0091115e06"
+          totIonCurrent="1.2120561e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkk7xUWQeV1CSXZTRatNUUJJ9XxFsVumQkwo+kXNM3NCTYCyRZqmzUJQjppFk1C7QlL5ukWkjTJCU/XVRbcvgUJZiIJFoMtIQlwH8kWe58VCXsi1RakoMEJgXzRFpRl1QmGBfkXP1PtCZK9CRanDq0JrYUVFnX+yQnDko0W7qNhCcQUjRZbaBEJ38+5GKWClQnkWT0WbQ7xCepooRc+hm0J8V3RFoUp1QoMRWEWN9ylChGxFRZ0QmEKEpfpFoauKQoVji0Wr3/RChZRxRatTl0KFnOVFnmU7QoZqT0XBB+BCh4i8RaCZvkKJcx1Fm0qXQo19TEWnlApCkYe1RccoTEKRiF9Fs1WGQpYEaUXeJTZCl2pSRZYTC0KdAU5Fuj/jQp03PEW4wadCnYwCRZmNk0KgifFFzCI4QqDtE0X3+xVCoPA/RkHBo0Kg8nhHbnBoQqD06EXsE4xCoPfuRjATBkKh8w9GUUzWQqPse0W37+VCpgzHR3stZkKmMcpFm5ZBQqc28EWzOURCp5XqRdBCk0KoBItGBe2SQqv3s0X92TJCq/gvRkaimUKr+NZF8aHyQqv5SEWhdU5Cq/9KRaBmu0KsA4ZGjJn9QqwD+kajeE5CrASiRnf6LEKsBTFGUbPYQqwJt0W98MNCrA9MRhYxlEKsD8hGKZ/cQq4Ef0ZvkUNCrhAuRdZhkEKvJapF0znqQrIMdUfw0/JCsuQPRd5C8UKzuJFGFlqxQrSHmEW0rJNCtNmtRbpq9EK1QO1F7mLaQrWK+kW+N0JCtccaRdywCEK1yR9Fn+qNQrXM0kWd6vpCtdGARo8gJ0K12epFxqUgQrXaWEXldptCtdwIRbLrSkK14/VFxXZBQrXlk0XxN4VCteh2RcTEoUK17nJGjCe/QrXvT0WZrDZCtfGGRkYwOUK1+19GjTBvQrX9yUYWZgNCtf5qRqVsiEK1/zxGoYbIQrYAPEfQnEFCtgG+StXmr0K2Ao9IuZ8hQrYC80f9ThJCtgRLRw+SWkK2BN5GXrgiQrYFbkY7j39CtgWlRjYhvEK2B+9GQJdsQrYIMUYhQJpCtgjYRbKFt0K2CTRFvGopQrYVC0YNR3RCtjIRRllVJUK2O9lFsbQJQreQyEWodPlCuAJhRaytU0K4A11IF5LxQrgMxUbp1+NCuS2pRbHcU0K6A9RHiT4mQr8rZEWpzPBCwet1RgOY3ULB8DtF9HPwQsQMfkXLuT5Cxrz3RbeZ7ULHP75Fs597QsykMkWuJP1CzemmRgSPCULRuSJFro/BQtPrnUaGGjdC2hS4RhHTikLei2hF5hkZQuCPAEW6kG9C4TD/RbNM2ELhS+FFrcpqQuFT3kWquR9C4fhzSDijckLh+YBGKLpOQuKL5UXTCTVC4xXyRacjRULkc+VFveV1QuYHeke1y/BC567URdvcvELslRRFsRrJQvER70W39rdC+BSzRbg3KUL6+69FrOHLQvwPn0awbPVC/gecRc3BnkL+ZaBFw9CwQwD1nEXvJT1DBN4PRlpUPEME59lFu2wiQwX6YkWoEvFDBm7CRZ4CTEMGrZVFsqUSQwbn4kXQ/jtDB6LzRa7nkUMJzrtFwLERQwn70kWkpalDCkHARhRWK0MLPaxFwBccQwyrEkWpy9hDDKusRZP+z0MP6sVFodmhQw/7K0XJbcBDECqIRc2/CUMS8CVGYGpGQxOKNEWreaZDFDIMRZtTKkMagNlF1WwvQxqBcEWotpRDGro+RbCkR0MclPlFrxqvQx3160XBH6lDHqflRddjaEMgRt1FsVx9QyCH6EW2xlFDINd0R7Y0VEMhzR5Fny6dQyLWq0eMyQlDIx/ZRaD0/kMkNYBF3LmLQyTV6kaDfaJDJVTMRbcaWEMnhSBFsXtnQyea/EWc6y9DJ+aJRbHkZkMoi+lF2XhPQyia8UWm0slDKV3NRaURNUMpnfZHtRaKQyuMAEWekSdDLNMKRZ/iUUMu9KlF0xfDQzDfxEW5dQ9DMOFwRhDmn0MxCU1Fr7+PQzGAdkW9mplDMgz1Ry3190My+ihHn4HaQzSHr0We8UhDNPkLRh4pWEM12MJGGa9SQzjVTUXoMUlDPRLORefSfEM9E+xGF+hzQz0VskWx6PJDPRZXRdJwYkM9GAhF+egsQz0c0EWglyNDPu2ARo22KkNBZn9FuckSQ0FwdUX+UZBDQXhTRfwEs0NBhH5G8sKFQ0GFmUYYQ35DQZD6Rc+VYkNDz3tG6u54Q0TxnUZHPPFDRPSIReoYi0NFw3RFuDFNQ0XLHkWwHTdDRc6oRwQCqENHZdNFwiZxQ0fNx0YRaaBDSPHDRbvWt0NJNydGo4NuQ0lMeUd5PWVDSWHARpImFENKqY9FqoPHQ0z+A0YW6fNDTdbARhLs2ENO9xVF273AQ0741EhTTEZDT9XeRbOmfUNXQ+dF7MHdQ1dFqEXFCoBDV95mRgDZaUNX4sFGCc+FQ1fnWkZIYV5DWBO7RfdF2kNZpOpFvji5Q1nmykY+OgRDXWkaRd1yIUNeledFyGTLQ2APiUZOeTNDYQ2wRheSIENr7PhGrKbaQ20Is0XLFYZDbhPHRdQSYEN2x2tFt5gHQ3vhQ0ZK7xpDgOjLRdklkUOBpadFrf4PQ4HP+EWg+9hDgdCpRg3Hn0OEYF1F73MIQ4o4E0WjnPZDi4l+RbsihEOL/gtGBxVUQ4wSF0XaNeNDjRmqRcfYV0OTY/lFtIpoQ5N5K0XjPOVDmFj6Rb8EYUOYWgBGJWFUQ5p0lkWuhxpDmqgiRbefiUObVGFFwYI3Q5ziSUW97dlDnYAbRbehCUOdlvxF7n7KQ53bmUWwS9FDneo9Rb+CnkOfRh5GmDY7Q59Hd0Z2jz5Dn0jqRoEggUOfS7tFyr/XQ5/CQkXftFFDoOuVRdMnUEOg7ghF1G9mQ6DvgkXASo5DoPKTSAheZUOg9RtGBPz4Q6D9d0YQpuFDpEvmRgZkFkOkg7FGSxUvQ6us5kWt20RDrjGmRb/CDUOxg5dHRabqQ7InbkZ0qfBDskCVRlXhrEO20KdFwre9Q7gHTkXg4t5DuUVCReAzzEO/oa5FuaGwQ8OGr0YFTllDxvrIRgK/xUPG/UpGsQ3MQ8cASUWnVI1Dy5yARcO+WEPLzlZFrzYyQ8wPrkW2q/pD1pd8Rk7UckPWmPtFtDlJQ90YSEXE/ZhD475xRcL64kPlYpFFx34DQ+VnDEYyVxFD5Wn8Rg8npkPnaflF6n2VQ+k5o0W7rl9D6jXNRj4q/EPslmhGHMYaQ/oPZEXi2U9D/EYhRdH0dEP8ViJFtpGZQ/ybxEW4FNRD/VggRclLt0P9ecxFq1WPRABmI0XJP6NEAxKNRi9vikQHaoNFwfq1RAdsbEaNudFECsrvRbdyCkQLPZBGdjyJRBIKtEYnrxBEE+YKRc13RUQYs0hFzyXARB8RP0W1UtxEISRwRbUsk0QhKkpGhmu5RCO6lEZbTNZEJSi9RejbG0QlK5FGTCRbRCUto0YVc0hEKAzcRdARZEQooWZF0UgMRCzba0XG6iZELvmbRc7DSkQ0AANFwU+KRDjVokZFU99EOWI4RcrHa0RAURpF38zNREFw0kXfcP9EQYRkRh0hRkRCAsdFuNMEREP4aEW/szFER31fRelQaERJTJZGJFPXREq2bUXQoxFESwZrRbJN6URMrYRF2wM6REz7YkWw2WFET8FdRchDW0RP9D9Fv8TKRFJMk0ZnTpdEVJSaReLN+URXJrFFyLMJRFiUg0XwaFdEXpoyReS5V0Ru/ypFz4oJRHC7+kYTfz5EcMC+Rxvn1ERwxXRGHM5mRHFqikY5+SJEcjupRb5u3kR3e2lGCD9G</peaks>
+    </scan>
+    <scan num="1085"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT548.424S"
+          lowMz="50.800243377686"
+          highMz="996.221435546875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.259041e06"
+          totIonCurrent="1.0277799e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1086"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT548.939S"
+          lowMz="51.847648620605"
+          highMz="983.462646484375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="8.1891705e06"
+          totIonCurrent="1.3587407e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1087"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT549.439S"
+          lowMz="51.529693603516"
+          highMz="989.940124511719"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.0225665e06"
+          totIonCurrent="1.1891801e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1088"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT549.945S"
+          lowMz="50.537246704102"
+          highMz="989.961120605469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.3090135e06"
+          totIonCurrent="7.515042e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1089"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT550.487S"
+          lowMz="54.498687744141"
+          highMz="999.808898925781"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.71538e06"
+          totIonCurrent="1.115176e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1090"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT550.99S"
+          lowMz="51.086528778076"
+          highMz="989.941711425781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.4865545e06"
+          totIonCurrent="1.1052446e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkxYm0WUxYBCTN7GRaRB0kJYlaJFmKU3Qllx+UWiSPxCWZckRYkx6EJZnu1FtMRKQlsAvkWgjvZCXlHfRZrwMEJfGtBFynIgQmiFFUWeGaZCcKYJRYwYnkJzzGVFolIgQnfz80W8JuBCe04GRafuC0J+e45F0f6WQoJ+qUWso8VChFwPRaPVa0KGvJ1FqUyEQohbb0XK345CilByRaq/gUKLhMZFqT8MQoyJDEW3mlhCjbGnRb5TpkKQUXZFmo07QpB9cEXJupNCkhUvRcPAnkKTScBFsdooQpSXU0XPj4dClrfsRah4ZEKaazBFpc/KQqDSQkWikApCoO4PRgZ0ikKg7y5FrkFQQqDx80b0XhFCoPMQR0ah7UKg+A9GNkhvQqD5jEWtTYRCofMKReom/EKizExFsd+kQqMo+UWw5XZCpgzKRzIBeUKn2q5Fmr+5QqgEmEY0aE1CqsbfRaIJtkKr+RpGTsSwQqv9jUXZ0EtCrATrRtJ6xUKsBY5GHuASQqwGFUW4hQZCrAl+Rac1vUKsELhGiXRcQqwRXkYAHANCrByGRaB1a0KuBGxGmJlJQq4KOkYcYL9Csgx5R+eSDkKyNFJGC9D0QrLloUXNUdhCsu5kReYkuEK1zAdFtu3KQrXRnUarNqxCteT3RcDfuEK17mdGfAc4QrXxs0Y2YeFCtfsmRiJy9EK1+6FFvWzwQrX9tUXNvdNCtf4xRskOIkK1/2hHdqXYQrYAKUeX+S5CtgHFSsX0NUK2AnRIg8u5QrYDFEe0r51CtgQuR2D6sEK2BRFGpVG1QrYG2UYcxehCtgdpRkVbDEK2CC5Gg0ZLQrYR20YDLkBCthUjRgTjNkK2MgFGH7wNQreJHkWwsQFCt/cnRbehGEK4A2ZIBHbGQrgMukaEqsNCuFYeRbQByEK6A+JHSh3+Qr9DrEX3Ln1CweuERhl7JELB8DFF6sR/QsYTcUW6g7NCyNW1Rbi1GELLeCBFmy6tQsvyJ0Xafq9CzF7tRa5BHULN6ahGFPZaQs9qHkXYV+dC0+uLRmv11ULUFNBF2BRbQtXNh0WlMotC1uc0RaajFULaFMpF+GKzQty30EXK8K9C34rCRaTWtELh+HxIM8dpQuH7xUYCZ0ZC5gd7R5ROQULnv7NFmKipQuxiE0WjM5FC7JefRfIzxULtGvZFqvAwQvCA20WvhwdC+77KRdCYPUL8D7NG3lWDQv3PJkYrjXVC/geLRk5nIkL/vYNGENUiQwA+FEWgySZDAPV+RdTC3EME3hJGIj+oQwkLlkYNLMxDCz3iRfHXFUMR7i5GJhlFQxIq+EW9dcpDEvAnRoRDoUMW/aBFxQO7QyDXdUeWU2lDIVV6RaSRNkMi1rtHknhaQyO620WuOdlDJNXcRncIu0Mpnd9HoI3wQymez0aeJ0JDLDEgRaj7gUMtzd5GA9IzQy4KkEW29XFDLl3cRfkzM0Mu9KtGG6VrQzC1w0W2tt5DMLwWRbfZCEMw34ZFrnpfQzIM9UcX2oZDMvovR4qxa0M0+QpGT9ZOQzXZUUYVbY1DNyNxRkPcqUM41jJGDjdLQz0P2UWehQhDPRJ/Raf7GEM9E71F35+LQz7tjUa6DiRDP6QyRaq+mENBTF9FpyD4Q0Fxn0ZY4DZDQXlIRhLYG0NBhZFHDaVgQ0GZl0ZJYexDQ89uRo/ZgENE8WFFy/yqQ0T0P0YlOcVDRc6rRpUBpENHziFGFwLeQ0k2/0aHlypDSUxGR3k9c0NJYYFGjDKtQ0z+EkXEKflDTvjgSGNihUNPZspFvll9Q0/V/EYIsV1DT/nORfim+ENQ5QtFtH1WQ1JNNEYPMg9DU60/Rcz9rENXRMVFynRSQ1feUkYXDdRDV+eJRk84o0NZ5sVGgxF+Q1sQ1EZUvldDYA+JRn35YkNhDrpF905/Q2Y6fUW9Tn9Da+z6RrnLl0NufWxFv96rQ2+cE0W1TeVDcWuPRdXSl0Ny/1xFpFC7Q3YTCkXqM0RDfeQhRaDX9kOAeipF+gq9Q4HRH0YZdApDgn0yRbSKJ0OCkaVFvlVMQ4Q0oEWqyqBDha8iRayE9EOIOXBF9x4yQ4kEoUWdD7lDieXoRd/G10OL405FxxOeQ4v+jEYnaDhDkPWJRbbMlUOXaxVGIR5EQ5hYWEYhUmlDmFpMRhnL2UOY2wRFpzADQ57olEXEAvxDn0KXRrQ6SUOfREpGjRRVQ59F9UWoP6pDn0h3Rg8IGkOguGBF3JpuQ6DpSEX/JUdDoPFbRycGi0Og8wRH5AWkQ6D05EaJOD1DoPrxRaSM5EOg/UJGWKvSQ6RMy0YPYOBDqBzSRbonlkOoitNGV2zWQ6wQr0XKFUZDr2QERc8rkEOxg4lGNIZlQ7IoHUYn6bpDsj55RbkvUkOyQP1GRo6UQ7LlG0YRmdJDs5XLRmICQUO0FeZFtjbyQ7QydkWeYJNDtFQpRcYKU0O9AkhFuHVQQ8OHr0YbV2RDxPcnRdqIcUPG63lFrBa9Q8b7AUYlE9RDxvxqRmutbkPKmC5GD02ZQ9E6JkXIOipD1EaGRba3lEPWmEdGOsOrQ9ewqEXVH6FD2/C+RckYxkPjkGxFtHIRQ+Vno0aofxRD5mq1RcnCw0PqM8xF7eWPQ+txl0XSSkBD7JeIRpQKekPtjrVF0zd8Q/ItP0XWE4RD9qQdRoBntkP3I71GBpBAQ/f/VUYIqZZD+UiwRbEvYkP8LOpFrparQ/50uUW1WbdEAxNmRmFDhEQDt/5FuCEvRAUL2UXZcdVEBfjwRbJk8UQHa71GQuHeRAhrMkW/y85ECyV0Rf5DQ0QLPgZGd2rRRA2ECkXiaaZEDsQKRci2h0QPH2FFvd71RBG5G0XOmxhEEgtlRiVjekQU8d9FxflQRBrCqUWxRnlEISg4RdJSEUQhKZtGm2yZRCION0XAqwFEI7s3RihPIUQkqEVFwrZnRCUryUacbOVEL2RoRa5cI0QzeU9Fr//6RDVV/kXdxiNEOJ+URdH88UQ41lRGKb5NRDy360W01JpEPzLBRa8f4URBhZlGH3mDRElMf0XeTPBESyz3RckwJERSTbdGVbw4RFJct0XBD21EVt1kRcG7rURecMlF3CV/RGeIEUXHUrZEcL+iRwu9bURwwm5GTWOsRHFrvUYUbxtEc4QFRbwkkkR2MZ9F6t0eRHd8RUXiO6M=</peaks>
+    </scan>
+    <scan num="1091"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT551.493S"
+          lowMz="51.590267181396"
+          highMz="994.882385253906"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.2892315e06"
+          totIonCurrent="1.041934e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1092"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT552.005S"
+          lowMz="51.951133728027"
+          highMz="989.953735351563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="8.0242385e06"
+          totIonCurrent="1.3454473e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1093"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT552.5S"
+          lowMz="51.61682510376"
+          highMz="989.954345703125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.012825e06"
+          totIonCurrent="1.1492358e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk53oUWfF1tCUuI4RZbhU0JVP+dFo+HuQlexH0WwlDJCWik4RYhavUJcDSBFmknHQl5YoEWdgqhCXoG3RZT6IEJq4XNFkP1WQnSiTkWUZK5Cd/P9Rklv2UJ7WFFFl4irQoAsCUWl4VtCgG3MRZHi+UKByklFnfjMQoS/fEWNRplChfejRZbQPUKGwptFkot6QoeNTUXMcpNCiC5fRaA1CEKKfnpFtEbFQpAopkWdgvFCk0pARfgLQ0KUN1ZFkwxTQpblZUWVK7lCm0/GRaNHY0KbslJFnxOgQqDkukXghdJCoO0gRfql3EKg8SNFyDosQqDyR0dejWRCoPSGRgVIwUKg99VGIZWnQqHzG0Y4YdlCpgzIR6AfekKmejdFnm6yQqgEmkYX7dhCqBIGRay0dkKqeVtFod0AQqqQ9UWVW9pCqtwpRZZve0KrXRFFpPf1QqtsekXK7o9Cq/hkRhdzCEKr/QZF5rBFQqwCP0W1IhpCrANbRfHNhUKsBEBG3D8QQqwQF0ZUnZxCrgRrRo9fj0KuCjlF8m3EQrIMfUgARKRCsjUORgDPPkKyNrNFq4RpQrLld0W5zMpCs7iwRaiMZ0K1gPxFw3YnQrXNP0X5zHZCtdGiRuRWw0K126hFwxANQrXgzkXQP3xCteXPReiDp0K17mlGgosQQrXxrEZwKVNCtftSRsNcDkK1/FlFwSNtQrX8x0aMSyJCtf6BRoAdikK1/wVHHa6iQrX/tEeN3fNCtgA7R69WAUK2AcJK1gOyQrYDJ0fLA6hCtgPtR11pn0K2BFhGmhw8QrYFHUZDYHVCtgVPRjMSrUK2BoRGjjkKQrYG+0YwqAVCtgdfRfO4g0K2CFpGqehvQrYRwkYgxuZCthUkRh9RS0K2Me5GgMjWQrY8hkWf3/xCuANdSCETCkK4DLtG4mF0QroD1kdxiuRCvbArRZmXLkLACBJFokrxQsD7vEWwp91CwetwRaiNoELKeMVFoPtoQs3pq0XalUZC0+uTRpub0ULUFO1GFIICQtYCYEWl2hdC2KxORZ98FkLZzP1FueDgQtoUukX+KkJC3nxeRb2rXULgLERFlJRpQuEwCEWf4nZC4fh6SDtFjkLh/AZFpmh4QuKp4kX1xVhC4v/PRZnQfULj+kFFv6/ZQuYHe0esE2VC5qY5RbdSNkLqCHdFrK9BQu+NFkW1dNlC8DTnRaHlT0L2zBlFnMA5QvjgiEXqLfJC/A+oRuXnkEL9zxtFrodfQv4Hj0XOLIJC/wPLRahan0MBnslFoIRQQwTeGEZPjXFDBwUeRamy3UMHSwBFnfMwQwf4cUX2sexDCkF0Rc9X1kMLlFNFnGVCQw5/NEWtNxVDEe4tRjDHKkMSCuVFqryRQxLE9kWdLL5DEvA0RfP7YUMVKwtFp2Z7QxaO5UXB/URDFv27RiL6VEMXOIBFrMRaQxlB1EXBQpxDGoHaReHGxUMfFZRFpwknQyDXdUfXMzNDIta0R7Kz0UMi+1pF2SIXQyO6uUXEoTxDJNXyRofp3UMpdGtFuDDRQymbqUW7JUFDKZz6RhLRlUMpnetHnaHNQymfREXp2LtDKlKiRaxcWEMtzX1Fn0FTQy5ph0Ws3u9DLvSnRfnmPUMw4ApF5GXNQzIM8kcUQAZDMvouR5Esg0MzohBFsqvxQzTTDEWnNWxDNPkTRoLGe0M12fdGUH0iQzXsSkWpFehDOIsoRbzksEM7AYRFtU84QzuhyEWd249DPETNRabuQUM9EJlF8UQpQz0RvEWo74tDPRJlRZkATEM9FBdFuCZvQz0Vx0XqImJDPRcPRgK1DUM97jdF7L3mQz7tjkbNJspDQXCuRlWlzkNBeI1F/eKdQ0GE10cHV1JDQYZDReklvUNBkQlFxehtQ0GYxEYhzWdDQdWORZ3CBkNChvhFll8sQ0KjrUWbuttDQuErRZtBR0NDz2pGt1+OQ0TWWEWZ8plDRPGJRcy4hUNE87lGGpFlQ0VXeEWo5pZDRc6mRumN9kNHzepGh4nwQ0k3ekaauj9DSUfDRbSPrUNJTMpHXkpfQ0lQm0Wswo1DSWHwRoS8wUNNedZFof4eQ02qf0WfVVxDTdbZRg4sqkNOLLlFw9X9Q0742khm0nVDT3MVRaDN+ENP1gRGJfTeQ0/5y0Ydcy5DUk0yRhJFakNVmdFFyG57Q1eB4EWex95DV+eHRrdfsUNYElNFwZKtQ1sQ1kbrOQpDYA94RidxLENhDidF+bYDQ2Sjg0XBupRDaZdLRafpQENrsx1FlQm1Q2vs40a4U1pDbb5MRbni/0Nv0VVFwrRVQ3Fq3UX9nfRDd3x1RY5uIEOAeklF4MPMQ4GaWUWY8fFDgdDtRdwCeEOB3TlFxoOBQ4YNXUXYIiBDh5VhRagRIkOHrV9FpGs2Q4g5VUX/r9NDiTcuRb1JLkOKdQ9FquN/Q4tBX0XAzCtDi/5wRhjrs0OL/3hFoNf8Q4xQN0Wxi+tDjNtCRbgw8UOXau5GFmJNQ5e51kWzkqZDmFj4RojgH0Oc80RFslzSQ58++0YAUZ1Dn0OPRp0620Og59JFyfqMQ6DtukXUjxlDoPA3RfhjWEOg8lZIAKJJQ6D0fkXa18ZDoPW9RbOySUOg/VlGVASxQ6GssUWmK+tDpExaRgk9hUOoiu1GCCHHQ65fMkWqrHdDsd2XReItA0OyKJJGJWkaQ7JBmkZCCO5DskzORaa5lUOy5VpGTBziQ7P8mkXB+YRDu3CeRbWR6EO7ro1FqHTBQ71t4UWxC/RDw4ePRgDEQEPG/BdGlABIQ8b/dEWd/HJDxwc0RbmRHkPHCJdFo7ZeQ9HrkEWsQdxD1pfsRfoDDEPZpc1Foyz+Q9oZYEWzYCpD3n08Rd5DHUPlZ8hGZbj3Q+bGU0YFADtD7JbhRg8NvEPyLMZFw4uDQ/QsMUXgnhxEAxMxRgKPU0QDhIhFrJV1RASKn0WnvnBEBRHfRczhgkQHa4hGiFubRAsmKkXCFg5ECz6GRn+M9EQN+ttFpbnvRA+N+EXSIbdEEBEpRbUYf0QQWkVFvZGURBIK90ZRws1EHmteRarnj0QhKUdGph1DRCO7EUYd/wREJSwXRmxIcUQooT9FzOiKRCw+ckXEFABELd3YRb3dIkQv+DVFpJwHRDjV2UYqhjJEQYTcRgwExERDrYJFrNl/REkS+EW1sDtESU0IRgRAP0RLvItFugalRFJNSEYUjgpEUv6WRezU0kRT/5hFtGO7RFQZx0XZkndEVOHGRbLSn0Rwvz9HGMxvRHDZ30W20FpEcWsPRivnnUR3fRRGDZ7Z</peaks>
+    </scan>
+    <scan num="1094"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT553.007S"
+          lowMz="50.174179077148"
+          highMz="990.159118652344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.995572e06"
+          totIonCurrent="1.1377621e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1095"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT553.51S"
+          lowMz="50.330879211426"
+          highMz="989.979553222656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.0418645e06"
+          totIonCurrent="8.2895325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1096"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT554.042S"
+          lowMz="50.337265014648"
+          highMz="989.953125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.906239e06"
+          totIonCurrent="1.1255708e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1097"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT554.551S"
+          lowMz="50.916679382324"
+          highMz="989.971069335938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.390485e06"
+          totIonCurrent="1.2513298e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkuqrkW5vpFCTEzHRbR5kEJRcEhF1KDyQlRNiEXMH9NCWvcrRdrzg0Jc785FyJljQl4qk0Xau11CYg71Rbznk0JxEXVF2XkZQnfz8EYojH1CedhORdlDlUJ7Eo9F5aSoQn+AD0W87r9CgqzHRcJowUKFMdRF0CtMQoXUQ0XQm5pChhlaRcj2rEKGcK9Fva8fQobZXkX1cyxCjBzjRe0C/kKO4v5F0UOLQpDiDEW6h+RCkjTpRfNZ20KSTN9F9lyWQpOvDEXIwDtCnzaARdFIJkKg7apGImryQqDxDkZ2GnBCoPHgRud13UKg8rJHf6HHQqD0B0YaDDJCoPfvRjbGO0Kh8w9GWF0+QqRKFEXk7SZCpfF6RfsY00Kl+0BFxdPEQqYMx0dI1pZCqM1iRcw3WkKqPaFGCUpUQqvvqUW/TAhCq/jfRmigfkKr/YdGE63HQqwAGEX09tpCrAOQRjqOe0KsBLlHBET1QqwFfUaJcD1CrAZ6RgZq7kKsB25GJmpeQqwL2kYB7+5CrA9LRdR4QEKsEIpGkFYDQqwSLUX5MQ9CrBxORgBFbEKsv/hFzsHxQq1WUUXnpWtCrfrYRc/fVEKuBGRGh2vHQrAaN0YJz+tCsgx0R+kX5kKzi69F/yjQQrO1/UX/Ck5Cs7iMRiscFEK0jcZF8/u9QrU0HkXxr2tCtYn/RcopMUK1zvNF+pUdQrXRoEaGnlJCtdTcRhPvjUK13mpGIV+uQrXuWkaRC6FCtfHBRoFBxEK1+1tGqWvcQrX9FEY6y3RCtf2FRh42cEK1/gdGKWYfQrX++0cBD1JCtf9hRw/zekK2AF9H+BCOQrYBw0rhiipCtgNaR7PhlEK2BFJHiyDwQrYFFkZy/cZCtgXARoLwikK2BjBF93CqQrYIWkY8K7NCtjHwRnNy/UK4A2JIHD4bQrgMykauxfhCufbsRcl4fUK6A9NHQl4qQroWukYEp5hCvTNUReuNz0K/tcVF2pNpQsLT10YCy3ZCw/WvRcOf8ULFdChF2ZW2Qsb5XEXCVPBCyx+mRb/C6kLLY65F1cemQs3ps0XvFh9Cz+thRemZhELT65JGiUdLQtQU5UYl6LtC2hS4RiUiaELbkS5F3utmQt2spUXNQfNC4K3tRgVgjELhLY9GFZ1zQuH4cUhFIIZC4kx1RdJX3ULigEBFzgrRQuNheEXQnwhC435hRd5ZvELmB3RHpdiWQuyTvUYK21JC7sehRePlFULxf3lF1Vi/QvuRCkXSLjFC+77iRkYRFUL8D5FGp6dkQvyC7kXdxSpC/geMRkp3eEL/e+xF6dKxQwMRWEXKpFtDA/0ORfyci0ME3hdGaVyqQwVnMEXryapDB/hWRdS3TEMKP5hGEUdwQwsyp0YLb8NDDHrVRdbCsUMNzSlF5fKHQxAfnEYAqclDEVfpRcDwqkMSCetGAGM+QxKqsEXZoyZDEvAmRhNLTEMaf7xGOR5TQyDXcUfAG9ZDIbGKReXtCEMh2bRF325VQyLWq0eetzxDI7iARg6VkkMk1fZGz9nZQyadGEXrdAVDJ81wRdrRX0MpnI1GAm74QymeLUfSTh9DKpt3RcqbZkMq3z9F7FHQQy70okY+xvNDMN9ORjYgr0Mw4M1F/pXQQzDh1EXW7l5DMgzmRwFIT0My+ihHbsVoQzT5LkaN5qRDNdqVRnuOAEM3WgtFzK3AQzjTb0YWjMdDPMH/RdpKdkM9D+VF6c4IQz0SZ0YO0w9DPRUBRgU880M9FllGFVkcQz0aZkYZPJxDPu2HRuDsX0NBcYdGKdGuQ0FyYUX6/UdDQXk2RiSMKUNBgzhGObNCQ0GFW0clh7hDQYZjRlNrX0NBmVpGb3+TQ0GqMUX4h4xDQdFERdnfGENDAk9F+ProQ0OsIUX5bHhDQ89iRmDKfENE8V5GsMXoQ0XOoEbOYJlDRdv3RgGksENHDjtF598WQ0foDUXQVv9DSTcjRps6XkNJSnFF+u0MQ0lMakeZcRtDSVFnRgA0+kNJYZpGvU1VQ0z+PkYFnHFDTdbNRgtHBUNO+NVIWoFYQ0/WGEYxv5VDUdVlRei9NENSSmpGXhsTQ1SpGkXpAshDVaeERioLVkNXRJZGGM3/Q1fnZ0ZkFPpDWBFqReqTTENYJedGABj9Q1nmzkZnmFtDW7JSRdB1u0NcntxF/xPDQ1/ACUXLIANDYA/HRg95c0NhCuNGV+VjQ2gHTkXqxm9Da+0JRuALhkNwy7BGEgmYQ3FnskYqS1BDcct4Rc4r/EN3PwBF8Ph1Q3d9U0X+rLtDePD2RdxIF0N5AYBF8rn4Q3ly5EX7NJZDgVPQReypaUOBzy9GhKX5Q4IONkXsN/hDhi7VRgEoUEOGqPtGAVBqQ4fszkXetmdDicrFRfweKUOL/I5GORD/Q402hkXdQGpDkc5cRfIxIUOWRJZFyyIQQ5do0UZj+gtDmFmlRml2fUOYWrdGKcxWQ52hT0XljKZDnz9HRfNh6UOfQHNGOP4UQ59CXEbyx8JDn0RPRpkkEkOfRUhGDom2Q6DonEZvcYFDoPK1SB77KkOg/TNGUt1qQ6IqVkX4VgNDpEpnRjTX+0OoivdGgVq2Q6lzdUYFdpdDqqkxRfCPMkOsi21GB+QFQ7CDn0XXouhDse1pRgRQm0OyKU9GimDZQ7JCK0ZJPPVDsuMXRioRLUO2qJBF5GJRQ72PzkXmAl5Dw4TBRokwS0PG+vJGQyDtQ8b82EaP1UZDxv6qRef0dkPI0VVF8sn5Q8tbIUYGRxRD1pUXRnxo7UPlZ85GqyA8Q+bHm0Zs8b1D6J+XRnncDUPp/HhF5kjqQ+yTzEZAC2ZD8i3HRg/XG0PzDplF6i2hRABVmUYAGQdEAHCvRd1lw0QA1PVGGQRfRAJ5CEYRDMhEAxFiRmsvPkQEXbNF1TbQRAR7h0X5IwREBJB6RdT5/kQFQ+VGAK6zRAdqhEXz+OpEB2wURnl9KUQHbXVF95NARAob10YBSn1ECjPURfNpm0QLJm5GKsALRAs+6Ua0/RVEEgkARovEO0QSIcVF9GAJRBzUdEYE1etEIA+qReBMikQhKc5GxfE9RCO4tkaBMIFEJSwuRrVoLEQpaw1GAhTeRCsj10YHFZhEK3YEReLDVUQs4w9F9pA3RC8MHUXNr8pEMw4xRfAQyUQ4zftF2tA6RDjTdkZ895REOxDJRflHRkQ78IpF4UyaREGFpkZfGIZEQjwCRebIY0RCsgNF2RJqRESL0EXXLtVESRodRg2In0RJTEhGFEJVRE/e7UX50rJEUkpaRlhhtERSd1RF3v04RFYBKkYRKgREV2ugRgikJ0RfESpF+0N0RGT8eUXr7UFEaKqaRf1jKERt8BdF6AYyRHC80UaOMkBEcMAGR1yHm0RwxIxF8cU4RHFn2kZoSkNEdcZWRgRwM0R3fiZGTbuS</peaks>
+    </scan>
+    <scan num="1098"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT555.046S"
+          lowMz="50.914531707764"
+          highMz="989.982666015625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.0272545e06"
+          totIonCurrent="1.1754592e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1099"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT555.555S"
+          lowMz="50.413566589355"
+          highMz="989.99951171875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.92203e06"
+          totIonCurrent="1.1502995e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1100"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT556.059S"
+          lowMz="52.274005889893"
+          highMz="999.801696777344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.814908e06"
+          totIonCurrent="1.1429367e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1101"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT556.568S"
+          lowMz="50.202285766602"
+          highMz="990.0146484375"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="6.383943e06"
+          totIonCurrent="1.0595613e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjPJEWQo+tCSoWwRaOLZUJRFP9FlGF3QlGcbUWOkSxCVHU9RZQLtUJZdvZF07DjQlmAokXJjuFCYT/nRYcK30JkB/pFrJZ1Qmo4KUW+nyNCcCY5RZivXUJy/kZFl4cHQnMH40Wgm4pCd/PtRkuLE0J+e55FyExFQoEV5UWIzWFCh1YERbX+iEKHXRVFqcaiQovkdUW4ab5Ck0exRaE/OEKTTIBF+T6GQpNfmUWg1iVCk+GmRZX7pEKd1mNFhP4cQqDvmUWs199CoPHsRrFIYUKg8ppHK7wNQqGeZEWch5dCofMDRhGUUkKjo2FFll/lQqUVWEWWf1VCpgzKRyc9LEKoBJVF7XU0QqhSrEWaytRCqxuzRbBTr0Kr96pFsTvAQqv4rEZdkgJCq/m5ReeThkKr/RtFna/mQqwC40WtIihCrAOcRiaGE0KsBIFGuFj8QqwFfUZrRatCrBBnRmgWq0KsEXJF+k4fQq0oWkWU3TNCrgRcRl/RREKuWFxFrZAEQq9BjEXFCZBCr9W0RZQSgkKyDHZHtypeQrLu40W+KtJCs7iQRdzacEK10YBGo7VDQrXhk0XCjLFCte5pRncp0UK18bxGLvp+QrX7LkZDWxxCtfubRgcjR0K1/QxGHSLHQrX9y0Y5d0dCtf7eRy7Q00K1/6RHh5APQrYAZEfSoMJCtgG7SsLSjkK2A1BHhGo+QrYD7UcyvOVCtgRPRv6CXEK2Bp1GHZcyQrYIHUZgc1pCthHeRhROe0K2FRRF5WE/QrYv5UW9xxdCtjIQRj1i5kK3QhZFkcfbQrgDVkgCBIZCuAzDRo8CAUK6A9dHb6V5QrwO20XGPKFCv84PRZmhk0K/8HNFmbkCQsA5pkWvaRZCwMOuRZ5clkLB62JGG59rQsvmt0WtMlxCzemqRodf/0LPBwRFl/zBQtPrj0Z3G7BC3SsfRap2N0LfUmZFwe9xQuH4ckhHhZlC5AFxRatlDULmB3VHqAQkQubLi0W1nz9C6HKGRbK+k0LrTN5FkpBLQvDf5UWKDeZC90bXRaNzKkL3+zVFpkiuQvjin0XfEx1C+77aRl+80EL8D6BHIClzQv1e8kWsb9ZC/geLRd4lD0L/vY9F0dwdQwD1iUXsZBtDBDrFRZ83qUME3g9GArYdQwnuGEWfP3xDChcdRa2ZFUMLTi1FqiQ0QxLwPUXiyH5DEzB5RcjbxEMU6iBFmWnKQxb9x0XUQzhDGGt6RbyO4EMbFIZFmI5wQxzw3kXGlANDINd1R6nvnUMhtGRF7uDbQyHQ4kWjX6JDItaqR54TL0Mi+2xFx0nwQyPfL0Wc2oBDJNXfRoUp2UMpSOFFpuXQQymetEehlhVDKZ+xRazSjEMth/1FnZulQy4ngkWjcGFDLvSKRgt/+kMwUMhFk3biQzDgwUYLx59DMOK6RhwZZUMyDOVHMOk2QzL6JkeBKu5DNPkBRiXRd0M13NRGNupRQzZVTUW2mpZDOyAHRZgC+0M9E9NFxiZhQz0UlkWyYtxDPRbIRfD5EkM9GShF0Ri4Qz7td0bQlSRDQQorRc4kTENBYUhFkFleQ0FxHEYpWtlDQXj0RdmCskNBg4VGBNJ8Q0GFGkbu2qVDQYazRiEFdUNBkUxGC6l/Q0GZKkYQCVxDQZ2kRdf7hkNDz2hGppqZQ0TcvEWevkZDRPFdRdx8RENE9WNFo0shQ0XOuEaphqFDR835RojcqkNJN3xGlVrTQ0lM0EdswyJDSWH6Rowhw0NN1sZGSeUqQ0741EhxM7NDT9X6RlxdN0NSTqpF/UKhQ1XjWkXHTjFDV0UiRcnu6ENX3iVF9HAwQ1fngUaoR8NDWBNCRfnP3kNZ5pxGJq9TQ11GH0W5+yVDYA+oRl1GkENhD+BGSzZ6Q2FyDEXUSgZDZC1mRa7900NnWYdFlku8Q2vs7kbJ2wxDbhOZRil3lUNxbJBF+v3vQ3r9GUXALq9Dff8NRY6RdEOAejZGFxHFQ4DoNkWw8DpDgdHWRf9ps0OCkZpFzEFRQ4MiXUW9lRdDhQ4rRaOy3EOHNQ1FuY3yQ4g5zEYKq49DiLVQRahbj0OL/39GCrv/Q4wAm0W+aFpDjKvbRafcnUOQLVRFmr8jQ5K9+kWWiOxDlV3NRaJi6kOWSAZFu6o2Q5dICEWpqG9Dl2o8RZdChUOXa+RGJaDJQ5hW00W/vKBDmFm0Rj2TrUObDhxFsbO6Q59CVkW11y9Dn0OBRqmXcEOfRZBGh+YUQ6DxB0a5jL5DoPFZRtAgOUOg8qZH/3dWQ6D0VEa6xFJDoPqsRfSn2UOhawZFpMtgQ6RNdkYUh09DpYJFRcW3bkOn2hZFxC+tQ6iKw0Yf0zdDqNMbRZscNEOrupJFofk7Q7A8nUX1DWVDsiuGRh7UFEOyRHZGCtGkQ7LmjkYcxsZDunrNRaKYZkO7FEJFtR76Q785skWdT8NDwi0rRa+apUPDiMNGQj6hQ8Td7EWfj2FDxvlHRab7OUPG/OVGSkK+Q8cANEXgdoJDypf8Rc5U5EPLnaZFonAhQ88rf0Wibp5D1pmaRmbTFkPYGJ1FsXrlQ9ifF0WaHIpD3Ki0RaiFZUPlZTJFo+lTQ+VnikaNljVD5WoeRZOSkkPlawFFqMstQ+YFKUW9GL1D5seJRfzKdUPon5BFyvUiQ+oxekXMegFD7GA0RaD1D0PsmJxF8Z03Q/M7fEWwi5VD9oEBRapSX0P3qD1FnPPYQ/9ZtkXB7zJEAiBpRb5RxEQDFBFGDcEgRAdpw0W56JlEB2wbRkwBtkQLKE1FzBr0RAtAuUZODfBEDc4WRZ+ZPEQSDB1GJtokRBbGK0Wk2ExEGSpIRbkF9kQc7GxFlyb5RCEp8kaOf89EIsQQRbsUZUQju/pGTw8uRCUGGkWp1yREJSvLRpjOD0Qlp75FuQR8RCW7j0W6y9lEJc1fRaklVEQwJ9hFuTS6RDDqbkW0AgpEMRldRbCxW0Q2zO1Fnj+YRDjXSkZdCqFEPQbeRcWAcURBhYRGP4zOREgbQkWzEnRESgOoRa2ddkRP7mpF4e1mRFJO4UY/LGtEW3PGRbdJ/kRvLHdFvIbARHDAXUchn5NEcMbjRephC0RxbLpGWYZbRHeA8EYPhB8=</peaks>
+    </scan>
+    <scan num="1102"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT557.07S"
+          lowMz="50.299278259277"
+          highMz="990.020263671875"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="7.708377e06"
+          totIonCurrent="1.2746683e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1103"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT557.57S"
+          lowMz="50.109794616699"
+          highMz="990.011535644531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.0305655e06"
+          totIonCurrent="1.2047323e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1104"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT558.078S"
+          lowMz="51.730461120605"
+          highMz="999.302856445313"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.733337e06"
+          totIonCurrent="1.2603755e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1105"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT558.573S"
+          lowMz="50.477870941162"
+          highMz="990.018493652344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.143372e06"
+          totIonCurrent="1.3399359e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1106"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT559.071S"
+          lowMz="50.2883644104"
+          highMz="989.998840332031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.681831e06"
+          totIonCurrent="1.1088463e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1107"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT559.574S"
+          lowMz="50.070846557617"
+          highMz="990.017028808594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.6219e06"
+          totIonCurrent="1.4062741e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1108"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="289"
+          polarity="-"
+          retentionTime="PT560.067S"
+          lowMz="50.37223815918"
+          highMz="965.701416015625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.62466e06"
+          totIonCurrent="1.2469926e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1109"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT560.572S"
+          lowMz="50.15746307373"
+          highMz="990.9248046875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.0935735e06"
+          totIonCurrent="1.1580787e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1110"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT561.071S"
+          lowMz="50.353569030762"
+          highMz="990.046936035156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8147725e06"
+          totIonCurrent="7.857458e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1111"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT561.608S"
+          lowMz="50.374881744385"
+          highMz="990.034118652344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.169969e06"
+          totIonCurrent="1.3844799e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1112"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT562.104S"
+          lowMz="51.072452545166"
+          highMz="990.045715332031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.764198e06"
+          totIonCurrent="1.1409514e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1113"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT562.605S"
+          lowMz="51.342071533203"
+          highMz="996.913513183594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.4637325e06"
+          totIonCurrent="1.0699954e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk1eSEWW3bFCWP6wRZpcskJag3NFtyY4Ql7U8UWU7m5CX3Q4RaqR40J38+1GhY9wQnuF+0WY3hhCe/Z4RaKMIUJ9PG9Fk9scQn57b0XgCKBCftBaRa+Vt0KAPj1FkEwZQoNmg0WaXwRCg+35RaBTtEKEmL9Fpv/OQoTmMEWp9BFChU/3RZ+VLUKHLX1FnoWaQoc2LUW6hq9Ch5wyRZsDQkKIALtFspmeQoi/6UW5Z45Ci5CeRZ4QdEKMymlFm0skQo72skXEwkNCkM2ERZtCCUKRya9Fk9mkQpnus0Wy2bJCnkjZRaA8NEKgplJFlht5QqDuikXQIzlCoO7+RYa110Kg8bZGR+XJQqDzXEdHt3VCoPSwRh2kRUKg+FhGAGLeQqHzEUYgek9Cpgy/R1pN3EKmqu1Fn5iVQqdlskWuG5ZCqASgRgmBmkKolgxFo1WdQqv5x0ZRVEBCq/5+RehmSUKsAOZFrS7MQqwDekXHvQZCrASqRfyT3UKsBaVG4MptQqwGmkXXVZJCrBCxRelAEEKsEYFGhJAvQqwSuUWbcXBCrgRiRnAPDUKyDHhH2wo5QrI6fEXblGJCsx98RZ1aEUK0QMFFuvT4QrXRckY/+NRCtdd8RZZd8kK13ixF02peQrXhkkYSJRxCteISRflhi0K17n1Ghj+IQrXxr0YjWQRCtfs0RjSSCUK1+5dF9mmQQrX9H0ZJcnlCtf3WRhQFjUK1/uFHPgqeQrX/pkcuy/tCtgA3R7dQXUK2AcNKxUHpQrYDLUex9ehCtgPmR41PI0K2BFFHFyeEQrYFDEYrXZVCtgXDRiOGpUK2Bg9GTa6iQrYIK0Z7H0FCthUrRd4u1EK2Ff5FoDYEQrYiGUXWbeNCtjIcRhKynEK4A2BIBg0IQrgEU0XY3+RCuAzJRrBa1UK4whtFmNP/QroD2UdsIVVCumDsRZO9HUK73mxFwFLpQrwMikWhOG5CvjEoRayEUkK+iTNFuU0BQsAgS0WUPfBCwet4Rc+HX0LCadNFkAHKQstQNUWXw5hCzTypRcje7ELN6c9GXCw9Qs8wokW4VG9Cz0YLRZyDqkLP/XFFpNBcQtHgpEWtdwFC0hiLRadbHULT649GjrcpQuEx/EWbde5C4fh4SDAZwELh/BxF4oJWQuKn5EZKxvNC5gd1R3phrkLmx9FF0rRLQuenPUWieMFC9xk0Rcu4g0L51oJFrgaTQvu+5kZktxNC/A+nRqt8J0L+B2BFy31pQv+9S0WqdylDAxPtRfDfxkMDyyVFo3yHQwPXrUWNI9ZDBA+vRbc2OUME3iRF5+juQwdKcUWpKPRDB/hqRejLSkMIDRBFr2YxQw7LLEWkibVDEV9+Rdo8G0MR7h1Fx7+JQxIMHUWvuhNDEvAmRgvBgUMTtOpFp96AQxSUNkWqvqFDFVV8Raes0UMWIDhFkxCcQxb9w0YVIepDGoMlRct44kMeE+ZFpldwQyCrXEWjZaNDINd0R5FN20MhRQ9FoTXoQyJ5/0WoxMFDIqdqRayGa0Mi1rNHkjIjQyO70EXXsLxDJGIwRaYc00Mk1flGnWXzQyZMT0WkyhFDJolTRafxUkMm/fVFrUMgQyjsD0WYsAhDKZ7yR5tqSUMu9LVGio6aQzDhMEYGyPxDMai8Rbfdw0MyDOxHJwR4QzI+nkW4p5pDMvowR2Mwx0M0+QNGiUKfQzXNQEXgPb5DNd+KRgUXckM69IFFnI/5Qz0R7EWvZJVDPRNrRfiUDkM9FGdGB6DaQz0Vb0XNHBhDPRZ8Rc0v90M97n5FpiLdQz7tj0a9Pn9DQXJVRh5JgkNBeixF8RN3Q0GGZUcF/7VDQYglRdn8fkNBmlVGM2YeQ0G6bUWsaXNDQlGaRbFxh0NDbMJF3kt8Q0PPZEaZ6YRDRPRTRbwsmENFzrNG2aBZQ0fN9UaWaEJDR+nWRbjd2UNJN25Gj/EFQ0lMq0dtpdZDSWHvRmYY4ENM/gdF5rrsQ03WxEZl045DTvjYSF7s3ENPDFtF3aInQ0/JsEWfzsdDT9YtRl60mENSTiJF3z/VQ1PFcEWWssBDVDzGRaTP4ENV43tF0UelQ1bUJUW02ElDV+eFRkSM7ENYE+lGJIbfQ1jHhUW8mCRDWc4dRbBuIUNZ5rdGcNp9Q1r08kWrVzBDX96QRbBtekNgD6NGKIzqQ2EO/UXybARDZOJzRdetgUNn7i1Fv2yTQ2m3Y0XDdDxDa+zqRs8I+0NsEGRFqhl1Q2zrZUWy1IdDbSYNRcQfn0Nxa2xF3BvHQ3Mo7kaW/zZDdOx5RbA55kN1ENRF29SGQ3ctoEW/uOpDfYYuRZzpkkN94P1FxdmXQ4HRmEYGFHRDg9kkRbqgOkOG9GlF4ugsQ4v/hEW4uzZDjY9FRbROS0OOHtpFsAWhQ46ME0WrM9FDlLi6Rbf+hEOVLuNFmSEJQ5drgEYEV2BDmFnmRmkmyUOfP49GA0hGQ59CJEal46pDn0YyRkSlW0Og6gRGGI/KQ6Dw0kZuhZhDoPNjR/3dTkOg9TVGBmjDQ6D2OkYxvotDo5SXRaxVOkOjrzlFv/E5Q6RNjUYLi0ZDpZCmRbpM3UOln55F2449Q6iK20Yy2ChDqqXfRbSuWUOrjeVFxeEEQ6yg/0WvK2NDscoSRbybd0OyLeFGKk1hQ7JHG0YsbepDsuZRRcvwBkPCSgdF2QDFQ8N0yUW2SapDw4hoRg0HLUPFJaJF/s7kQ8b9TEauMxpDx8DVRah/dkPH3aRFxqndQ9aZc0Y8wjpD2+cCRaUX4EPlZ5xGk89OQ+bH/UYn5iND7JekRfj88kPxQclFozsOQ/lm6UWn+0lEB2xjRn/nU0QH/7NFuHsERAsqaEYQk1REC0LGRm+sBEQNEFlFnGYRRBIL0kYJdmJEEkqCRcAp1kQXcNZF6G5ORBeeoUXPzmhEGc/cRbYAXUQcz8hFumGHRCA4DUWhrA9EISpxRqk2c0QhaatF52vpRCO760Y0cIxEJSv1RqDYhkQooEpGAi3sRCivmkW4XaxELuYXRa8cG0Q41sdGVChoRD7nV0WzkppEQU6CRaCu2ERBhkpGDEJAREGgXkXQmvhESUzXRha+K0RMOklFrsSJRE/wzEXBOzpEUk6vRdMaOERXbsZFoN82RFd6o0XNu4hEWh2DRc1ay0RaymxFtBn4RF3OWUWyEBJEYizyRbkX5ERlNJlFuX47RGiv+EWlMShEbhRJRahjEkRwmUxFzJtyRHDA6Uc0FBVEcWvRRgtfJ0R3hGRGBX6GRHk6d0W6mZ4=</peaks>
+    </scan>
+    <scan num="1114"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT563.11S"
+          lowMz="55.265682220459"
+          highMz="993.771545410156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.5779235e06"
+          totIonCurrent="1.2057994e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1115"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT563.613S"
+          lowMz="50.156078338623"
+          highMz="990.0673828125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.959003e06"
+          totIonCurrent="1.0190642e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1116"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="378"
+          polarity="-"
+          retentionTime="PT564.126S"
+          lowMz="53.813171386719"
+          highMz="990.029907226563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.211626e06"
+          totIonCurrent="8.921077e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1117"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT564.655S"
+          lowMz="51.296474456787"
+          highMz="994.315795898438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.964048e06"
+          totIonCurrent="1.129005e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1118"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT565.159S"
+          lowMz="50.46496963501"
+          highMz="997.000854492188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.2085485e06"
+          totIonCurrent="1.2140833e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1119"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT565.654S"
+          lowMz="50.108180999756"
+          highMz="993.224365234375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.043787e06"
+          totIonCurrent="1.0087242e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1120"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT566.165S"
+          lowMz="54.875263214111"
+          highMz="993.538452148438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.793012e06"
+          totIonCurrent="5.095968e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1121"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="277"
+          polarity="-"
+          retentionTime="PT566.761S"
+          lowMz="53.121925354004"
+          highMz="990.059997558594"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="1.0270402e07"
+          totIonCurrent="1.7220214e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlR82kY9Mx9CV/TkRiR+7EJYECNGDvELQlrp9kYIlxFCXm+KRiMo9UJlDzpGErE3QnLB4kYtBllCdJF+RiiCYkJ18GRGItB/Qnfz8UaT0cVCezPORhQCPEJ8H/tGIimXQoG4pEYhuBFChAUDRhwgNEKF2G1GNK2qQoZstUYljpZCjxcNRglw/UKQQvNGF34kQpSVMkYjHedClqeHRjrjAUKcUWRGJLVYQp3SSkYNgFNCoO+rRkZCNEKg8cRH1Aq0QqD3ikaU+BlCofMNRp7D6EKjMnJGJ1OIQqXxlkYaknZCpgzER37VIEKnUGZGEcInQqfzCUYnzMNCqAR2RjD3tUKr8fJGHfdxQqv3NkYkXU9Cq/jgRrj40kKr/Z9Gen2DQqwE1Ucg6XtCrAWGRuL+xUKsDlJGUQMvQqwQsUblxWNCrBFqRqPRoEKsQrxGLwEwQq4EbEZ7ejlCsbKBRhRWmkKyDHFID9ywQrLvAUaBVRRCs7iMRnaBP0Kz5O9GMD36QrXOeUYjXOxCtdGBRxN76UK17mRG0pgOQrX5qkaWUV5Ctfo8RjdXO0K1+0xGp5cwQrX+IEcZMdRCtf8BR0WmzEK2AbpLHLbCQrYCgEkY+1tCtgPZR7YM8UK2BQ9HTbG4QrYISUapBCtCtgtERnEH/EK2FQ1GV+aGQrYyGkacKuhCtyI/Rh+XO0K4AmJGBTWCQrgDW0hMylRCuAQiRnu6p0K4DMdHCfyUQrhVc0YgY4NCuFYWRi310EK6A9JHskyIQrru7kYQp6FCvBKHRg60hUK9OrNGLA+yQsLLY0Yhus1CxAzARiOrQULLJqNGLsL+QssnrEYXZYBC0WyjRh9NTELT64VGaXpnQtQZhUYmKZhC1UyTRht9j0LZI6ZGITNLQtlWHEYVnnVC2hSLRiPKhELbQ35GECm+Qt/rPkYy5vFC4TWjRjTgT0Lh9zJGIPUsQuH4cUiAjbBC5gdvR8C2kULr7wJGLEHyQvP9FEZOOY1C9FzmRjQFgkL5F1NGHphFQvk7UUY2wa5C+77fRkxHtEL8D5lG+hqGQvy+V0YwQdVC/geIRmMGcUMAGYJGPuabQwD1v0Zwto5DAgHURjONa0MEi9BGIQ19QwTd/0aHEDJDCIFjRituU0MKQXhGSxeNQxAZbkaEkc1DEodZRh9F9UMS8ClGUNFoQxORs0Y8S7NDFv3HRlF9+EMebi9GKYoUQx6yM0YkCRlDH156Rg1WWUMg12tH15WXQyLE3kYeMAtDItasR9/Sd0MjuwpGVihqQyTV+EafX6VDKNjeRi4w3UMpnyZIIwGZQyzvIkZA+dlDLlw3RmmxXEMu9LBGlftZQzDgPkZZ8NpDMgzcRwy+tEMy+iRHjJk/QzT5Aka4EntDNd8lRrAewkM2MBhGIyk5Qzak+kYty1dDOL9LRjb58kM41htGaN6mQzjrmkYjoZJDPREiRiwKqEM9EpNGhtQnQz0UEkZf7EhDPRWrRjDkB0M+7XlHBDvmQ0DGK0YyxpdDQO2fRoYV50NBZRFGKF0/Q0FxkEaURa5DQXlPRjsF80NBhXFHaFr4Q0GGnkay+shDQYu3RjUv4UNBmXBG12iHQ0PPdkaSWsVDRPQrRmYiMUNFzp1HLxh3Q0Y5rEYrqz1DR831RrovBkNJN65HCvaEQ0lHjUYtRyRDSUzkR/bQsUNJUmtGXI4LQ0liG0cCGzJDTP3GRiNqxUNO+MtIXYiHQ0+R8kYvqsxDT9X6Rm3P60NP+ZpGOhaBQ1JNekaEHwBDUlVxRihah0NXQmJGQFgAQ1fnSEaZf7NDWBKLRortPENYbeVGIOvOQ13M2UZNN9xDYA+xRsAsiUNhDrFGiWLAQ2rdBUZC4YpDa+zFRxLV6UNxa2FGfTj4Q3J75EY2PEFDdy18RiobiUN4gW5GIP/pQ3r8EEZNDqpDfAfPRhzSZEOANDZGJUWjQ4B6Q0ZPovxDgIvwRiIqpUOB0MVGk8GcQ4TL20YhtEpDi/6TRpY4QkOL/65GTWlIQ42BjUZNUlJDltOWRiYm2kOXawhGY2GmQ5hZLUbQLQFDmuz5RikLs0ObUZdGK531Q59BfUatwwlDn0O+Rq8M3UOfRZ1HG8FDQ59IIUav3s9DoPHUSIBqDEOkTI9Gu73pQ6VW00ZUjXJDpX+pRj+gU0OoivdGkBWLQ6qVvkYqP1dDrR1/RjyL3UOwEGZGI9kFQ7DRr0ZKUPRDsesiRl4uukOyLblGkPN2Q7JGyUaLR+ZDsmX1RjhQTkOy5ClGH89SQ7LlbUYqk1lDsubxRlk6nUO2DNVGHlucQ7s6TkYe3iZDu7ztRhPSz0O/peFGM2kZQ8MufUYzyoxDw4d3Ro/WwUPFmp9GRabEQ8b8YkcZzVtDyjvRRiYIV0PKmENGN/7hQ9JNJkZChOZD1QeRRkPPrkPWlj5GgLccQ9aYOkbAyJFD1ppzRjdguEPgzZRGItzkQ+VoFUcZhz9D5samRrPLb0PqNYNGRZouQ+yUakYwN7FD7JdsRs38SUPvm3NGGkPUQ/pvKkY9GyVD/s2iRifvNUQCAyNGMQBYRAMTQkaR1cdEB2vaRuimLUQKZ89GRtcSRAsRxUZeE4hECynWRk/MZEQLQmpG1w9PRCEpc0cwgPdEIewcRkvpKUQi2CFGLYsTRCO7GUZeHn5EJSw6RtU2xEQooYZGQdKPRClgbEZZsJNELObTRiHbWEQ4qeFGJAvfRDjTmEY/z7VEONY+RsT3IUQ7LgRGTJz5RDzmq0Yuq/pEQYW3Rol2TkREZgtGLqLURER26kZRBYZESUyrRlhkqURP1rtGW0KsRFJNjkZ51ABEVJtoRhyysURVho9GPMJiRF4l0kYcgrFEXkTURjnE7URiSfRGKyxDRGQNeEYpTpFEZmczRlO6bERwPdRGJCqtRHC/skecacpEcWtsRrfCg0R0fl5GOO4MRHeD10akox4=</peaks>
+    </scan>
+    <scan num="1122"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="340"
+          polarity="-"
+          retentionTime="PT567.238S"
+          lowMz="50.358551025391"
+          highMz="994.42529296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.023781e06"
+          totIonCurrent="1.1873822e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1123"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT567.746S"
+          lowMz="52.275726318359"
+          highMz="990.055786132813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.100986e06"
+          totIonCurrent="8.429642e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1124"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT568.275S"
+          lowMz="50.399765014648"
+          highMz="990.060791015625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.281808e06"
+          totIonCurrent="9.105103e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1125"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT568.79S"
+          lowMz="51.318729400635"
+          highMz="996.979309082031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.6471835e06"
+          totIonCurrent="1.086476e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1126"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT569.297S"
+          lowMz="50.390895843506"
+          highMz="999.990051269531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.249653e06"
+          totIonCurrent="1.0423233e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1127"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT569.804S"
+          lowMz="50.994079589844"
+          highMz="996.740844726563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.665947e06"
+          totIonCurrent="9.487135e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1128"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT570.326S"
+          lowMz="50.818237304688"
+          highMz="990.082763671875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.97324e06"
+          totIonCurrent="1.1552324e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1129"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT570.832S"
+          lowMz="50.588745117188"
+          highMz="990.087829589844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.1430685e06"
+          totIonCurrent="1.2218378e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkpa4EXGLcBCTZ/ZRceOWkJNtH5FtTTlQlHJFEWrqKBCUqwPRcE2zUJS67BFzvzHQlh4lkXGu5pCX3U1Rchwy0JlCNNFymcbQmZMF0W2TnxCZvMaRbimIEJtCh9Fs0TjQm3xUEW9cABCble2RcFECEJxbKxFq+YEQnf0CkZvXblCeilfRcgIN0KBvUFFv6xSQoKdkUXHJBlChudCRbi5uUKHlDtFylxLQosZVUXRdyZCi9LQRa3IekKL/yJF1A13Qo21AEXF9GRCj38fRbTAK0KP4QNF5PjaQpDOfEXYAvhClE5SRcDxO0KUeLRFzMnVQpVDAEWp829CltEDRbYs9kKXg8dF1O0UQpmP9UXINkdCml2MRcJE1kKcOh5FybRlQpxjsEXf07pCn4XJRdLW90Kg7nJGDBzfQqDyRkeDYnRCoPecRkeQG0Kh0TJFv8U4QqHzH0YiBxJCo2FSRdordkKjov5F6f9sQqRDY0Xe42tCpgzOR3b/UEKmaVhFtm/PQqgEjkX+pmVCqYQ9RcreHUKr+XBGTWX6Qqv6mUYC84dCq/4iRdJmBEKr/rpFxkkyQqwDZ0YO2XZCrASeRmI+T0KsBUJHDdGvQqwGakZRE89CrAh1RcdLv0KsESBGnP5iQqwR1kYl6pBCrgR2RkDjwUKwwtVFwfkPQrIMekfc05xCsjsYRdMkBUK0P09Fw4JTQrXRekaaCINCtdzYRhW820K14XBF/9lYQrXufkZjKA9CtfGaRmOuB0K19vJGAtPsQrX7OUZK/21CtfuXRidyVEK1/dlGS0iwQrX/iUcB/ctCtgAvR90XQUK2ANlII/foQrYByUrZ/TlCtgMjR+IV5EK2A/BHuhO/QrYHEUYJCUJCtgeHRiG6HEK2CC1GkURPQrYKSkYVZotCtgrJRgaN9EK2EdtF9x9xQrYTSkXG1XtCthUqRdUosEK2MilGM8AmQrbxVkXulfJCuAH9RazBa0K4AjpFru/xQrgDakgT/PhCuAzFRrNw20K6A+NHOAURQrrwskXqTd1CvR4cRdGSpELB02BFvtoJQsHri0XdegZCxEWpRcg4DkLJ2YFFxUJlQsy8GUYBL4pCzenKRlhsNELPr4hF31zgQtIj2kX6LENC0+upRrnczULWmbFFq0zLQtlGh0XTnLRC2VyBRbtc1kLaDwhF/fCBQtoUqkXt3ldC20qxRc3VjULcsdRFuEduQt4OekXwb+xC4TGzRcWtZ0Lh+IJIVGipQuKle0YkkJtC5gd+R9iLZkLmxwxF1bGFQukL0kWsyzlC6YN5RctYQkLurwNF+khYQvGYGEWukgJC8nvMRbietkLz7bpFxAHxQvTywUXbXkZC+OIpRhhPxkL7oRpFuGKHQvu+70Y7QhNC+9ZURdnrEkL8D7BG7TvwQv4HbUX1pqBDAPWZRhtSK0MDGgRFwEW/QwTeGEaBIphDCiS9Rdi8kEMKMVBFy6siQwpCS0Xtq+pDCturRb8VM0MLNs5F6kYhQwtDG0ZUGSpDC2JURdIHz0MLvxdFrFGCQw70ykXV3+lDD0JbRcvzCkMRBFdF6SqaQxLwP0YaeYlDFqnrRdbDvEMWzCNFqefVQxbMhUWl/tpDGoLLRgUuxkMe2K1F4Nv9QyDXdUe4NT9DIWzkRclMIUMi1rlHu8/PQyL7XUYKJudDJNXvRq91s0MlNR9Fz0XhQyiuiEXovRVDKZ5HR8x9lEMsMzVFtx2aQyxMUUXLDElDLvSgRnpLrUMw4TBF0r52QzIM8UcxSXJDMvozR2+X9kM0+P1GYnneQzXgNEY4jH9DNfJPRgtDEkM21zxFySLpQzjXYkYvLr1DOXRXRc7mlEM9ERNGKG0NQz0SrEYKSvZDPRRhRgxnRUM9FTJGJ0ONQz0WJ0XoJ3NDPRcyRfcZ1kM+Fz5Fuq1wQz7thka1pKFDQPWxRfCaekNBbZxF6dxBQ0GDAUXonzpDQYTXRfwmwUNBhftHJX7gQ0GIAEYr095DQYk2RcCtVENBmfVGHu1XQ0ODwkXGd/tDQ891RpyTYkNE8aFGLAHfQ0T1TUYdCu5DRc6wRuLpUkNHu81FvNfPQ0fOA0YdIK9DSPHFRc6x0ENJN31GuOzoQ0lHg0XDGcJDSUy7R5ElvkNJYflGiqpPQ0sHMkXPVJZDS0wcRd6PJkNLlsNFylcGQ0vfZUXUoCBDTdb8Rqr8lENORE9F+PDPQ0745EhXF81DTvvjRhfOykNP1fNGOoJlQ1JOzEYubXNDVfOBRdIarUNX3mJF88eAQ1fngUZ9LGRDXnG6Rb/r0kNgD8JGVPqlQ2Aou0XfMGRDYQ/SRj80BENh5BtFymg0Q2I8SEW2nbxDZu68RdB/SENpLUNF5ZeAQ2oQakXZPNxDa+0NRr07/UNxbJpGS72HQ3vhqkYWZU9DfeBJRgCa50OBIh1F4PdFQ4HR10Y4tWtDgpFjRgMedkOIOXJF4ehpQ4m3eEXR2VZDi/94Rh0TbkOTeS9GJtYjQ5VYTUW9acVDleW8Rc/D5EOWfXBGGQlqQ5dr60YLXGVDmFnKRk0LEUOaeetF5EXmQ583ZUaABrBDnzn3RgiKmUOfPKNG7AZrQ58+7UZeoD5DoPJVSB95HUOg/T5GGHKcQ6RNl0YyPh9DqIpnRh5NFUOp7x1F7Z7LQ6vcskXhZkFDruINRek7wEOxBJJGEIW6Q7HtN0X25MpDshXxRetOHEOyLr9GerDZQ7JH3kYyOnNDsuazRiiDDEO1u0pFwJmrQ7ocvkYM6JpDw4jfRiuyL0PEeA9GANiuQ8b5QkYIcydDxvpfRew+fkPG/ANGgjAGQ8idhUX1gIRD0mGtRdh0aEPWmZpGYX0lQ9laykW05FZD3WftRe9PVEPimOpF3wHhQ+Uy6UXAQo9D5Wc3Rq4m10PmxohGG4dXQ+ox10YKxIVD7JjcRlzZgkP0KN5F48XwQ/Tdt0XbyAND+gHGReFbfkP8t8BF6QZPQ/ztpUXeHa1D//OLRfExGkQBCNBF8OqhRAEXeUXABtREAxQwRng5lUQEq6dFzU8yRAXgIUXWw6pEBweURc3It0QHa4FGUWp7RAdstkYROu1ECkkWRg4o4kQLKt1GNr9QRAtDUUacORNEC9QtRd4RW0QN9LhGAeEoRA66h0XVIopEEgwNRm/19UQVA5BF3TdlRB9gvUXRY6tEISfWRg/fcEQhKVZGqQFQRCL4BkXkxMpEI7vwRlAUNUQkPaxF6gUJRCUroUaq67xEJVh/RfdZ2UQnTwtF8gY2RC5d4UYYw/5ENy0AReyqo0Q414xGLGnZRDrg2kXVl1lEQCTnRdQ0/0RBhkpGWKrYRElM90Y8SoxEUk7URmLK0UReed1F53Z/RF9O5EYFQJ5EYI4GRem8o0RintBF0TM1RGQQK0XaFmFEcLxIRfpB/0Rwv0RHMCdmRHFtYkYzNYlEc3cgRckdnkR0/IxF5D8jRHeFn0ZID6Q=</peaks>
+    </scan>
+    <scan num="1130"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT571.328S"
+          lowMz="51.823287963867"
+          highMz="999.388122558594"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.4666805e06"
+          totIonCurrent="1.1064076e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1131"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT571.835S"
+          lowMz="50.986881256104"
+          highMz="994.400390625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.835253e06"
+          totIonCurrent="1.1284214e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1132"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT572.342S"
+          lowMz="50.204433441162"
+          highMz="990.087219238281"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.4292745e06"
+          totIonCurrent="1.0478732e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1133"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT572.858S"
+          lowMz="50.336483001709"
+          highMz="990.097106933594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.396026e06"
+          totIonCurrent="1.0356977e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1134"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT573.363S"
+          lowMz="50.105754852295"
+          highMz="990.093078613281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.857958e06"
+          totIonCurrent="8.2019915e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1135"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT573.881S"
+          lowMz="52.730297088623"
+          highMz="990.088439941406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.10127175e06"
+          totIonCurrent="7.1037785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1136"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT574.43S"
+          lowMz="51.317436218262"
+          highMz="990.092468261719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.1871265e06"
+          totIonCurrent="1.2606988e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1137"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT574.924S"
+          lowMz="50.026809692383"
+          highMz="990.104736328125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.235197e06"
+          totIonCurrent="1.1893474e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgbdEW7ffZCSsT3RY4+qEJSZC5FuOj1QlOZP0WvvshCV0ZZRaIK1UJaB0NFwCjfQl1ukEWnmOZCX1h3RaW1mkJf7btFxq1DQmmY50W1xQlCahYERZpNcEJxVnpFnBjOQnfz+0ZbVvNCekj3Rbo0JkJ7KmFFqFWHQoCkKEWfZtZCgiFpRZ+6rUKC2AlFnDWUQoTnwUW73j9Ch5IRRdWdUEKLqctFn+0lQo3P5EWiOv5CkY24RZpIa0KTGyNFp6mZQpNQDEXXblpClUtiRbU7+kKa9L9FppLaQpwf9UWmkNBCnaqxRbNwIUKg84VGiclJQqD0OEeEYT9CoU/+RZ374UKhdyJFwiEVQqHzHkZsS5VCpL21RbdcxUKl7BtFu161QqYMxEd9H6xCp7iURb1mhkKoBJZGf8W7Qqi7w0WOl+lCqNBARZ0UwUKpvc5F3VMmQqtew0XF5edCq/mYRmSBpEKr/itGCXhlQqwBBUXNMHFCrAWHRu3rJUKsBr1F7WBsQqwKMkX3hGFCrAzGRe22C0KsEVRGgslGQq4EdUZ9TGJCr49GRbFm4EKvkWZFmzzkQrDK2EWnwJxCse31RcHcM0KyDHVH3VoFQrI8CUXsVntCskXPRadg7kKyj65FqgE/QrLm70X7ALtCsu6IRfn0FEK1w5ZFxI/OQrXOOUXIlk5CtdGBRqaDOEK14atF5DWBQrXh/kXqnphCteQwRbLsnUK16SlFnI1dQrXub0aME2tCtfG2RmX6A0K19qBF70HqQrX6nUXahWFCtftTRq1yWkK1/GlGLoCaQrX95UauVJlCtf7URwGcp0K1/3tHAniCQrYAkUft7+dCtgHBStzM+kK2A01HkhU4QrYEBkeH/Q1CtgUJRwV7y0K2BfxF1K9JQrYIGka1NXhCtgkARbnC7EK2Ed5F3powQrYVDUZLiixCtjITRjGrqEK3XM1Fn3PEQreJAUWsulRCuANeSAsEeEK4DMZG0pSJQroD10doliNCuuICRaeLCkK68PVF5mBhQsDBIUWeDYRCwetoRkLXmULCM9hFqki6QsXyFEWfvmlCx3gARaEcPELMwAZFmvnPQs3pv0Yv3ARCzhsIRbbjwULOIuZFsB9LQtO/AEWeFclC0+uQRsS7wULWmc1F0CGCQtkXxkWp8ihC2XnBRb0G10LaFLZGFbCiQuEyj0XacOxC4fh2SCgksELig/ZFzxGoQuYHd0en6KdC5qTPRajxgkLnx/ZFsGmuQvJ/SEWwx9ZC81RYRbgGjUL0XdZFoDhZQvS0k0WpRbFC+sllRc+t/0L7vvJGHymSQvwPqkbiiNJC/dnjRbINQ0L+B2lGDO/3QwD1oEXK1TtDAQ4mRbGMGUMBfclFsIbJQwIBTkW6Ie1DAxQ6RcBSIkME3g9GdxcMQwUDjEXF2sZDCIrRRbGEt0MLQ9lGFnIXQw2FA0WqIsBDEBvIRfufVkMQ8cJFtMjyQxHuX0YF/NVDElyiRaCugUMS+1NFntvYQxOHVkWsPwlDFcC0RauEWkMV5xtFuDRvQxfwSkXFuwBDGFLoRdEglUMZya1F1elVQx1IK0Xj4ghDHoLjReC1/UMg13NHz0mNQyLWs0e+rbNDI7xdRbl4UEMkTC9Fx/Q2QyTV60a5l9pDJfqoRbfIqkMniCRFsNkBQyinMUW3InZDKZt/RcfqtkMpnyFHqGU9Qy4ZCUWr2ppDLl7pRdqBJ0Mu9K9GHNbGQzDhI0YAJOpDMXuDRb4u0EMxiixFvaS6QzIM5kdBai9DMnx2Re+0SUMy+ilHfdbTQzOmBUWv1QhDM6dbRbr4U0M07I1FxRh7QzT5BkZ6u+xDNeEzRf+BqkM4121GBF9HQzxpHkWqh3xDPREgRdzzTUM9EvtFrWyZQz0Ub0X5antDPRZLRhUNQkM+HFFFucdNQz7tiEcIzKpDP09BRbJTd0NBci5GO4/XQ0F6DEXlH8hDQYZBRwOOEkNBmkNGiDUKQ0NZMkWmZYRDQ89xRu3fZ0NE8W5GFOOIQ0T1sEXumRxDRc6oRxJl4kNHNcZFt5rrQ0fN2kYphohDR/v8RccgcUNJNzJGpH+aQ0lMaEdy5D9DSWBkRaPMnENJYZhGg9VSQ0qVHEXHVJNDTdafRfbYqkNO+NRIbgrbQ0/V9UY69d5DT9uSRbxiW0NP+ZlGInKXQ1JPFEY43QBDU7WGRajhi0NUuRNFtFdUQ1dFv0YPsLlDV94XRc/3ckNX53lGnrCNQ1gSM0XpmjFDWeabRlUyb0Nare1FuoixQ1/X0kXSgQ5DYQ7vRbe3dUNhD/9GEwJdQ2KCgUW/KRNDY8SuRbFPCUNlBjpFtIISQ2cTHUWy9yVDa+zkRwCYFkNsKVhFxVS3Q20BRkWxLy1Db97pRcA8nENxbUhGGPkyQ3/3W0XCC9lDga91RbS4GUOB0gdGTgkPQ4ORSEYC4nJDhHj3RcG3pkOJLlpFt7v0Q4sG3EXcNxRDi/+2RiYzIkOT87RFteTvQ5S+MkW7FL1DlMLdRa9hF0OXbAtF9XDuQ5hZG0ZEBLtDmFsJRc66VUOaY+lFzp7PQ588xkYiRI9Dnz7VRoKxRkOfQBxGggZVQ59CX0YwErVDn2zkRawaKUOg3SFFzRN9Q6DyI0W98uRDoPL4RrPhs0Og9EhIDKikQ6D14UZh32hDoPc0RZvG3kOg/H1GD01zQ6KhV0WtiGVDpE2hRihWj0OmSipFni5yQ6iKiUZJWRFDqi7lRbvXQ0OrKSFFojL6Q6wGKEXKug1DsYE6RajSxEOySMBGM8XmQ7KLTEWzDlFDsubURgKoXkOzo2tFuMiWQ7Uw9kWyg9lDvNIwReugwkPA/35FqbZ8Q8OJNEYN3gxDxcODRcYFSkPG/FZGosliQ8xri0W3oeNDzquXRaSyg0PO5Z9Ft8UsQ9UXQUW1yp9D1pnoRm8a8UPdQmtFxLrpQ9+IskW7YTBD4V5aRbvHmkPiI/BFsGF3Q+UqskW1eI5D5WdiRoXCy0Pmxq1F3plgQ+eYQkXBZblD6jIFRhMoikPsN3NF4HcpQ+yZWUYKXidD7v2YRcI4kUPxtuVFzGqwQ/Iu7kYDUotD8tB0RcP0UUP3JTpF0xw/RAMUR0Y3EzVEB2vARlApkUQI9oRFvDg6RAsTFUXDpmFECyt9Rcwe7kQLQ/ZGU/tYRAt0/kXHXF9EDXLYRbm8lEQSDGlGGmC2RBwkmEWtnMhEISl1Rqy92kQjvERGLySVRCUr3UZ3OO5EKJ7fRgoZKEQuX0JF6T7xRC6A8UXYWRBEMOTuReqawUQ4135GNnXGRDvrv0XJgy5EPW8ORcFJgURAbU9FuzGtREGGc0ZTyWRET71bRgsjv0RRbNZF1lNYRFJPE0Y/TMFEU7SSRdqQ30RUD1VFwUlGRFeY7EXBP61EYHn7Rb6b1kRgu5lFxsWKRGfO/UW3lA1EaCiPRcnK4kRrGCpFtm1/RGuwj0W+StxEbhGwRfC3e0Rwv5FHNEh+RHFtHEX6bTBEd4a0RlbsIQ==</peaks>
+    </scan>
+    <scan num="1138"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT575.427S"
+          lowMz="50.893802642822"
+          highMz="999.422119140625"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.9043235e06"
+          totIonCurrent="1.0199849e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1139"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT575.933S"
+          lowMz="50.18563079834"
+          highMz="992.641357421875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.0931375e06"
+          totIonCurrent="1.1601803e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1140"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT576.433S"
+          lowMz="53.771186828613"
+          highMz="996.950439453125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.421887e06"
+          totIonCurrent="1.2132589e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1141"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT576.944S"
+          lowMz="51.015285491943"
+          highMz="996.900451660156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.515364e06"
+          totIonCurrent="1.2241198e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1142"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT577.436S"
+          lowMz="50.885559082031"
+          highMz="998.419494628906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.989104e06"
+          totIonCurrent="1.2979429e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1143"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="275"
+          polarity="-"
+          retentionTime="PT577.935S"
+          lowMz="50.866115570068"
+          highMz="990.097045898438"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.553907e06"
+          totIonCurrent="1.2767106e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1144"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT578.43S"
+          lowMz="50.037204742432"
+          highMz="990.105895996094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.045893e06"
+          totIonCurrent="1.0049987e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1145"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT578.945S"
+          lowMz="51.129318237305"
+          highMz="990.108703613281"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.456103e06"
+          totIonCurrent="1.1182303e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1146"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT579.445S"
+          lowMz="52.735931396484"
+          highMz="990.123962402344"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.21867e06"
+          totIonCurrent="9.032813e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1147"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT579.97S"
+          lowMz="50.125419616699"
+          highMz="990.115600585938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.1692885e06"
+          totIonCurrent="1.0452138e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1148"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT580.485S"
+          lowMz="50.410320281982"
+          highMz="990.105407714844"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="6.2047315e06"
+          totIonCurrent="1.0344634e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1149"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT580.999S"
+          lowMz="52.395236968994"
+          highMz="990.994262695313"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.625512e06"
+          totIonCurrent="9.768808e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1150"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT581.508S"
+          lowMz="50.699371337891"
+          highMz="994.374267578125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.0693015e06"
+          totIonCurrent="8.669314e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1151"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT582.034S"
+          lowMz="52.14949798584"
+          highMz="990.089477539063"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.040191e06"
+          totIonCurrent="1.0488787e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlCZFkV0A7hCUusPRXWtdkJaXtVFek4NQl9f5UV5J0lCZTERRYUutEJocnNFmiDIQmqIykWNqhxCbL2vRX9YrUJw3GpFjdOJQnLZHkVyMcJCd/QKRlm8qkJ4SFNFaCrAQnisNUV2iedCekxYRYDiukJ8uwZFgGvaQn5NJ0WeRnNCfm4zRYAtcUJ+e6tFnzj/QoAnBkVv0KpCgFgzRXiL1EKBs3FFgxL5QoIspkWIvTpCgqDcRYhBuEKDFVxFk+sQQoV7GkWWhbJChrVmRZNV/UKILRtFcaXTQokqnkWFGt9CiskKRXB3rUKMAXFFrMdEQowG/UWM7oxCjDGYRZFh7kKPsVJFh+JRQo/OYUVn5J9CkYx7RYl8NkKScXJFf1LIQpLrZkWMRP5ClJQPRYhulEKWPb1FhOr/QpjvF0WDzFpCniGnRYHubUKg7sxFuarmQqDvukWnoR5CoPK6RgcyZUKg85VHOe/6QqD4UkYBkDxCod4NRYVZzkKh8x9GcNl1QqYMzUed/3lCqASnRdth50Kr+XlGQAZLQqv+IkXXwipCrAP2RZsO2UKsBV5GtkkkQqwQf0YB5qBCrBE2RlypW0KsEflFt16mQqyRUUWJH8hCrK9RRaGbz0KtDLxFcmWRQq4EcEaF5D1CrnwkRXlATkKyDIFH2B0BQrI5/EWT2DdCsujoRdFjW0Ky7yNFwCgHQrN2BEWmoShCtW87RaItD0K1m0lFpWG+QrXHH0VxMztCtcfjRhj4skK1ywBFnisQQrXRi0aLY9hCtdjHRWG9E0K12V5Fg3ZYQrXh9kWAk5hCte57RlizlUK18aZGId45QrX7O0Zzg8hCtf00RXYytkK1/X5GIN41QrX9zEX1qgFCtf6+RtFfFUK1/4FHVDc0QrYASUejG6ZCtgERSFKCAUK2AcpKuFT+QrYDNEfUV7VCtgQCR5j3b0K2BK9GgjWUQrYE/0YgUe5CtgVjRgu+EkK2BdZFxxExQrYGyEWvr+FCtgcsRhEX2kK2B8pF5YVsQrYIPUaZWYVCthHsRh5GAUK2FRhGAEuUQrYyG0Za3D5CtjvVRYkCIUK2w8hFg6x4QrbPlUWEs9dCuANgSAjQt0K4DMRG+AKuQrm5wUWHLKlCugPaR2rm0kK9Qy9FmNXtQr4EdUV3X5JCv0BLRX6KR0LB8FZFoBXLQsOLWEW9W31CxCf0RYaKQkLFvL1FeFz+QsXZikWSJmtCzL68RYxEWkLN6dNGLJiSQs4Ga0WpQgNCziC5RWOxRULR6FVFnuhjQtPDjkWQNGVC0+ueRpL1ukLUFPRFuiYeQtls60WIOCZC2hSzRiiWYkLgGjhFmr0MQuE1kEWPlv1C4fh+SDT2WELmB39H0XedQubVyUWSaX5C5wRSRZ6PeULqRYlFijwnQu7fl0V7BWpC8i69RYAnvkLyZaJFiLSyQvPqekWIzq5C+lPqRXVX20L7vu9GBjY/QvwGlEWcodJC/A+0RuLwEUL9zzNFpmBoQv4Hc0YDR7dDAPWhRbe1VUMBT8VFj/KVQwN6MkV1rydDBN4XRjpBXEMF8JFFhnYgQwbNP0WpoZdDB0vdRYKJZUMIh+dFinkTQwkLnkW7q0NDCkQ5RaQtxkMKRKRFisDsQwqBM0WMNXtDC0sjRZK0EUMO+B1FiKLpQw9HEkWDigBDD/PHRYFtjEMR7jNGDaxDQxIOKEWz/5FDEvAyRkutnUMVDtlFfvIRQxVBg0WivwRDFv3gRZiSqkMahTtFvvmEQyDXe0eUDRdDIta1R8to8kMi+3FFsyhHQyO+N0X3HFFDJNXvRms4fkMoODpFnBPDQymfPEeG3v9DLdFMRasn+EMu9KhGOy9+QzERuEWz+DRDMgzwRxiRd0MyRINFiuH/QzL6NkdMV7hDNPkjRnxrZ0M1CeFFh8DTQzXgU0XqINFDONm+RclmPEM6tIhFiIghQzxlF0WHV9RDPQ8VRZnN+EM9EatFulRUQz0UAkXg4khDPRUjRZ6pE0M9GhlFl2xIQz7tnUaTjRpDP0t4RYQyDkNA7bdFt4lYQ0FrykWd4JRDQXIGRhCBZ0NBecxF8UOvQ0GFE0WARNdDQYYKRuz/kUNBkldFsOPdQ0GaF0Yp4qBDQaqwRbiTiENCxrNFfsYjQ0PPcUaNj1tDRHUjRZVjr0NE8XxGFkAQQ0T4EEXeYGBDRc6wRvS7TUNGmVxFrsBHQ0fN7UZA6BlDSRhkRYV870NJN8NGNJgcQ0lH60W3CRZDSUz8R0YWQENJYj9GQX6gQ0tk8kWJ5zNDTMTURZO9hUNM/lFF6NsRQ03W6UZPi1xDTvjjSDnggUNO+8VFtxTxQ08jdkgOkb5DT9YCRo2yZ0NP59VFnX7RQ0/510WfQqBDUCRvRnkn60NR1TRFoY8QQ1JQc0WUBltDUlGwReB5KkNX3ipFt6HpQ1fnekZcZQRDWebZRgmbKkNgD7dGWdLGQ2A19UWKb41DYRL0RdZCM0NiwLtFhii0Q2SoVkWTOIhDZqnyRZLfXUNr7QBGvPG4Q29HN0WYbElDcAL3RZDfqUNxb9BGHQIAQ3MdTEW1HD1De+GiRe4FyEOAejtFh5UJQ4Do0kWkWlBDgdORReKw4kOCkZZFvQluQ4Wa0kWLV9JDh0e/RZBfJEOHZF5FnK6fQ4g7QkWZuZZDiS/RRZT340OJxU1FkC2DQ4wBUUXypSpDjJqPRYZ7wkOOOQZFfHzBQ5KWVkaZpWRDkpdARanrrkOTeQNFvjFbQ5N7b0WgWPpDl23tRbJXqUOYWIZF5jL9Q5hZhkYRjU1DmFq7RciBKUOaA5lFhisFQ5oOGEWIC4pDn0KFRgS9zEOfREFGVAP/Q59FvUacbctDn0c+Rh045kOg6gFF6oM7Q6DsEEWggcdDoPIGRgptv0Og86pH2EnCQ6D090YSRgtDoPp+RbutfUOg/RlGOXYAQ6LsXkWWjF9DpE/tRarXl0Omp+BFn47BQ6iLU0X+rIhDqTZ9RZA4dUOp8/FFmdbIQ6uWpkW7hihDrmNKRZHw70Ox739Fo26YQ7IuyUW+VzVDskfDRjaRGkOy6PJGF/DTQ76E50WSWNxDw4t9RfvQmEPG/LlGOBl6Q8qYB0YIhlNDyrqiRay4MUPWnIhGM2FiQ9dH4kWKt/1D4I3bRaj8XEPlaF9GTl2oQ+yb20YHTr9D7z1ZRY1VuUPyMMdFlzHaQ/JjgkWkLs5D8st7RZX3ekP7yuhFh9VTRAMErEWWW9lEAxXORhOr5EQHarBF3OtWRAdsFUYBY55ECpbiRbByGEQLKq9FyouQRAtDKUZHuMlEDPRGRY1zWEQSDj9GBzGSRBi+rUWB0gtEGlt2Ra2DB0QhKepGh8+4RCO+O0Ybq4FEJJ24Rb1sFEQlLJZGPz0PRCpno0XR4D9EKtvLRbvfH0Q2OCVFjzDDRDjZukYpTs5EQYZMRdNZeERJAPlFkM+eRExYw0WVNO1ET6wERanL4URSUZhGHDMtRFn3UkWbs3lEW14HRaKLl0RkMhFF1EatRHDAMkb5MI5EcMODRjFOC0RxcDRGDf5lRHV4NkWMmo9EdttuRbDhJUR3hbpGF1tG</peaks>
+    </scan>
+    <scan num="1152"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT582.551S"
+          lowMz="53.369102478027"
+          highMz="990.107849121094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.6970165e06"
+          totIonCurrent="9.836228e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlV59kVzZ8VCV9s1RYi81EJZgd9FeXRZQlvrCUWIH2tCYPzsRW7YCkJhdyhFPfKWQmf5skWAqc5CaOTnRT9VrkJpcUBFWESXQmq/2UV0rTZCbK53RWE0UkJ17IdFYdkSQnf0BkYYXrlCeFDbRVjTV0J4pJRFlUArQniqP0WLdBNCekcgRWMrbkJ8i9VFasSHQnzB20VeMnlCfy4FRW13oUKBHjJFfZZJQoHKZkV8IoFCinX6RWlECkKMAQpFmS26QpGMVUV3/ChCk1AoRYkVRUKUlEZFjTS0QpYEcUWGnXRCln4ORXKpIUKY8dFFbLvQQpxquEWCLhNCnRrNRWN8T0Ke0mpFg8nsQqDu7EWTnfdCoPMCRopIBkKg88hHEnOqQqD2DkXLHeZCoPiARXVg20Kh8yJGNkw8QqVNj0Vk5ONCpgzNR5v2Q0KoBJhGF3FiQqtXEEVwfBVCq/h8RaMqUkKr+TlGGl6UQqv92UVKx6tCq/4NRUn1OkKsAIRFjja1QqwEREXrbMZCrAUKRpGMYUKsCYtFgMqZQqwQ8kY8iDFCrVp8RXPddkKtmpJFS6BLQq2a6EVEq8lCrgRjRbXjmEKuCkBFq5H9Qq+BpEVfXRhCsgyBR7kZUkKyYcBFdXpEQrJiUEVUnJZCsmkPRYGxVEKy6eNFdIn9QrLvMUWIwPtCs7iTRcSITEK0GuVFbeLNQrRGHUWG1DFCtQDFRYcyRUK1sSlFhd4IQrXDCkWih59CtcVuRZE3O0K1y+VFoMyDQrXRe0aLTjtCtdsFRYeLRUK14ZpF61gdQrXpX0V5sB1Cte5uRm0R40K18ahGGMWUQrX6hUYbS7dCtftZRn+eEEK1/HpF3B3VQrX80UW/+fNCtf3nRh47h0K1/vFG271BQrX/pUctEzNCtgBAR6tNG0K2AcdKrdvxQrYCp0fCEYlCtgMuR5/HrUK2A/RHgVtwQrYE4UavVuBCtgVrRjxAL0K2Bv9F42m8QrYIPkaJR8hCtgjkRbRQkEK2Ed9FqgKwQrYVNUYnBpdCtiHHRZVFb0K2MjJGBpi2QraC6kWQZbtCtpIiRWKvJUK24w1FaLEYQrcE3kV/EAZCuANjSAlWPUK4DL1GoXxHQrhWPkWK3uBCuWOCRV5iokK5Zx5FZ3G2QrmCk0VsR3hCugPdR1JQHkK6fGdFap3NQrr0JkW3KAZCvq6PRYYcfULB6ptFeeAqQsHrf0XsN1JCxWU3RWULiELL17RFbl2JQs3pu0Xf6mtC0JSHRWMm5ELT65ZGgVITQtQU5UYAbAdC1LngRXkhZELVwVBFaI/8QtoUsUYfGGhC3VOQRYun8kLgGlVF2ACdQuDk00VpI05C4TS0RXTkP0Lh+H5IMzZxQuKpK0XiyhlC5X2wRVk3PkLmB4BHpDL8QubHzUWxx9dC6OFGRWZafULpHglFc6JjQuocSEWMRVRC64D3RXP8RkLtBe9FdodMQvImLkV2PgxC8zQORXsIDELzfe9FXLaqQvu+90aMqyVC/A+pRuBCmkL9z0VFjv0HQv4HZ0YHFkNC/71nRbpYqEMAnj9FcxfYQwDigkVriuFDAPWRRZ5020ME3hhGDVVkQwWuc0Vs1cZDBmfKRYamXUMH/MFFc4DaQwjEsUWMGQ5DCrNXRVXI4UMLMR1FgR3aQwtD60WbQDhDC/PnRVRoW0MPgB9FarpHQxHuOkXFQ8NDEg2/RYTO2EMScIVFcEkHQxLsbUWa0IBDEvAzRl/24UMTAEFFmZxcQxSPRkWHqBVDFmbjRY4FxkMW/cZGAldPQxm2rEV5qKRDGoTnRWkDZUMekJlFfTXQQyDXeUe9GHdDIta1R6pEk0Mi+11FhRZyQyS33UWDTbJDJNX1RoXMwkMlLLxFtnLOQyYzf0WXWclDJwZ1RYabMkMpn4lHdKLpQymhC0WHOANDKaPKRXtX8UMuE4FFguoXQy70p0aQRuZDMFYSRVl1/kMw1/NFmcB/QzIM6kc6IsVDMvoyR0ISW0M0+SRGPWy+QzXhM0W2NUFDNjwdRYMh8EM226pFcXA/Qz0Qv0XHQMVDPRMBRY8XvkM9E8RF24JWQz0VM0XH2DxDPRZcRX5SrkM9aTtFgmBOQz3ua0WnLF5DPu2iRq21okNAhY5FiUCgQ0Dtg0WXdAtDQXHERY0rGUNBeZZFqTc0Q0GFqUbJFLxDQYkYRY9X1kNBmaBGAFObQ0JyL0WIPCBDQ89uRqZEaUNE8YZF/QueQ0XOsEcBHoFDRq99RYITHENG8MtFk1oUQ0fN40ZqtY1DSO60RV0GwkNJN9JGNTZqQ0lNCkctKE9DSWJLRld1akNLYoNFhe+ZQ0z+KUYIEVZDTdbFRocwu0NO+N9IRVfSQ078K0W8WnZDTx2PRV/X00NPI3tICottQ0/WDkaEnf1DT/mjRd5YLkNQJFBGU0UDQ1JReUVsG8hDVeMvRZ+zMkNV55lFgwg/Q1feHkWYnKRDV+eJRoRrfkNYFk5FmyOIQ1nmy0Ysl91DWfFNRXE+5kNb2PJFYw+4Q12RM0WEPxBDYA/IRiwpz0Ng8dxFgtg4Q2ESPUWUDm1DYRNPRYCpQ0NhFG5Ficf9Q2jux0Vp1BhDa+z5Rrtd90NuE2xFqgmfQ3Fr/kWMo/xDcXA5RZFKwkN3sq1FdHQ5Q3/SW0Wi+pZDgHojRbVgdUOB1KRFtiUiQ4I42EV+Pk1DgpFvRaByGkOGpUdFgO8uQ4g7QEWkJ1lDjAF9Rdn34EOPDoBFhUBPQ5KWZUYVh8RDlEfVRWZnWUOUpq9FjY/9Q5duBkXTT9tDl7elRYgxPEOYWW1FzxFQQ5hasEXxiWZDmfZRRY63LUOfQghGIqO4Q59DuUabMcFDn0WcRho7b0Og6c9FhmupQ6DtYEVtdCpDoO4TRXFxsUOg8m9GpF1XQ6Dz10e1ccFDoPVSRlGJ3kOg99FFhkzlQ6D9A0Wwd9ZDpFADRdIFyUOoi6VGD4TdQ7Ivq0XRF+xDsjG/RYU7hUOySJtFxQ48Q7LpN0WkJbJDsupoRatbn0O2MKJFYABbQ7/dx0Vi9yVDwV2sRZ4NbUPG/khF/3UiQ8cBDEWcP5JDx2rNRYxiN0PLpatFfk8hQ9UCAkWdp01D1ZnCRbF4l0PWnJ9FhzwAQ9/IIUV9gv9D4zEMRZo+p0PkQnZFgMB9Q+VoskZaHNND5slFRa2+IkPm2DlFkRmlQ+dku0WGLOVD6LidRbUlJEPsnHVFmCSQQ+yeMkWMAElEAGLeRXhKB0QCh0pFiNCPRAMWHkXEpVZEB11sRYG3wUQHbTBF9YPMRAfQ0UWH5z9EC0P4Ri9rPUQLXGhFo6nNRA8LGEWHN1lEEg5KRg//EEQWyVtFYBXWRB/CQ0WBZaxEISlhRcNd5EQhKydGPZyyRCEtYEWr98FEIcpmRYpE3EQjvmVFw0iZRCUsuUY3y0dEKNVaRXe8xUQsAxZFjhojRCwhSEWE4BlELVF3RYgd1EQuYH1FugMwRC+poUWM1yFEMFsCRa9IKUQ3NvdFbYcqRDdkiUWIywNEOJYhRYIAikQ42fpF1pnIRDtORkV+jm9EQF2xRYjQ3ERBhdBGBWxIREJXzUVtsIRERsHQRYouskRG5t9FiKLGREd2PEWIc0hESE1JRYXb+kRI6rJFl6DoRElNLkWVWhVESXy2RXj5e0RJqEdFlmH3REsUwkWE2ydETGrjRapQnURP3e9FgPA0RFJR4UYBOLVEUoDURYzEPkRVXHlFiqU+RForVUWCeG5EX8NIRXiSUERh3gJFkC0MRGOnyEWahtVEbNMTRYhVAURulkpFfLoiRG/eFUWHVdZEcLmaRZKamkRwvlhGDxrmRHDCE0bpyn5EcXBYReMOAER26e5Fq9b2RHeG50XLI1I=</peaks>
+    </scan>
+    <scan num="1153"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT583.076S"
+          lowMz="50.069778442383"
+          highMz="990.097534179688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.273218e06"
+          totIonCurrent="1.0590597e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1154"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT583.585S"
+          lowMz="52.721927642822"
+          highMz="993.138366699219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.7292225e06"
+          totIonCurrent="1.1371391e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1155"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT584.087S"
+          lowMz="51.642486572266"
+          highMz="990.116882324219"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.4917355e06"
+          totIonCurrent="1.1332776e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1156"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT584.593S"
+          lowMz="50.918449401855"
+          highMz="992.888122558594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.35012e06"
+          totIonCurrent="1.0726876e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1157"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT585.102S"
+          lowMz="51.244331359863"
+          highMz="989.195007324219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.436982e06"
+          totIonCurrent="9.099496e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1158"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT585.623S"
+          lowMz="50.863086700439"
+          highMz="990.118774414063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.2758905e06"
+          totIonCurrent="1.0235405e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1159"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT586.134S"
+          lowMz="51.315277099609"
+          highMz="989.563720703125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.013226e06"
+          totIonCurrent="9.848756e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1160"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT586.647S"
+          lowMz="50.302242279053"
+          highMz="991.047302246094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2228825e06"
+          totIonCurrent="8.948665e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1161"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT587.17S"
+          lowMz="51.171630859375"
+          highMz="998.137023925781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.4901115e06"
+          totIonCurrent="1.1435771e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1162"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT587.664S"
+          lowMz="50.499813079834"
+          highMz="978.682556152344"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.847967e06"
+          totIonCurrent="1.0014376e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1163"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT588.178S"
+          lowMz="51.33634185791"
+          highMz="990.144165039063"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.124789e06"
+          totIonCurrent="1.0116853e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1164"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT588.69S"
+          lowMz="51.136631011963"
+          highMz="998.889282226563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.4282325e06"
+          totIonCurrent="1.1189794e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1165"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT589.195S"
+          lowMz="51.033164978027"
+          highMz="992.451782226563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.5169025e06"
+          totIonCurrent="8.00052e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1166"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT589.734S"
+          lowMz="50.940319061279"
+          highMz="990.12841796875"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0325097e07"
+          totIonCurrent="1.8185886e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkvC40Y+t7RCVRcURipSCkJYOjtGNDX7QmCv8EYkC9BCYMOgRkh5BUJlmvRGPMTIQmkA8EZBnBZCadqkRi+UtkJv/K9GVHs3QnE2F0ZD0apCcix4RiyNWkJzIulGYTBXQoGg6kY0QFRCgfksRi9+ckKFotNGPVF3QoXPY0ZFOR9CifczRllJ9EKL7mBGUfmbQpGfBkY0HWFCkiomRkK2c0KTULVGTCcuQpb7o0ZMGCtCoO47RjlEMkKg7pJGNhpDQqDx/0aUbFBCoPMuR/tUekKhAgdGU3N3QqJjVEYtdOhCoqpBRiHl/kKiqohGKG9uQqPIrEYlrQBCpa01RkVwUUKmDMJG9iSCQqgEnUams/5Cq/jeRw+uMUKr/WJGu5ulQqwEuUehWvVCrAkkRj4yUEKsC/hGQ04oQqwQkUb1wqVCrBfmRl6zEkKuBHZGxVSJQrIMfkfy9ktCsjzoRnrr+0KySalGWLRAQrO4ekankOpCtTNpRjczz0K10YJHBfwVQrXhikatovlCte5fRtdxNkK1+ttGRTsxQrX7XUa0WMRCtf4tRt2gKkK1/3lHn07cQrYAL0gHJKBCtgDkSF3LZUK2ActLHYxpQrYDJ0gIkF5CtgQgSBdk00K2CEFGfPQYQrYSFUZG1U9CtjIbRqWoXkK4A2pISTCKQrgM50atn2tCugPjR3xLJ0K6PMZGStt/Qrw1DkY81NtCvsmdRih7pULCr31GURYpQsv2QEZvZ8VCzC6NRjZL2ULObaxGWaTzQs6M+kYzyXdC0Lq7RkIcxULSySNGThDHQtPrrEbtludC1F7mRmKxKkLVvllGOaK0QtaZR0aIVApC1wW3RmrD3ELddtVGcKQUQuH4g0hx5wRC5geAR9iUDkLmqr1GKPXlQudau0ZF0DJC6hcHRlkl+0LslyBGUWGJQu1McUZQJvRC7VlLRj79OULz+hNGZqM3QvYoYUZb6EZC+ODnRnUlV0L7vxdGc5XLQvwPvUb9wbdC/amtRjsQ1UMDEy5GfEbAQwpBhEZfESFDC0SERnhp40MMpEpGcNl7QxAgG0YptlJDEL8WRkRR9EMRjaxGQNCSQxNztEZgj+pDFIi2RlptaUMWpsJGW1izQxd430Y6RY5DGoIWRmDkNkMg13lIFFWgQyLWukgWfzRDIvuJRn4q2kMjuuVGl6+eQyTV8EcN3DdDJkkcRmzlMEMncElGT2ZZQymewUhI4g9DLQ0RRkGZ9kMtzfJGixtkQy70rEaKlatDL7I/RknhhEMw4E9GT3DAQzINBEc9ukJDMvopR5Qm3kM0jsZGU9JUQzXiBUcKXy5DNxJqRmpQTEM4QPtGNGJLQzjWJUaG4dpDOx/TRkGIgEM9Ed1Gj211Qz0S/UZuPgdDPRSYRpDnB0M9FZhGSodrQz0YvkaCfdlDPVfkRk64rEM97m1GU1UUQz7toka6cT5DQV4LRknpWENBcUlG84JrQ0F5Ckao6xJDQYVRR6dcYENBkZ9GdaqCQ0GZQ0b8J1JDQkQxRlEm60NCcQtGOb0jQ0PPdUcxWxNDRPGCRmur4UNE9ANGo5Q1Q0XOuEcxBGxDR838RtcdNkNIovFGQSn8Q0k4C0cqNRVDSU1FSBD1T0NJYnlHELCaQ03W2Eap105DTvjiSEaSbENPI4JGkIqjQ0/WLEbDliZDUk2ERpusKUNSTwVGZu9rQ1L+iUZalGtDVeP9RoCJ5kNX53xGhLjkQ1nmt0a7M2lDWke/RkBJL0NbvH9GVn03Q1/Ar0Y8lmFDYA+9Rrt4ukNhDmtGosclQ2bhe0YyLOlDaww8Rk22p0Nr7QBG+uKvQ24E7kY8JslDcWs6RuTcvENxbU9GN69gQ3Q7qkZTvaRDdPMDRkOgLEN6f1JGM2MeQ3xPIkZmOWlDgdD4RqaZEEOChItGg+eUQ4OO6kYzSoRDhOscRlWQTUOGMoZGYtEMQ4ZgaUZSjllDhpIhRmvZXkOGq39GSF6xQ4v+j0ar12lDl2sLRsqT0EOYWWdG/okEQ5ucyEZWFrlDnE9sRkP960Oczn1GRHpmQ59BaEeH0AxDn0NJRoz9tEOfRMJGWOq/Q6DwBUZssp9DoPD9RsrD+kOg8z1IkoXDQ6D0r0cahuNDoPfTRl6PaUOg/VdGoiEIQ6G1/0Y/fTdDpEydRt5omEOojCFGtVXHQ6kQ7UY1IiFDsTQ4RkauoUOyMMpGkqnYQ7JJpkcGM6NDsuWjRqeTLUO13pVGVfx9Q7rvs0ZMJPBDvZGYRkCwmkO91m9GRJC2Q75OLkY6wEZDvlvFRkxdVkPDh4VGtQxxQ8OJq0ZiJHhDxffdRkVMX0PG/I9HHOoeQ8b+cEZu9CJDyNVlRlFjSUPJGrVGWZo+Q8qX/0ZXc5lDzakvRrcD/EPN04JGTBMQQ9aYT0a5zyZD2DqcRkLsZkPdcihGWD36Q+VpcUdCeZVD5sboRpcq/EPqNQ9GqiNnQ+yXMEcHVmFD7JnYRlUejkPv0EBGUgF6Q/C4ZEY+dOBD+QDdRlE0EEP76zdGWyrQQ/79hEZYr+NEAChaRkVcXUQDE0tGuGKFRAa9B0ZA8qREB2qPRjz4MEQHa/VHEzxeRAfiF0Y4i+JECgkRRkmFW0QLKlBGRgTsRAssNkawk8lEC0TARvyCrEQL0k1GRyIRRAyrckZd/mFEDpZJRlIZzEQOtotGOurlRBILKka1jjdEExiuRl7lC0QU6IRGUN+KRBrHWkZ8kaREHDxdRk/AdkQePmRGVLNvRB+zIUZx63tEISnIRy0fFUQjuyRHA5NIRCQ+r0Zd/mlEJS1LRxg/XkQs9WtGO/TwRC5jwUaDJG5ENWjjRmo8BEQ41kBGp5QkREGFT0bYhqxER2EJRmJneURHuVhGUb+QRE3Ku0ZvEuFETtQXRn00VkRPspBGcYbFRFJNxUap5cBEVLsYRmmWLERVeQ1GceT5RFyJDUZLv1tEXR2LRlIR1URearRGXp0qRGuPWUZCy2REbO9ARlb0gkRwv9pHxKRJRHFrOEbO/kNEd4g4RslVPw==</peaks>
+    </scan>
+    <scan num="1167"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT590.215S"
+          lowMz="50.850028991699"
+          highMz="990.120971679688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.2923005e06"
+          totIonCurrent="9.294197e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1168"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT590.727S"
+          lowMz="51.773639678955"
+          highMz="990.124267578125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.626976e06"
+          totIonCurrent="1.1668246e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1169"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT591.237S"
+          lowMz="51.115825653076"
+          highMz="990.11865234375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.1270275e06"
+          totIonCurrent="8.928826e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1170"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT591.756S"
+          lowMz="50.939559936523"
+          highMz="991.01220703125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.91903e06"
+          totIonCurrent="1.1761742e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1171"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT592.26S"
+          lowMz="50.688533782959"
+          highMz="990.135131835938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9582765e06"
+          totIonCurrent="8.276626e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1172"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT592.794S"
+          lowMz="50.867752075195"
+          highMz="990.146667480469"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.4566775e06"
+          totIonCurrent="9.620133e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1173"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT593.305S"
+          lowMz="50.708549499512"
+          highMz="992.107727050781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.2104955e06"
+          totIonCurrent="9.024461e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1174"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT593.825S"
+          lowMz="51.417846679688"
+          highMz="990.165405273438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.220529e06"
+          totIonCurrent="1.0039271e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk2r4EWJ7mRCT0fyRX2On0JYpNlFjzCNQlncHkVsNRdCd/P4Rk5bL0J71GdFbtGIQn1VOUWSFX1CfnugRaDovEJ/eMhFmbcmQn+iJUV2UupCgNV8RXkbWkKE2AJFjQI3QoYn/EWUfJBChjcXRXWc60KGcYVFhrIqQorbEUWU/yNCjomsRYpTeEKPCMJFaFxyQo8jM0WS2nBCkjfyRYWhd0KTUdlFkUxAQpYEaUWjkr9CmP52RY/i7kKZOIVFe8cVQpmfbkWlcjBCm5O6RZSfwUKb/QRFhPWrQqDvnEZD28hCoPC6RYZlHkKg8z5GR/KbQqDz/EcuurVCoPWERgeRXEKg+JlGId3uQqHzI0aBjM9CoxiJRXd2gUKkpNZFlHI2QqXxh0XEZ6pCpgzMRzx8JkKm+bxFrm6JQqgEmUYKvQlCqCNWRX1LI0KonvRFfvtiQqjsDUWAROpCqvuuRaK+ZkKr+MFGS0CAQqv6JUWTOPJCq/15RYWQy0KsABhFtFUyQqwDOkXhKKpCrASWRqV+PUKsBiBFp5UJQqwK70WWQvVCrA1SRZ6zhEKsEGtGP4FaQq4EdkYDUEJCrt8ARa7DR0KxaZZFhzwQQrIMfEfNZepCsj32ReLEuUKyTAtFkHAOQrLld0WPNfhCtcUfRbMXJkK10YFGkAwIQrXhlkYTZyxCte5hRlQ790K18ahGLMP1QrX7WUZyh9lCtfx2RjCFPEK1/dFGS1QbQrX+IEYj/tlCtf7QRlDamEK1/8xG5W2WQrYBxEq91eJCtgPZRz6SdEK2BKBGxA1pQrYFMUYe5hZCtgYPRjnHBUK2CBtGYaSiQrYJ1kX2yORCtgwjRYCpQ0K2DI9Fmq1QQrYR1kXFkWZCthUcRf/Rq0K2IhdFkZLkQrYlKUWbTIxCtjIiRhubZUK4A2BICQiMQrgEJEXNQuxCuAR3RZLyF0K4DMNGzA/aQrlqkUWDM2tCugPYR3CSZUK8WSVFhjwrQsATKkV/GNlCwEWERYZy3ULB64ZFx35KQsMD8EWp6eVCxZ2LRY3gakLH839Fs03jQs3psUXiMgRCz31iRZS2YULT651GrQREQtW0jUWTowxC2hSxRj/p+ULh+HpIKfFfQuH/tkWKXs9C4u3HRZWKhULkq71Fkc6JQuUwgkWOgl9C5gd6R5dHUkLmkpFFjFNbQuoJhEWSjPNC65gaRZiCeULuEbhFqsKMQu9030WZ209C7+BuRYLmp0Ly2VBFseNeQvdpuEWDbBJC+OMlRYenqEL7vuhGRq15QvvZ8kWGfRNC/A+wRrv9wEL9z0VGCbQoQv4HWEXNQrZDACkbRZ0T2kMAgCNFhZzVQwItI0Wi3hZDAxTdRbZpBEME3htGmqwCQwWWmEWQviBDBt1ORdDLYUMH+IxF1lVbQwiB+EWyKy1DCxTvRYICFUMLQa9FhjHxQwtFzkWpTvJDDy5NRYKthUMQHgtFtimPQxDpb0Wm/KVDEe4uRceJpUMS8DdGL7KqQxR4QEWfFFlDFv3bReEkK0MYBEtFsJy5Qxr5H0Wj1chDG7U4RbBigkMcEHxFrEjDQx0C80WlP15DINd4R7aA+UMg2YlFj41CQyLWtEe5J8lDI2IcRZx7l0Mk1exGtEm9Qybxe0WTxzpDKZ6FR4028UMpptRFjaR6Qyv9P0WaCihDLmINRY0nlEMu9KNGs9eiQzIM7EcjlaJDMvovR0ktT0M0fIZFgZudQzT5DkYHpW5DNeMQRdpZDkM14+xF5Ly4QzdS6EWUzvRDN18ZRZSOcUM41o1FjFbmQzlI70Wq0OpDOe+sRY8BiUM9EQNFrgpIQz0Sy0XRbJ9DPRR0Rb2XeUM9FhJF70pJQz0XVUXZ4JxDPRi7RZDHlUM+7YtGpg+HQ0AxGEV8WZ1DQXFmRgqczkNBeOZF0HTYQ0GFJ0bZeChDQZFHRbTbYENBmQZFvBxEQ0PPdEauOJ1DRPFwRhKCHkNFzqVGwGACQ0fNyEYlqo5DSSJhRaXN9UNJN1hGgQo3Q0lMlUdd57lDSWHIRn1Q70NN1tJGKQ1HQ0743Ugwfw1DTvpHRgNovkNPI3JF1DiuQ0/WDUYwmSVDT/mcRf3ojENP+t5Fg5ohQ1ACPkWTVOFDUk6CRcGLjENST6BFrPErQ1XjYkW6ZBxDV5nURYrDrkNX3kFFy8o7Q1fnaEaIU/5DWBQrRdumvENZ5rpGf4djQ1ocD0WVcuRDXNpZRac4gENfRApFic1SQ2APnEZyDaBDYQ8/Re6zz0NhENVFqrC6Q2ERvEV49gVDZTM5RZLWRkNq8a5Fib/FQ2u4LEWWqT9Da+zyRuEECUNxPpxFloXdQ3FsSUXQ5uNDcW17RZGYY0N2AzFFil2MQ3vhWUXJHxtDfeDXReFGaUN/0mJFp1rCQ4B6MUWog3tDgOjrRdMl1EOBqO9FjLTQQ4HQ/kV2Zo1DgdFfRYTtfkOB0m5FytwjQ4Rs0EV9QcpDhY/VRnbrBEOFvmVFhHmqQ4gmJEWXmUZDiDxxRaYRdUOL/iNFxZUcQ4wANkXR0KxDjR69RaTvQkONi1RFo7MVQ5Ng9UWTdl1Dk3jPRcSSJUOXbOZFtJ5oQ5haG0ZFP7ZDnzy2RZ8t20OfQbhF0BXKQ59HHUYymI9Dn0n0Rk09V0Og6xJGLeLiQ6Dw50XmUH9DoPKCRmqH3UOg9AlH3jBjQ6D1tEZbth5DoPbDRfXyTkOg/TZGV4S0Q6RLZ0WXdtNDpw10RYySg0Ooi45GG0rVQ61YNUWRsxxDrlVIRZLoY0Ow1o5Fp32YQ7HxFUW1rf5DsjIvRh/obEOySx5F9K6kQ7LmK0XKweJDtQ3bRYUCjUO8AyZFnoEdQ7yZNkWb65JDwXFyRbXtVEPCP9xFnCU0Q8OI5kWbCMdDw4owRZ3WYUPG/ZlGNoB6Q8eMEEWlxthDypgfRk/a/kPQeQtFl634Q9EadEWW2qFD0srMRaKa6kPWmK9F1liIQ9kOUUW9COtD4YyoRZnmU0PlaLZGjy0QQ+Zzk0WlZRdD5vXyRbyTKkPrsT5FncTAQ+yX+UYZigxD75DIRY8aP0Px5PhFn2vsQ/ToA0WY4FZD96eJRYQNXUP5fbJFoZi4RAMTx0Yji8NEB2yDRm9VL0QKs/5FrKiJRAstb0XgEPlEC0XqRieDJ0QQTQRFv651RBIL+kYDeKJEEiPZRZfKwkQVOMRFnWItRCEqikZs+JVEI7u5RfG2wkQkcEtFozWzRCSMdUWeb2hEJSyqRlKsxkQqBVxFqEEjRC53TkWfKQFEMiIGRZ17EEQ0YVRFjNRMRDTiqEWRh8hEONcVRhQxi0Q9WwJFzpg5RD20ykW6jeREPgy+RZbfZURBhXxGKf58RE7Ij0Wq5ntET4ruRafADURPpRpFwiI/RFJOdUYA299EVuhqRbQRWkRep19FshvuRF/9ukWOju1EYvolRY7RnERj0rBFwymzRGXg2UWuqLNEcL21RgwcR0RwwQ5G6xU1RHDhj0W3WQtEcWyXRgggDER0xYVFm1nlRHclq0W3pC5Ed4qWRd3a2Q==</peaks>
+    </scan>
+    <scan num="1175"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT594.34S"
+          lowMz="50.674133300781"
+          highMz="990.137451171875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.432472e06"
+          totIonCurrent="1.0657076e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1176"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT594.846S"
+          lowMz="50.260898590088"
+          highMz="990.154357910156"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.4836625e06"
+          totIonCurrent="1.0817545e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1177"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT595.361S"
+          lowMz="50.678768157959"
+          highMz="990.165222167969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.0945015e06"
+          totIonCurrent="6.9569625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1178"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT595.905S"
+          lowMz="51.563934326172"
+          highMz="999.121337890625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.679002e06"
+          totIonCurrent="7.9657275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1179"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT596.434S"
+          lowMz="50.395988464355"
+          highMz="996.457397460938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.059436e06"
+          totIonCurrent="8.59905e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1180"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT596.963S"
+          lowMz="52.734962463379"
+          highMz="991.749816894531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.668271e06"
+          totIonCurrent="1.1033419e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1181"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT597.474S"
+          lowMz="50.15784072876"
+          highMz="996.287536621094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.5614295e06"
+          totIonCurrent="9.336251e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1182"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT597.988S"
+          lowMz="50.865825653076"
+          highMz="990.19091796875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.428404e06"
+          totIonCurrent="1.1625614e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1183"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT598.489S"
+          lowMz="50.020542144775"
+          highMz="990.293579101563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.0664185e06"
+          totIonCurrent="1.1502764e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1184"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT598.992S"
+          lowMz="51.27271270752"
+          highMz="990.198913574219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.49466e06"
+          totIonCurrent="9.229651e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1185"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT599.51S"
+          lowMz="50.195011138916"
+          highMz="967.1904296875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.209353e06"
+          totIonCurrent="5.669615e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1186"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT600.082S"
+          lowMz="50.108333587646"
+          highMz="990.178588867188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.051224e06"
+          totIonCurrent="1.0563138e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1187"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT600.59S"
+          lowMz="50.121429443359"
+          highMz="990.159729003906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.997363e06"
+          totIonCurrent="8.795931e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1188"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT601.093S"
+          lowMz="50.048461914063"
+          highMz="997.710266113281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.042116e06"
+          totIonCurrent="8.701438e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1189"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT601.62S"
+          lowMz="51.947151184082"
+          highMz="987.791625976563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.763546e06"
+          totIonCurrent="1.1614968e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1190"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT602.121S"
+          lowMz="50.490196228027"
+          highMz="990.185241699219"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.8389115e06"
+          totIonCurrent="1.3258842e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1191"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT602.616S"
+          lowMz="50.789196014404"
+          highMz="995.807006835938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.3182175e06"
+          totIonCurrent="9.183844e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1192"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT603.129S"
+          lowMz="50.14672088623"
+          highMz="996.790344238281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.574293e06"
+          totIonCurrent="1.191496e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1193"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT603.63S"
+          lowMz="50.105472564697"
+          highMz="996.910095214844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.540858e06"
+          totIonCurrent="7.8375715e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1194"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT604.159S"
+          lowMz="51.575244903564"
+          highMz="990.2177734375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.1561025e06"
+          totIonCurrent="1.0999039e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1195"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT604.659S"
+          lowMz="50.446025848389"
+          highMz="990.203979492188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.218821e06"
+          totIonCurrent="9.158249e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1196"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT605.173S"
+          lowMz="50.321273803711"
+          highMz="980.251037597656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.774197e06"
+          totIonCurrent="8.1235435e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1197"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT605.706S"
+          lowMz="51.217948913574"
+          highMz="999.227600097656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.4736815e06"
+          totIonCurrent="9.278853e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1198"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT606.218S"
+          lowMz="53.893707275391"
+          highMz="999.33154296875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.0025115e06"
+          totIonCurrent="1.1994074e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1199"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT606.714S"
+          lowMz="50.171009063721"
+          highMz="990.211669921875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.252798e06"
+          totIonCurrent="8.8603e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1200"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT607.232S"
+          lowMz="51.830902099609"
+          highMz="995.542053222656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9949375e06"
+          totIonCurrent="8.697659e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1201"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT607.76S"
+          lowMz="50.701774597168"
+          highMz="988.846008300781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.880342e06"
+          totIonCurrent="9.8284e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1202"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT608.264S"
+          lowMz="51.511848449707"
+          highMz="990.210754394531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.4513505e06"
+          totIonCurrent="9.359475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1203"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT608.781S"
+          lowMz="51.047340393066"
+          highMz="996.506713867188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.189289e06"
+          totIonCurrent="1.0815903e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1204"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT609.28S"
+          lowMz="50.868431091309"
+          highMz="999.672607421875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.6092445e06"
+          totIonCurrent="1.127645e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1205"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT609.784S"
+          lowMz="50.21004486084"
+          highMz="999.842712402344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.4891315e06"
+          totIonCurrent="9.316649e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1206"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT610.301S"
+          lowMz="50.644432067871"
+          highMz="974.336059570313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8465335e06"
+          totIonCurrent="8.0488375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqT5kWAUGhCTqJNRUdv2EJXUGdFe8w+Ql7KeUVAQKtCYB2mRTy2tEJi791FR6h5QmZfY0WbhRNCaE06RVriD0Joc2JFbGE0QmnXIUWKEzJCavjyRVUedUJshnpFSylcQnI4LEU9i59CcsTvRXZ6UUJ1Xb9FTgHqQnf0C0Y7YhBCeHtsRWweiEJ5NdNFWGy7Qn57hkVlkxNCgU/2RXGiGEKB0TBFhNjUQoLsCEVBDeJCg0t6RVOvTUKJvOFFWJevQoupaUWaKVRCjWQIRVsloUKQJdJFhf7sQpBnHkVlovJCkSIwRXjVl0KRi2hFdzGMQpH/L0VtK1lCknYJRUjxp0KUL6lFSHrgQpWOE0VV4ldClgRxRa5r30KWWrNFUfQZQpkoD0VpBPhCmr5HRVdoQ0KbSYhFVE5pQpuI3kWK/69Cm+5eRX5sj0Kc095FQ4lzQp9Ay0WNREtCoPE5RYtB3EKg8bFFrxGBQqDy3EbCnPpCoPPwRqWZWEKg+K9FgM/DQqHzGUXRgS5CpgzJRxk8UUKoBJdGCy+5QqitDUU7olZCqNKLRWIK/0KrX19FjQnRQqv5TkYgXQZCrAQwRcpSyUKsBSxGo3kZQqwRBEZnvxVCrgRvRhOISEKxV7dFf69HQrIMfkegXsdCskFbRZD5WkKypl1FYVugQrL6gUVvep9Csy/dRXGEQUKzuJZFzmdQQrXDxUWLwldCtcwoRWPjzUK1z7xFna9FQrXRiUaFJIRCtdSdRYX1G0K11w1FmFCoQrXan0WKD3BCtd6+RW/xGUK131xFerP2QrXhhkYBQd1CteSrRWsdq0K15TpFjD37QrXua0Zdm9xCtfT0RbDrrEK1+2BGU54SQrX7wEWD615CtfxuRY+SkUK1/iVGIRo8QrX+dUY/OKxCtf7qRmU74UK1/5BGxGXdQrYAjUfmS+ZCtgHESpPni0K2BA1G605/QrYE6kYy92VCtgXBRiSwXkK2BoZF4IItQrYHE0Xf0ppCtghdRjIcokK2FSVFwTFDQrYiGEWfP+dCtiu7Ra+Vn0K2MhpGCrMaQrY4b0U+gAZCt1c/RX93xkK4A2BH2gt9QrgEKUWhv/BCuAzMRqz4lUK4Vj5FwBD6QriXnUVkmpxCugPcRyIDokK681xFa/Z3QsHwPkVvlgZCxLCwRVurtELF5eFFqT41QsksjUVpzKtCzenIRh2+zkLQd01FYiBAQtM/20WBPIVC0+ueRqrPakLUFN5Fn1tKQtVwgkVTMnVC2QmRRVDTI0LZQ6VFWDS7Qtnpa0VrW7NC2hSXRX9EbULgB4dFZ0xTQuBYU0Vcum5C4fh9SBvY7kLmB31HPyzgQubGkUVd+GJC61j7RWjxfELsmQ5FddLUQu9LXkVlwoFC9O8BRVanyUL4pfhFZJP5QvpR7kVlZM9C+77hRlHreUL8D6JGuQlaQvykI0VyqC5C/c8lRaSaHUL+B3dFlhaNQv+9VEYfCThDARpqRWqeQ0MDBlRFcfplQwTeIEY40s1DBgbuRUItTkMG3UJF0DsSQwf4a0XZYGJDCkNERYQbYUMLO6VFZYwuQwtH9EW2Yt5DEe49Ri5SfEMS8ERGFs82QxNC3UVsDF9DFv3MRZUf/UMZNBhFUmYdQxqCgkVM+lJDGoNDRXmltkMc8W1FWEPVQx76fUY6wphDIFfARVAgs0Mg13dHnZ2aQyLUoEWEDrNDIta4R5JGs0Mi+3hF8hkXQyQpREWU2/lDJNXwRs+p6EMlXhdFZsf2QyXmRkVon+hDKPLPRaQkx0Mpnm9HZr4GQymgDUXPxTxDKyXKRVtZdUMrr/dFTm0gQy70q0cse2FDMOCVRZNxD0MyDOpHG6FMQzL6NUcoTY9DNPkIRnZZekM15nRGJlelQzjXokVmsTVDOsSHRYKmmEM9EWRFfOW9Qz0TT0WvmIlDPRVFRbNsDEM9F65FgczyQz0Zy0VXF69DPYoYRVakzkM97nlFo4VOQz7tgUa0XmxDPwSzRWcRxENA7bJF0dpJQ0Fx2kX4OltDQYXTRsCxQENBh3FFhg6JQ0GZ2EXaJTFDQ89dRo8qTUNEk1pFWsHfQ0TxpEWpqW9DRc6pRpCxGUNHzeVGBz6lQ0k3lkZCLmlDSUzdRyA/P0NJYhpGHdcdQ0l8BkV3n+ZDTP5cRYz3BENN1sdGYArNQ0743UgeUl1DT9XyRjPB+kNR1RVFXwprQ1UK1UVottxDVeQJRVRq2UNX3iVFuhLPQ1filUWdbeJDV+eLRsTXt0NYE25FtMasQ1nmwkXtwgNDYA+CRkVsUkNhEFNFnY0OQ2TEj0V4wJdDZo6eRYsY6ENr7OxGvT2PQ28g3EWtfqtDcW0NRZEv1kN94OJF+ptpQ4B6KkWauTlDgOjWRZkwe0OB0fxFrmeqQ4gbNEVj0cBDiDnMRaOsaUOIQkFFbA/PQ4mU6UVphYlDimMsRVnO3UOL/3dFrEZvQ4wAmUW5ofhDjelXRX6oRkOQi5lFhAoOQ5HG5kVnvORDl2wHRZy4fUOYWYpGQp9ZQ588+UWZ4TlDnz+0RjBzeEOfQlFGKtcVQ59DlkX09pdDn0UVRYsQM0OfRqxF0O/NQ6DvhkWcIS9DoPB2RbhCfEOg8yBHb5BxQ6D0c0c6PJBDpE3CReX720OoisxF9rQQQ7HtMEWv8RpDsjTfRfAZq0OyTeVF/fzaQ7LmsEXeQP5DtOgwRXiSqkO4JG5Fe7gjQ7mT3EW3XKVDw4ktRba1TkPEQwJFhNWnQ8b8yEYpIGpDxv8qRZr39EPIfO5Fdy1pQ8l9rEWwWJlDypg4Rg5dYUPNmixFh5b7Q9FhQUVuYX9D1peXRXk9UUPWmbZFy70QQ9hNtkVXxddD5WeeRk97P0PlaYZFpmPxQ+WLTUV7iEJD5sdZRbepSkPodN1FXHFyQ+o0QUWmFrtD7JkbRgAE4EP3/+VFkfbiQ/pSY0VnaYpD+3vFRWonSUQDFChF6UAQRAQGyEVk4fdEBeTbRYH18kQHbARGJbaKRAeFWEVpxFtECFWsRZUiEkQKVNNFlS8URAqc00WEIztECy+CRZ8dsUQLSAVGJb/+RA+sh0Vt0+JEEgxARZ7I6kQb7xxFbBeaRCEp3EYknaZEI7xkRdk2zUQlJhlFf39lRCUr+kY9wUVEKKCiRYt050QvDjtFl3bsRDwmrUV1rehEQYW+Rcn0MURHHPxFh06zREd1nUWO1V5ESJswRWssrERJTS9FmIu9RE9UnUWFRFNET5V5RYAXOkRST3NF1U+5RFPL1EWJWw9EVLoLRZGYb0RayoVFkWFbRGAKskWFb0REcMAfRt6HY0RxbZ1F8f30RHOVgkWIgpg=</peaks>
+    </scan>
+    <scan num="1207"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT610.828S"
+          lowMz="52.189121246338"
+          highMz="990.22021484375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.270437e06"
+          totIonCurrent="9.127889e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1208"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT611.347S"
+          lowMz="52.018970489502"
+          highMz="965.707641601563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.605376e06"
+          totIonCurrent="9.148076e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1209"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT611.866S"
+          lowMz="50.450611114502"
+          highMz="995.517272949219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.283885e06"
+          totIonCurrent="9.325428e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1210"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT612.381S"
+          lowMz="50.932891845703"
+          highMz="990.221130371094"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.33431675e06"
+          totIonCurrent="5.829954e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1211"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT612.938S"
+          lowMz="50.003673553467"
+          highMz="969.738647460938"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="6.2400565e06"
+          totIonCurrent="1.0649865e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1212"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT613.442S"
+          lowMz="52.317386627197"
+          highMz="999.2119140625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.00586425e06"
+          totIonCurrent="7.1120285e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1213"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT613.982S"
+          lowMz="50.419956207275"
+          highMz="990.228759765625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.7067175e06"
+          totIonCurrent="9.953594e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1214"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT614.495S"
+          lowMz="51.167434692383"
+          highMz="999.773254394531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7820175e06"
+          totIonCurrent="9.562196e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1215"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT615.014S"
+          lowMz="50.500820159912"
+          highMz="966.258605957031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.5212355e06"
+          totIonCurrent="7.626927e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1216"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT615.551S"
+          lowMz="52.738212585449"
+          highMz="990.242370605469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.169005e06"
+          totIonCurrent="8.661845e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlLz7kWC8UxCU6Y7RW5VRkJWhx9FdOnxQlgP9UWNxSJCZLwhRWr60kJlrGtFY9MdQmdJwEV+p45CaROARXztb0JrWYBFdL4iQnJHbEV/Bg9Cd/QDRim8kEJ/9E9FlPjPQoDGDUVlatlChLkvRW51j0KFS/dFcICrQoWVokVeoU1ChZfrRY3zJEKGLYhFZHDvQoh8bEWE+xNCiX0gRZtSckKNdBdFimegQpLKGUVYmhBClGoJRXruQUKXa8FFg0Q3QpeOjUWOoGFCmv1lRZEUf0KbpTFFWrFHQpxZGUWD+GBCnTE1RXx3nEKg8CFFldKzQqDx7UWITS5CoPL7RliwckKg881HB9xhQqD2CUXPndVCoPiaRap0tkKh8xtF4q70QqIcUEV7h7RCpHJORXZ7pEKl8ZxFrLIqQqYMy0cc7tZCps9kRYBq3EKnVfdFVuvAQqgEo0YYroRCqKnKRYdNAUKp+SBFhYvyQqteXUWG4DFCq/maRmzUs0KsBXhGvcv8QqwG7UXQSaJCrBFRRnSQ70KuBINGK3R+Qq5GykVryWlCrzadRW7A8EKv/UtFcS98QrIMfUeMlJJCskIuRaqz6UKy7ulFt2iyQrMdDkW5l61CtUDORYk25kK10YpGfp4vQrXZm0W5VGRCteBWRW/0lEK17mhGMXVnQrXxrEX7dLBCtftQRm9c5EK1+75Fr7enQrX8zkYDHXxCtf12RhXhyEK1/iRGaiIdQrX+60dHSJlCtf+VRwjPh0K2AFBHgF5UQrYBxkqdvtpCtgM6R3b6FUK2A/JHyHRgQrYEwUaPy2RCtgVmRgbXIkK2BnJF7MoXQrYG8EYNdXxCtgeCRblpHEK2CFZGiuSdQrYR5EWk42pCthUnRgZnhEK2Mh5GBT4BQrgDYEfk0jVCuAzARpUgNUK6A+BHFhq+Qr7FU0WDIslCv6FERVu7v0LKqXVFZSqKQs3ps0ZY2K1CznVrRXS5Y0LT65JGkywuQtQU5UW2/r5C1/MwRX21XELYtXZFdEgeQtt+BkWHMhVC3IV2RYL9jkLdvaNFbHxGQt3eHUWA9vNC4fh6SCMZeELiV3JFd2DQQuYHfEeA7+hC7JgKRZ0DTkLt7pdFhHGAQvEIJEWMxmlC81+6RXEvmEL44n1FlQKJQvu+50ZuxJZC/A+7Rql32EL9lFxFaZY5Qv3POUXh1kdC/xGERZ0c7kL/vUdFwNF/QwHdF0V5xrJDBJKgRYIDzUME3hlGWlfxQweRwkWFWHxDCzxuRZatqkMLSLxF3xxqQwtLe0WTGO1DEBqCRaqAE0MR7i5GGx9cQxHw90WF/vhDEjpYRYipsEMSZ/1FhMo3QxLwRkXwYU1DFaSYRYpJrkMW/a1F4zoiQxouEUVl9GRDHNqTRYeH6kMe2NhFhblMQx76ZEYHIIFDINd5R8Y4QUMi1rFHr1ZiQyL7a0W5YchDJNX3Rqyzu0Mpn4lHbuf9Qyu1vkWH2mBDLN31RYvzHEMu9KRHY+LcQzIM7kcSFN1DMvowRwbLZkM0+RVGUdSIQzXnj0YnCZlDOIJhRX3UPEM5ap5FgiF2Qz0T1kWb455DPRVDRaJaxkM9FwhFym+IQz0ZE0VgxRVDPRnURXgnBEM97mVFeppfQz7tkkab1kJDQO2SReysP0NBbadFhzIxQ0FyJUXoVTlDQXoYRcy4skNBhjNG3TdSQ0GSaUWrPMFDQZooRg5TBkNDz3ZGiXL3Q0TxmEW2lmdDRPRkRah9GENFzqhGu/yuQ0ZyKEV/T15DRxljRYci30NHzdtGBRpxQ0jx5EWZfTxDSTeCRnbtIkNJRxtFkE2zQ0lIBEWPVsBDSUzORzqUkkNJYg5GRUATQ0moEUWSxERDTP45RZDpEUNN1thGVMGoQ07420grKUNDT9YIRnIf70NP+dxFlS3UQ1FN+0V+qXNDUk2WRZUo+kNX3idF3m5zQ1fngEbLhq1DWBS3RZGxCUNZ3YVFypT+Q1nmoUYrizxDYA/CRjm000NhDrlFjXMMQ2vs8kboYDNDcACgRY/Nt0NxaSxFlIZzQ3XIrEWIplVDditSRYpNckN22LxFifQRQ3fMt0WJmAtDgHo4RalROUOB0VRFzQ8hQ4b1c0WiiL1Dh5VjRamiVUOINktFpHK/Q4g5O0W2QaZDiTLtRXG6+kOL/z9Ft90kQ5Zd2kWVzohDl2rnRYveCUOXlRhFcDTxQ5hakEYHav9DmYmRRYgjj0OaKiVFiLk6Q59EaUYtFrdDn0WURfWnBEOfRzxGP7BqQ59IgUZejSNDoPAaRbTkN0Og8jxGkUJ6Q6Dz+ke5epJDoPW6RpLCnUOg97NFvJRFQ6D9gUXex4JDoXk+RYvda0OkTIBF4uGmQ6cYkkWD8b5DqA9yRY7CxUOoiwNGKJwLQ6kKIEWZx5VDqW9/RZA2q0Ope+dFlgssQ6zYFkWPwiVDrUaSRYU+X0OuF45FnWWpQ7I1+UYWlxVDsk7mRfB5nEOy5l5Fx0ghQ7d2HkWmXSFDuIveRaKNsUO7R4VFuAi9Q8F7Y0WEwYpDwlBRRYSZ4EPCiDxFc5kTQ8W7rUV5Z7tDxv4ORjYGTEPKmJ5FwLR4Q860PEWMqilD0egvRZ0bFkPSVptFe/J9Q9aaBEXGzIVD5WggRlOvnEPmyM5GAQiUQ+ozIkWooAlD7JedRa/bp0PywgpFlTjuQ/hi3kV6W2lD+OwlRYs7tUQDE39GA2KDRAds9EYZ7ZBECGYuRZQNhEQKF3NFiSEkRAswSUWWq/dEC0i6RlVLdUQNGCFFoWSCRBILdkYP7x1EE/CHRYsxk0QcxMNFisEbRCEq4UZMW0REIUEORZA9PEQju3JGL3pXRCUsO0YfDsBEKw+tRYvHfEQ0f+ZFgd5uRDf5EkWI1adEONaeReyeW0Q50BxFk8nOREBbnkV/l0ZEQYaKRhsPo0RIFlJFk9uMREjfT0WBTldESOMLRYUa80RST3lFe8qLRFUNC0V7OdxEVtupRYcQb0RalzVFjhSsRFuZYEW561REW7n5RY52jkRhDzlFkROlRGZSakWnVWlEZvWYRZn79kRsPFRFaXdgRG4VYkWZYn1EcMG9RvQQHkRxa8pF1KyJRHQoqUWOocxEd4+DRdbLiQ==</peaks>
+    </scan>
+    <scan num="1217"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT616.073S"
+          lowMz="51.278831481934"
+          highMz="994.718872070313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.8733145e06"
+          totIonCurrent="8.441793e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1218"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT616.589S"
+          lowMz="52.734218597412"
+          highMz="992.604919433594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.8556195e06"
+          totIonCurrent="8.286348e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1219"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT617.119S"
+          lowMz="51.469371795654"
+          highMz="974.914672851563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.8523705e06"
+          totIonCurrent="8.41978e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1220"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT617.637S"
+          lowMz="50.864879608154"
+          highMz="998.745361328125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.071303e06"
+          totIonCurrent="9.252607e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1221"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT618.154S"
+          lowMz="50.64920425415"
+          highMz="990.256042480469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.823288e06"
+          totIonCurrent="8.079807e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1222"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="283"
+          polarity="-"
+          retentionTime="PT618.679S"
+          lowMz="50.758235931396"
+          highMz="990.238159179688"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.624199e06"
+          totIonCurrent="1.6530455e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1223"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT619.158S"
+          lowMz="51.386276245117"
+          highMz="996.62890625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.20381275e06"
+          totIonCurrent="5.5473895e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1224"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT619.721S"
+          lowMz="50.711772918701"
+          highMz="990.241821289063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2238875e06"
+          totIonCurrent="9.062768e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1225"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT620.245S"
+          lowMz="50.428497314453"
+          highMz="996.849548339844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.455492e06"
+          totIonCurrent="1.0678757e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1226"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT620.752S"
+          lowMz="50.56676864624"
+          highMz="990.229736328125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.2826315e06"
+          totIonCurrent="9.036351e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1227"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT621.271S"
+          lowMz="50.17232131958"
+          highMz="996.891906738281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.97849475e06"
+          totIonCurrent="5.5215785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1228"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT621.845S"
+          lowMz="50.759727478027"
+          highMz="994.795471191406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.551439e06"
+          totIonCurrent="9.232765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1229"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT622.362S"
+          lowMz="50.363018035889"
+          highMz="990.23876953125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.3323465e06"
+          totIonCurrent="7.4749005e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1230"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT622.897S"
+          lowMz="51.77347946167"
+          highMz="990.254211425781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.7446785e06"
+          totIonCurrent="8.012452e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk8YC0VX5v5CVJTBRXsQZUJXRWFFgKN+QlfUt0VsavJCWaFARVE2BUJZw1hFX6SyQl2HIEVRIU1CXqoORVZxFEJv3BZFU3xgQnfz40W6geVCgBSpRV3UGkKCshNFaGThQowAt0WGCshCjAEoRWSWjkKMrJdFVNTSQo/hu0ViDj1Ck0eQRUHpmEKTojlFRCzaQpYWE0VoERRCltWWRVuuukKXbV5FfceCQphmK0VkirZCmp2bRWtCC0Kbx/5FP3GiQpwUTEVjfH1Cnu18RVJPbUKg7uJFhmeOQqDw9kV5JdBCoPQVRh/XCkKg9KlGgARpQqD1O0cQII1CoPlHRYoM0kKh8yVFviYhQqLFqkVuUxZCovsYRXcXO0KmDM1HDnWLQqY9IEWAvsZCqASlRiz0pUKqchZFbA+LQqtf9UVmmR5Cq/fBRXaZ/EKr+WZGCM02Qqv6CUV8FKRCrACeRaBi7EKsBTlGhWf0QqwF2kYcWpdCrAd1RX7ZjUKsEQ9GIi1xQqwR3EWIVklCrBd0RYLP80KsZ+1FbgJ1Qq4EckYTTw9CsdzYRXIH3EKyDIFHi4fCQrJDDkWE+LRCsvvJRW/+0EK1gSpFgdNSQrW7ZEVcHixCtchJRYxlgEK1yuNFWl/IQrXRgEY67ttCtdxoRYjEcUK14VRFmZ9QQrXuZEYqNAlCtfGxRgJeOkK1+3FGR1GIQrX8dkYOLnhCtf1sRdEI30K1/n5Gn8PcQrX+0UaB9ZdCtf+ERp8kXUK2AGFHjiOnQrYBykqQy81CtgNkR3Lpt0K2BFFG9ss3QrYFAkZRoI9CtgXPRbFNCkK2CEVGOSb4QrYVMUXoDeBCtjIiRbTV90K4ADRFcm1kQrgDbEe8rNRCuAzORoizdkK4jx1FUi1wQroD3kcfrExCvS3MRVtBXUK/e/JFXoGbQr+k5kWFUBxCwet5RaZ7SkLB8D5FkuZsQsJTDEU65ftCxmmBRVZuyULN6blF89KrQtNGAEVkTLlC062YRVAfJkLT66RGuAEUQtQU5EWW9qZC1FBZRWvQKULVFf1FSPZLQtU6fkVoK1hC18GSRYET+kLaFLJFrHLgQuH4gUgVlrpC4fvORXywV0LijElF11b9QuYHgkdZXRNC5jHYRURHZkLsKflFk7Z+Quyay0VqOVVC7WTERY5eMULvACFFXJy3QvMz4EVQjk9C80fARVaopELzeu9FUjHQQvOaTEWS37VC+OTiRafkm0L7vvNGfaFdQvwPrEbkTIhC/FB+RVCFT0L9hYlFeKOQQv4HgkYb+epC/71oRi7JhUMA9alFrr+CQwMVSkVyljdDA1gaRY6uHEMD3eFFeHWxQwTeEkZs/w9DBt0/RatPEUMG/RdFg+n0Qwf4hkYfdAlDC0lmRZH2xUMQGkhFavU9QxHuPEWS8lhDEg1gRbH5fkMS8CZGA8w6QxTWjEVyfGpDFt+ZRYfLCEMdb/FFbyrUQx76cEZZFHBDHvyKRV4+p0Mg13tHqm6iQyLWuUe9VBhDIvaQRVji/UMi+3VFvBS3QyO9lUWeviFDJIFiRVNmkUMk1ftG2qIWQymfL0dpCf1DKcs4RXzyOEMrWtFFbFchQywqekV49y5DLEmIRVLk7kMsxHtFXXh0Qy3QdUWWm8ZDLqyERXgurkMu9KtHdJZYQzDhKEXxpKxDMYMvRYX9v0MyDPFHC/KnQzKcOkWQecBDMvoyRwsp60MzbKBFV5miQzTsUUWQe4BDNPklRkaR6kM11kNFhFkwQzXoT0X36R5DONjmRdPtTUM9ECdFkNR/Qz0TBUWsD8VDPRSzRZsEQ0M9FdZFgHucQz3ku0WGB7RDPu2iRpM1ekNBbVVFgdwPQ0Fx+0YD5wpDQXm2ReShu0NBheRGuPGQQ0GHAkYEGoVDQZnpRbTqRUNDz4hGKc7wQ0Txi0WyEGxDRc6qRrIWvENHjWVFWST4Q0eq6EV//a5DR83kRdCIFkNI54dFYkOzQ0k310Y6GLBDSU0ZRycSnUNJYldGG8nWQ0vq6UWNakpDTB44RWKueUNN1tRGiJepQ0745kgaM1NDT9X+Roi2ZUNP+cZFraSiQ1CqekWBVgNDUdVnRbE4LkNSUL9F57hhQ1dDyUWyL5VDV949RhOmBUNX541Gg5yCQ1gTtUXiby1DWd2SRbT+xENZ5qxGI2GkQ1ugg0WIE9NDYA+ERgzmakNgzZpFixulQ2ERsUXcDNhDYeUgRWsAMUNpvyZFaOyUQ2r9ckVhdP1Da+z2RtILM0NxbrxFmaHtQ3O4FUVGXjNDfv3/RVimVEN/dC1FZc4XQ3/SlEWkN6VDgdMURdhkKUOCkZ5FnRrfQ4kNb0WOJb9Dijx7RXq6L0OMAMlF8XCfQ5N4/kWi3AZDlCb9RYN+r0OXbWVGB67LQ5hZ4kYdY1NDmk8TRZ6v20Oae3BFafkYQ5zYmUV4tt1DnrHyRZFKQkOfOlNFjW6bQ589XEYL9q5Dnz79Rg3R8kOfQMhGUFg8Q59DZEWPlXhDn0WVRY5d2UOg7QtFxPQpQ6DzREZdEftDoPU3R6bM2UOg9wVGCrdXQ6D9ckWd4khDo09BRWOeJEOj0W5FUONaQ6RPCEXd2HpDpJ9FRW8S/UOmc9hFhKieQ6d+AEVzQINDqIuYRfYeIkOscgRFW5ttQ7I2xEXcO61Dsk+zRdbK6EOynqZFZL2/Q7LoXEYFmptDujuYRaDIpEO9ONlFiD4kQ7+CzUVJ8KtDwL/rRW+KukPBnB1FXLnuQ8OoIkWDStZDxv05RlFKQUPKmDVGUnUTQ8vAaUWBhYdD0Bt6RYX6KUPUYEtFdyAOQ9ablUYNiRJD5WhqRk/VAEPlas1FVQMWQ+bH3kWgMv1D7JqdRf5ojUPyxPJFb3OzQ/OaRUWIhoRD9qPXRXhVF0QDFTxF3+ntRAV2S0VeIyhEBfWGRYST+EQHbGlGM7JiRArPUkVuWPxECxhfRYcOKEQLMNVFqZsMRAtJYkYMnOREDX3kRWmIUUQPTmxFZgumRBINcUWotCpEFIN4RYLE7UQXMqRFihxGRCCuPUVnp29EISpeRmWtxkQjP6dFW62NRCO9qUWYlAhEJJotRY6RpUQlLIdGJRJaRCXM/UWkmsBEJ4okRZNNLUQoO6tFjpK4RCqgK0WZvqxELCDJRY8bnEQuXXJFhKGbRDjZGUX/m1tEPCW9RYVt+URBhglFus3RREPQqkVeGl9ERSyRRYGCMERI3klFbrBGREtYdEV17nZETs3ORXJasURPagZFk0nVRE+VWkWLCu1EUlCmRge4a0Rmar1FXd9vRGcBKkWplCZEaY7fRYjqk0Rq2eZFiNi3RHDA2EboBBVEcW8IRjFDmUR1u1FFb5/BRHaODUVb3upEdyB7RW0ZmER3kEVFuBMs</peaks>
+    </scan>
+    <scan num="1231"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT623.423S"
+          lowMz="50.607788085938"
+          highMz="998.231750488281"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.448235e06"
+          totIonCurrent="7.8939925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1232"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT623.949S"
+          lowMz="50.153224945068"
+          highMz="990.267639160156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.553732e06"
+          totIonCurrent="1.5241999e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1233"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT624.437S"
+          lowMz="50.678203582764"
+          highMz="999.044372558594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.2996235e06"
+          totIonCurrent="7.555971e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1234"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT624.964S"
+          lowMz="52.624629974365"
+          highMz="990.267028808594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.1054615e06"
+          totIonCurrent="8.98454e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1235"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT625.472S"
+          lowMz="50.747409820557"
+          highMz="999.519653320313"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.832526e06"
+          totIonCurrent="1.0242834e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1236"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT625.977S"
+          lowMz="50.754264831543"
+          highMz="996.082458496094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.8875405e06"
+          totIonCurrent="1.0033771e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1237"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT626.488S"
+          lowMz="51.163429260254"
+          highMz="990.274169921875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.623059e06"
+          totIonCurrent="4.8458605e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkynWkTwm6hCUvXoRPk/2kJTATBFA5dxQl/WGETSY0hCYNe4RNLuukJimX5FBhwZQmY8CUTT8ORCZ+KKROeYDEJoc+NE6N+eQm47bkTRkAhCcdOYRNELOkJ3lfJE9Wg2Qnf0CUYGOvtCekwERNlMdkJ6fqlEztbeQnqIDETLezpCgF19RO4erkKFBfRE4QlgQoW750TTjXBCif2tROpVwEKKUFNEzhXgQo9+TkTV2wNCk1Z/RUe/R0KX5FxE07oRQpsn50TZgulCnf+9ROP9ikKeIyJE4P4BQqD0vUaNhVVCoPZ1RTCDJUKg+TVFGqAtQqHzCEWPs5dCpArPRM0j30Kl8ZBFRn72QqYMzUbvpUdCpg2JRRA60kKoBJ1F4azKQqhO10T1L6RCq/jmRasY40Kr/YNFP5mnQqwEBUUiRUpCrATMRe1FEkKsBW9FN23rQqwIJ0UPqLBCrA+/ROXvUEKsEJNFkNuCQq0Pn0TNA6JCrgR6RgoIIEKyDIJHVeX7QrLpEETZf8RCsu7ORRCRTUKzSvFEw3pSQrPWL0TX1LlCtO9fRPQZlUK1gRJFDj6nQrW7bEUHjrBCtdGFRgr9+UK113dE8dpKQrXZvUUa2QtCteGURT0P7EK17nhF0WZ2QrXxuEWwro9CtftDRaSCK0K1/cJFqrDdQrX+iEWodlpCtf7gRg6ybUK1/+dGlPWyQrYAZ0clsrRCtgHISiAZTEK2A2pHM4LtQrYDy0cRPaFCtgW6RaRfU0K2B31FWUQOQrYIM0YEZLhCthH2RV1We0K2FTBFUt1PQrYyK0WYVlhCtjanRN5/+EK2w89E8+9vQrcEyEUZyH9Ctx0ZRNzpbkK4A2FHXFExQrgEHEURvAFCuAzHRl2s20K6A9hGvAUJQrobkkTNYNBCvUd2RM9Mk0K+DK9FHMcPQr9rlkTkV1RCwDv9ROdmP0LB63dFQX7AQsHwY0VhsLhCxEZDROiMX0LMvLlE++KAQs1omUTRmYhCzenFRei/aELOFJhFD99ZQs5Q4UTz3BRC0+uXRp3RTULUFNtFeg61QtRna0T129tC1aFBRP2LOULWnIpE4ROzQtoUyUXXlOJC2qAzRNxnbULcnzJE1u1AQuAaMUULs/VC4EuWRNdr2ELh+H1H5B6iQuH5o0UfJHBC4fwLRTLjnULh/4JE3RaNQuKG/EU0jC9C5gd4RyRR3ELpVeBE5w9+QuocZkTvFTpC7hG0RSZe4UL3FmhE3ZfKQvjF50Tb94VC+OOIRSqpwkL7vu1GV1JCQvwPqkaVE5hC/WInRPoh3UL9wudFBjHEQv3PREXHlJJC/geARd/GeEL/vWpGHrb4QwD1ikV7tWJDAQ4xRQLTv0MC90hFByPRQwMUekUG2RlDBN4ZRksCEEMG3VFFnsctQwf4gkWhCoFDCNs3RNKADEMKQspFFUuSQwpD70UAM1RDC0njRXIxIUMLbwhE6jkKQwun/UTxk+VDEBq4RRNE20MRFIFE7MJ2QxHuO0YG5lZDEfD2RQVKR0MS8DJGDdlOQxRjqUTzssJDFPMqRPWmW0MWwSRE4bpiQxbnU0TYGi1DF30vROwxN0MZggVE33XJQx7Yt0Uy00xDHvpuRigsyEMg13pHlfvQQyD5y0UFlDlDISf8RPPDbEMi1rlHj9EDQyL7hUU9+HFDI7xiRQwbR0Mj1vZFKP2qQyPYwEUelBpDJNXyRqpR5kMk7VpF17AwQyUKsUTuQZVDJsrmRMggN0Mm7HxFGnOcQymfB0bjNPxDKt7XRU3ZVEMri5tE3u7BQy70qEd1FnZDMXfXRNCOpkMyDO9G7fVdQzL6MUbnKKxDM3LbROtn6EM07D1FMv58QzT5D0Yf3wNDNekQRU+mJkM2C3RE+yUpQzjZV0Upy81DO3u/RQXg3kM9D/BFGaZbQz0Ra0UXqXpDPRNARTbvj0M9FFJFDAAAQz0W40TySINDPRewRPyLX0M97l9FhtbAQz7tjUZxDuVDQO2mRZkqzUNBcXJFQsyUQ0F5GkU3JEtDQYV3RiiXv0NBkYVE5wSKQ0GZWkVEOSNDQZ4ORNH71kNCFQFGDjh4Q0N2hEUAB4xDQ895Rkim+UNEFmxFBktwQ0TGs0UIQ6dDRPGBRVntqUNE9gpEzBpQQ0T2rUT7em9DRPfLRQz/F0NFzq1Gfqj0Q0aLikTxVZBDR83mRenyz0NIw/hFAsYMQ0k3kUXI8bxDSUzNRqGinkNJYg9F4H0rQ0mYk0Tbd4ZDTP4tRTbYOENN1tFGLk3+Q072cEU6rqhDTvjgSAT3U0NO+itFFsePQ0+YaEUP7QJDT9YPRh+EOkNP+ahFM802Q1HVREVNRuNDVeNzRQOTVENX3kNF3lGyQ1fnhkaK9vNDWBByRPbADUNYEvBE+6H4Q1ndkUWXs+VDWebGRgACkkNgD59FtyMtQ2DNiUV0DFtDYRF7RS+GlENh5bFFetVLQ2MVG0TeSGZDZ+fFRPQD1UNr7OxGtLYLQ24T30UYXRBDcW6RRVObdUN1EVNFIz1SQ3mDJ0TwRapDe+GXRWU/X0N94KNFLyqoQ3/SaEVhEQVDgHorRWXqDkOA6LZFPG0LQ4HSI0TaWFtDgdK6RROeykOCkZ1FKAZyQ4LGjkTZqwBDhMQYRPTCQ0OHlWBFH3lvQ4g5A0UM+fpDjABuRUeYhkOQB7dE48ioQ5N5G0UgywJDlDUeRO7hv0OVmGVFANrEQ5dtGUUmnhZDmFl/RanCzUOYW+lFK/HPQ5h03kTat9VDmJSjRPejhkOaDFFE/aSHQ5pq5ETnmJ5Dm5fPRpjIXEOdWztE6QVFQ58zJkTTtDpDnzgjRTFUA0OfO5pFa0sjQ589xkUd/9FDnz7eRTzY9kOfQLFFfrhYQ59DdUU+AnNDn0UKRZUzbUOgIAJFEVvaQ6Du9UUWRBtDoPT2RyXBAEOg91hFLSoZQ6D9XkUPFpVDo2vKROac3kOkTuFFGg/zQ6Yp90UMu0FDqIuNRT/gBEOwwLFE5N0tQ7HUGkT/BmBDsexnRTqzy0OyN21FWaWcQ7JQakWGwAhDtmm/RPwWLkO36xZFCsNXQ7sneETtJA9DwnmnROuBKkPDilRFO4XzQ8b8vkWplqBDygb6RU3190PKmBtGK3QUQ8sGxkUZ78xDzdRmROvP9kPPCuBFLCWzQ9GE5UT1+hBD1ptRRWWY50PZbL1E/CJuQ9sghUUcMJRD5DBrRRKWkEPlaGxF1Q7MQ+bHOkUQkSBD5ss0ROQD2EPsmrJFgwewQ+2ByUT3GulD7fAmRQJNz0P/rv1FAFnoRAMVCkU36B9EBKaFRPYocEQHaT5FHq7NRAdr90WLIfRECAtsRPaS10QIKPBFDZPJRAqf80T0HuBECzHGRWYUoEQLShZFwrh0RAyvV0TzdtxED11KRQPT00QQN/9FB7GDRBBnbEUB2PFEENgHRPp7xEQTYGJE1loxRBkp/UT//U1EGcNXRQIrz0QbikNE99G6RB76H0UkDCxEISm5Rbb+OUQiEb5FDYwuRCLVoUUQw/VEI7u2RQZMREQjvVpFhHK8RCUsdEWTwMZEKXWEROKYz0QuXZVFGVSzRDEUlEUGTMNEMg6xRPQlFUQ0Q95FEkKaRDjYpEVNZGtEOyLlRN09ckQ8ZxdFCV5qRD1IGEUEAzpEPp4UROaC+EQ/cvRFDUvYREEYbETyehdEQVzzRP2/sURBhX5FW3PvREj4HET9LahEUk7BRPqbLERSUHFFbDn/RFnMikUDUdREXkSaRSEXUERedN1E2KY+RHC6JkUJdnlEcMABRlxuD0RxHJ9FDEqyRHFunUWOc3tEd5GMRYBheA==</peaks>
+    </scan>
+    <scan num="1238"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT627.079S"
+          lowMz="52.742248535156"
+          highMz="990.285095214844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.9848735e06"
+          totIonCurrent="8.766676e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1239"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT627.597S"
+          lowMz="50.529811859131"
+          highMz="990.268249511719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.89218825e06"
+          totIonCurrent="6.822666e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1240"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT628.152S"
+          lowMz="50.427478790283"
+          highMz="995.094360351563"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.190354e06"
+          totIonCurrent="8.787921e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1241"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT628.665S"
+          lowMz="50.37926864624"
+          highMz="990.279968261719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3955595e06"
+          totIonCurrent="9.169295e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1242"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT629.177S"
+          lowMz="52.219589233398"
+          highMz="990.269714355469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.2480815e06"
+          totIonCurrent="5.8885455e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1243"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT629.743S"
+          lowMz="53.331638336182"
+          highMz="990.240234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.901532e06"
+          totIonCurrent="8.513866e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1244"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT630.259S"
+          lowMz="50.023998260498"
+          highMz="990.2294921875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.173541e06"
+          totIonCurrent="1.0967421e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1245"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="296"
+          polarity="-"
+          retentionTime="PT630.76S"
+          lowMz="52.67077255249"
+          highMz="998.551025390625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.62055075e06"
+          totIonCurrent="6.3227635e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1246"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT631.313S"
+          lowMz="50.335884094238"
+          highMz="990.20361328125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.449221e06"
+          totIonCurrent="7.7865955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1247"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT631.839S"
+          lowMz="50.069541931152"
+          highMz="990.200988769531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.634092e06"
+          totIonCurrent="8.0744825e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1248"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT632.369S"
+          lowMz="50.444942474365"
+          highMz="996.056030273438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.841353e06"
+          totIonCurrent="8.33682e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1249"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT632.895S"
+          lowMz="50.723964691162"
+          highMz="996.095947265625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.13485675e06"
+          totIonCurrent="7.2040635e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1250"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT633.439S"
+          lowMz="50.419765472412"
+          highMz="992.653076171875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.07165e06"
+          totIonCurrent="1.0612155e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1251"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT633.943S"
+          lowMz="50.224624633789"
+          highMz="990.212951660156"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.426987e06"
+          totIonCurrent="7.6913485e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1252"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="383"
+          polarity="-"
+          retentionTime="PT634.467S"
+          lowMz="50.537685394287"
+          highMz="999.52587890625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.03637625e06"
+          totIonCurrent="5.5192385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1253"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="294"
+          polarity="-"
+          retentionTime="PT635.042S"
+          lowMz="55.218311309814"
+          highMz="990.220458984375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.969692e06"
+          totIonCurrent="9.928277e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1254"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT635.53S"
+          lowMz="52.348335266113"
+          highMz="997.382568359375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.503171e06"
+          totIonCurrent="6.2441715e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1255"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT636.073S"
+          lowMz="50.129341125488"
+          highMz="991.077209472656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.960974e06"
+          totIonCurrent="6.8760215e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1256"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT636.617S"
+          lowMz="51.702892303467"
+          highMz="988.012634277344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.09396475e06"
+          totIonCurrent="7.1833935e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1257"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT637.153S"
+          lowMz="50.364994049072"
+          highMz="990.194580078125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.361888e06"
+          totIonCurrent="9.202156e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1258"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT637.67S"
+          lowMz="52.536762237549"
+          highMz="990.185791015625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.940049e06"
+          totIonCurrent="8.555396e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1259"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT638.194S"
+          lowMz="52.036388397217"
+          highMz="993.681884765625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.99327925e06"
+          totIonCurrent="5.386536e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1260"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT638.752S"
+          lowMz="50.405033111572"
+          highMz="999.737731933594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.806264e06"
+          totIonCurrent="5.2585875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1261"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT639.339S"
+          lowMz="50.103633880615"
+          highMz="990.179077148438"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.718636e06"
+          totIonCurrent="8.591239e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1262"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT639.855S"
+          lowMz="51.559856414795"
+          highMz="996.451110839844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.3381765e06"
+          totIonCurrent="6.19373e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1263"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="262"
+          polarity="-"
+          retentionTime="PT640.414S"
+          lowMz="50.223014831543"
+          highMz="990.1748046875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.276889e06"
+          totIonCurrent="1.1646427e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1264"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT640.906S"
+          lowMz="52.772663116455"
+          highMz="990.186340332031"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.7344145e06"
+          totIonCurrent="8.822527e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1265"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT641.427S"
+          lowMz="50.037063598633"
+          highMz="984.798645019531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.3880535e06"
+          totIonCurrent="7.9701295e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1266"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT641.951S"
+          lowMz="50.874664306641"
+          highMz="990.190490722656"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.1040665e06"
+          totIonCurrent="8.863627e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1267"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT642.47S"
+          lowMz="50.141834259033"
+          highMz="990.748168945313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.4090495e06"
+          totIonCurrent="8.2515545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1268"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT642.984S"
+          lowMz="54.602947235107"
+          highMz="996.117431640625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.312952e06"
+          totIonCurrent="8.941969e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1269"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT643.503S"
+          lowMz="55.550746917725"
+          highMz="990.234619140625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.5307705e06"
+          totIonCurrent="8.475105e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1270"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT644.01S"
+          lowMz="50.398773193359"
+          highMz="990.256469726563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.73193e06"
+          totIonCurrent="8.3543405e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1271"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT644.532S"
+          lowMz="50.245094299316"
+          highMz="990.256225585938"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.230659e06"
+          totIonCurrent="7.6111575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1272"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT645.067S"
+          lowMz="51.580059051514"
+          highMz="990.233154296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.40506775e06"
+          totIonCurrent="6.3164905e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1273"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT645.61S"
+          lowMz="51.015419006348"
+          highMz="995.909729003906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.3522075e06"
+          totIonCurrent="7.98733e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1274"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT646.121S"
+          lowMz="50.352111816406"
+          highMz="997.042358398438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.75029975e06"
+          totIonCurrent="6.735661e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1275"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT646.672S"
+          lowMz="51.328056335449"
+          highMz="990.240173339844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.191276e06"
+          totIonCurrent="9.08576e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1276"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT647.185S"
+          lowMz="52.564289093018"
+          highMz="989.301208496094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.32183075e06"
+          totIonCurrent="5.9790175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1277"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT647.743S"
+          lowMz="50.008476257324"
+          highMz="965.766723632813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.0601125e06"
+          totIonCurrent="5.577605e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1278"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT648.309S"
+          lowMz="51.379314422607"
+          highMz="999.102966308594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.214925e06"
+          totIonCurrent="5.935255e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk2Ea0T32i1CUlWNRQXpuUJVD51FNSfPQlVOykUZFgdCWRJURTl5zkJiilRFJxqAQmyvXEUJTKtCbwmTRQS4H0JviHhFDxe8QnRhaET2HWBCdoW1RRdW7UJ3iHtFBjniQnfz+0WklxdCebuyRQZ9+EJ6URRFI354Qn5bw0USWypCgWnoRQrJbEKHg65E8iInQon9yUVEAe1CineDRREdEUKKsjZFMSqPQo6sO0UGihVCj0tKRQQO50KPTj9E+vF1QpE1r0UN+4dCkfYQRR8+tkKSGJ1FF7nUQpKX/UUCHwRCk35cRQ/ndkKYxXBFDSPAQpm3EUUJ2pVCmrHnRRXcoUKg7sZFRCAwQqDyXEVeZ9hCoPOiRskWRUKg+JRFbm9qQqHhKEUq3h9CofMnRaoAs0KmDMlGFI8VQqe7SEUNf3VCqASmRaSIN0KpWIpFIavhQqthSUUThh9Cq8QERS5HS0Kr7qRFH4+KQqv5PUXefxpCrAPIRYPDmEKsBRhGVeuGQqwGj0WTbLpCrAcoRUqx9EKsCYFFWWdpQqwQ7EXo0tFCrBI8RTsPVUKsYyJFELUEQqzl/UURr2xCrgR8RdaBXUKuCipFM6IuQrIMfEdCVHFCskHqRRq+ykKyQlxFGK5tQrJOr0U1V9BCs4I2RSTwlUKzuKNFmyLcQrPUp0UVJk5CtUDnRYKjgUK1f9ZFEdQXQrWDGUUY0m5CtdF3RhrFxUK14Z1FTizGQrXpvkUeE7pCte5qRfyXZEK18K5FI85kQrXxsUX7VMhCtftBRf/+4kK1/n5FryFZQrX+/Uac26BCtf+5Rs1afkK2AExHEr87QrYBBUf84aFCtgHKSkQ5NEK2AyxHJxJ4QrYD9kaxjg5CtgRmRiqa+EK2Bd9F0R1vQrYGxEUfiahCtgc1RYxA0EK2CE9FtGaJQrYKPUUH/WBCtg+NRUHAXkK2EdtFi/H/QrYVIkWGEptCtjIuRaaE0kK4A2NHhrJNQrgMw0Zf5oRCuFZGRYiy9EK50BdFGNz3QroD3Ebek+VCuvPQRWVwq0K7emRFAROZQr0CQ0UNOctCvRFlRTW2ukLB61hFUYAyQsS1P0UVIBFCyT+BRRRLX0LJuX5FGGDKQsolbkUi6UxCzem6RYP3DULR6FJFNkr8QtNDxEUplPRC0+uXRtamKULUFPhFVE9FQtWxGUUiAI1C2hTCRXsA30LgGjVFmO7zQuH3Y0V91jJC4fiCR/qB1kLiUplFMHaXQuKKIUV6fq9C47TGRRnjAULlH5NFInSlQuYHe0cGGNpC6WHlRSeZ6kLp2yRFh3K+Quyci0WEwmNC7hIDRUHdPULvsMNFEJ7sQvDefUU8M7NC8WK6RSF+bELygg5FBAs7QvPgOEUzu91C9LWjRSQCBEL1GTtFLlHwQvbOKkUQGFNC+NLWRTEWzUL7vvlGMiuOQvwPqUaZxZVC/c9ERfFbXUL+B3pF3ZlvQv9Qj0UzBn5C/71fRZzWh0MACP9FU//5QwEOLkUtuhRDAlAtRS+cgkMDBvxFExQMQwMWE0VHE5lDAymfRSsjUkME3htGc0QmQwbdPUYE+dlDB/iSRb72KEMJC5lFbXy6QwpFZUU3YjhDCzw6RRPcS0MLSFlFWtOnQwwGOkUT6gJDDRptRRd3+0MR7jFGIdbEQxLwM0XNme5DE4WsRQohUkMUDqZFFp93QxTzHEVL+UpDFv2iRU7Z8kMahY5FGf5TQxwImEU0SzpDHtjIRV1D7kMe+nJHHS4GQx/6qEW7HS5DINd8R5Qza0Mi1PtFHOsPQyLWukd1bRFDIvuIRauMAkMk1fpGgiUOQyTtQUZPEMFDJSxbRUgKg0Mm7HhFe0hYQymfR0cQeOFDKt7YRYKlUUMuWtFFKDx+Qy7yn0U4YvZDLvSmSBDcDEMw4StFHqdMQzDiuUUgSK5DMgz0RwXjtUMyatVFHvgEQzK0kUUVoylDMvKgRTwTYUMy+jxG1Kz2QzREL0UV51lDNOxMRVmev0M0+QpGIaQlQzXllkUodr5DNecWRZN8vUM3zxVFLRFcQzhS4EUOT+JDOqx+RSmc9UM6rs5FFntmQzraR0UOWo5DPQ5PRUm670M9EPxFJ8CyQz0RS0Up+3pDPRJ1RU3WEkM9E/pFODYKQz0VO0UyDylDPe5DRdyFdkM+7X9GMbX1Q0AqvkUu8yRDQO22RUhmN0NBbTVFMc3eQ0FxyUWD4X9DQXmIRWoLf0NBg3ZFUAscQ0GFxEaCW6xDQYfDRSTsH0NBmcdFxrFRQ0Lsa0VwHbFDQ89rRjk6FkNE8YdFo2rmQ0T6n0Uo+YpDRc67Ri+1q0NHzgBF9wbyQ0k35UXysRxDSUgKRSsIP0NJTRRG1FbGQ0liV0X+2rlDSbptRRM9CkNN1tdGXXbpQ0744EfjL0pDT9YCRmKgRENP+dhFcDxXQ1feSUXWvHJDV+eURk9Ai0NZnV1FOGLlQ1nddUVBsxhDWebXRgBvhkNa+01FOlXrQ1vYOEVP0GxDYA/GRZobE0NgzXpFktXLQ2EABUU8zCFDYRSMRUdF0UNknXlFJnpDQ2UR5EUNprZDZ+5vRW0SQENr7P5GsIBWQ29XN0UaIR5DcDN4RSg/2kNxcAxFJpWVQ3Fxx0VRxhBDcvGDRahB0UN8gWxFFzb2Q3/Sb0Wr/kRDgHopRcggJEOB1H5FPlOnQ4SS6EXiAcRDhvSDRUXPmUOIOBxFTRZYQ4hrGkUmQoNDjAFvRWGeF0OMAmJFSzJhQ5B33kU8ZMpDkbyPRSLGuUOXEDtFKLoZQ5cmUUUh8DZDl24XRUSNnkOXbzpFhFZvQ5haAUWvRAhDmGp3RSfs70OYdPFFxlPEQ5o8xkUmATtDnGEBRSDXQ0OfPY1FhkVfQ58/d0WW3J1Dn0DbRd7NgEOfQndGJ/BRQ59Fb0Vdy2xDoIffRQumEUOg6h5FTPR9Q6Dw90WgLnxDoPPKR2UVDUOg9gZFpuqsQ6D9PUWgtUNDpFEERYhTfEOkd51FLoa3Q6dKrUUnhc1DqIt4RaSh+0OsD/JFIZ6OQ7I1wkWAi2NDsk6ARaDmsEOy3q1FE/YAQ7LqaUWomSdDuIxMRZlMAUO6YpJFNC1QQ8ONBkWSk65Dxv1/RcOUzUPG/xxFOHddQ8oHNUW+7uRDyphIRk/YeEPLBqxFi6SVQ8sYtkVk7O1Dz3H0RSAtcEPWhfpF2aiwQ9aeL0WcwNRD11v8RRalXkPY0EFFLYEWQ9rA70UkaexD2vfURR4rGEPegctFOOsxQ+Vos0XjX1dD5sftRVlI50PqlQRFEYEmQ+v4JEUmxdhD7JuaRVGyZ0PsndRFjPYDQ+0ZQUUxLIJEAxb2RV5UmEQGlZhFK/jIRAboqkVCPCREB2ypRdTssUQKVWJFH7JBRAq2WUUzpxNECxfsRVX7n0QLMBZFTdGSRAtIdUXMZxtEC3m+RTB4ZUQSDwhFVKc8RBTXk0U3RptEGRJdRSPJu0QaVpZFJrqHRBwJrUUsgSlEH0FRRSSn3EQg3WBFFJw3RCEqjkYI2FhEI7+sRWwFpEQlLIVFvYeNRCrOj0UNddBELZdeRSmp2kQuW7tFVJqSRC8O2EVQzstEONtURYG8GkQ/lPhFOl6xREGGC0WmLt9ERiA3RRn3bURGmS5FIo8FREnwEkUfIUlES+dGRTMySERPcARFa46nRFJTYUVzUQhEVscwRSr8BkRYPpVFTijuRFhrPkU7HlREYEINRSnRGERi3Z1FJ7x8RGzA9kUoH/dEbRg7RSbTaURwuqNFOWy3RHDBGUaZ8ZFEcMRjRR2kdkRw+1FFGi81RHD9pkUifMZEcXHRRcuLG0R1TdNFLxN0RHcbn0U6KuhEd48rRZBXuER5xpdFPl9S</peaks>
+    </scan>
+    <scan num="1279"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT648.864S"
+          lowMz="50.344211578369"
+          highMz="990.246643066406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.4522685e06"
+          totIonCurrent="6.21141e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1280"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT649.422S"
+          lowMz="51.361095428467"
+          highMz="991.1572265625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.58374025e06"
+          totIonCurrent="6.3885365e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1281"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT649.967S"
+          lowMz="50.198345184326"
+          highMz="974.72705078125"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.6584035e06"
+          totIonCurrent="6.53741e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1282"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT650.506S"
+          lowMz="52.40860748291"
+          highMz="990.243530273438"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.64401075e06"
+          totIonCurrent="6.8070765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1283"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT651.035S"
+          lowMz="50.675884246826"
+          highMz="999.914916992188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.115978e06"
+          totIonCurrent="5.7904845e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1284"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT651.595S"
+          lowMz="50.288280487061"
+          highMz="999.565612792969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.73006375e06"
+          totIonCurrent="7.0315545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1285"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT652.122S"
+          lowMz="50.671794891357"
+          highMz="990.233825683594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.75728525e06"
+          totIonCurrent="5.1478205e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1286"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="383"
+          polarity="-"
+          retentionTime="PT652.696S"
+          lowMz="50.764938354492"
+          highMz="990.240417480469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.7767825e06"
+          totIonCurrent="7.093362e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1287"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT653.236S"
+          lowMz="50.657196044922"
+          highMz="990.239501953125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.07472725e06"
+          totIonCurrent="7.9275665e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1288"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT653.757S"
+          lowMz="50.548542022705"
+          highMz="990.257263183594"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.926892e06"
+          totIonCurrent="9.523829e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1289"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT654.269S"
+          lowMz="51.284259796143"
+          highMz="997.465087890625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.08094175e06"
+          totIonCurrent="7.40162e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1290"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT654.813S"
+          lowMz="51.992382049561"
+          highMz="993.373352050781"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="3.39543475e06"
+          totIonCurrent="6.517929e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1291"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT655.356S"
+          lowMz="50.108150482178"
+          highMz="990.258728027344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.25073025e06"
+          totIonCurrent="6.0386685e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1292"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT655.916S"
+          lowMz="51.133319854736"
+          highMz="990.231872558594"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.24398925e06"
+          totIonCurrent="5.9506185e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1293"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT656.464S"
+          lowMz="50.556293487549"
+          highMz="996.933532714844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.3638495e06"
+          totIonCurrent="7.7036925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1294"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT656.993S"
+          lowMz="50.139305114746"
+          highMz="988.571411132813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.7636135e06"
+          totIonCurrent="7.095473e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1295"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT657.516S"
+          lowMz="53.245948791504"
+          highMz="990.220031738281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.8173535e06"
+          totIonCurrent="7.048796e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1296"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT658.046S"
+          lowMz="50.525207519531"
+          highMz="990.201904296875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.41412125e06"
+          totIonCurrent="6.049333e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1297"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT658.607S"
+          lowMz="50.307281494141"
+          highMz="996.576782226563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.140214e06"
+          totIonCurrent="5.8222485e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1298"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT659.16S"
+          lowMz="52.577808380127"
+          highMz="990.193420410156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.916754e06"
+          totIonCurrent="8.68666e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1299"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT659.681S"
+          lowMz="50.706718444824"
+          highMz="999.511108398438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.52335275e06"
+          totIonCurrent="6.321028e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1300"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT660.232S"
+          lowMz="52.753425598145"
+          highMz="990.192749023438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.98666975e06"
+          totIonCurrent="7.475665e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1301"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT660.769S"
+          lowMz="51.038520812988"
+          highMz="990.196533203125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.447348e06"
+          totIonCurrent="6.5282405e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1302"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT661.302S"
+          lowMz="50.715263366699"
+          highMz="975.006408691406"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.67766425e06"
+          totIonCurrent="6.729343e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1303"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT661.841S"
+          lowMz="50.090217590332"
+          highMz="990.19970703125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.95486e06"
+          totIonCurrent="5.556137e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1304"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="280"
+          polarity="-"
+          retentionTime="PT662.413S"
+          lowMz="53.216259002686"
+          highMz="991.094604492188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.895541e06"
+          totIonCurrent="1.1464886e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1305"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT662.9S"
+          lowMz="50.437099456787"
+          highMz="965.715942382813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.329067e06"
+          totIonCurrent="7.7553505e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkm/l0VekfBCV0CIRaTJe0JenlRFgEYkQl7jwkVYaehCX/zmRV02ZEJimBNFWvRDQmPig0Vk0QZCZUNZRW0utEJnooNFXgooQmoHdEVO7PVCa86ARXRJdUJu9JFFfAv9QnA27EVbiQVCco7jRWTISUJzd1VFc1W7QnzDfkVvfL9Cfuz/RV3UekKAF7xFXzP0QoEDJUVgiEJCgnzpRWF+sEKC2rFFeXpZQoMRkkVzPG5Cg3g4RWdYK0KEuNBFWqagQoZguUWAnORCiEbnRY8va0KMyytFcX63Qo2Cm0Vj8ghCkTasRVoO20KSSfZFYD7zQpNJcEVrhHhClb6IRUsAoEKa7wtFd8wtQpvesUVxtM5CnBazRWFlGUKfEuVFg49lQqAYHkWDIWBCoPHXRm5rTEKg8sBHAhFBQqDzYkbZqtJCofMYRggdAkKk63pFhwQlQqYMy0ZMOzJCpy4vRWcSW0KoBKFGEx+TQqkMDEVcAJ5Cq19BRWDvXUKr9z5FZJWTQqv5rEYepy9Cq/4fRXOs0UKsA7dFXQ8WQqwFgEanq6dCrAZvRcj7VUKsB/BFwgATQqwRWkY2orFCrgRmRbLu3EKuCiNFpoPvQq82VkVf9NxCsJloRXG47UKyDHhHW1P6QrIy60WWN/FCsj96Ralbf0Ky715FryFOQrU0FkWLtqdCtdF9RjPq40K10w5FduKZQrXhhEXEktBCteuTRYCN9kK17lRGLMfBQrXxwEWm0NdCtfsvRh2fJUK1/LxF3mNqQrX9e0X9EjdCtf4fRm5WMEK1/s5GboJyQrX/2Ea0mlxCtgB4R5c0+EK2AcRKhBzWQrYDUEc+vuZCtgQfRtx+YkK2BLhGY52tQrYFs0Y/R0FCtgcQRhqKoEK2CDNGR9VoQrYR/EWULutCthUlRdigzEK2Mi5FwQKEQrgDZEew2ZhCuAzCRgsLWkK4VjpFokSUQroD2kbc2g9CusxrRY8wuUK68U1FiIDRQr0LFUVdplVCvYO6RV1v2ULDiUFFikaAQseo8EVxk5RCx8M6RV7L70LMKtVFhfpRQs3puUYvS2tC0RrERYYaEkLT65xG01FkQtQU3UW/uPVC3DwsRZMqzELhMzpFko/UQuHG/kVpb2FC4fh4SBg1kELirlVFgeZ/QuP6IkWKgRxC5geCRw7GNELwHLxFdV8nQvu+50aBzBBC/A+wRqVMd0L9zxxFyxSVQv4HbEW0tJpC/715Rd5s/UMAillFamoJQwKAAEWPlvpDAvdWRY9TXkME3hZGi26DQwbdRkXiU69DB/iHRdxhx0MI3P9FuuGfQwpBkkV5hKpDCxrnRW12lUMLLapFYqkXQwsuGUVfuulDC0aKReBJUUMPLh5FibhhQxAYcEXIt+5DEF/8RXkZ/kMR6XFFhPmRQxHuMEYL/ZtDEfEjRYtf70MSDL1FgysqQxTzCkWcR9RDFbDmRV7gk0MXBrtFglBtQxmMq0VllppDGrNaRYzLFUMcn4RFUI+GQx7YjkXyKkhDHvpvR2R1u0Mf+pdFuxjEQyCblkVn0xdDINd3R6AwEkMg+ddF9cKUQyEjy0VrOIlDIgSGRVpk50Mi1rNHjRv8QyL7xkVevOFDI9iwRbckG0MkIMRFepZ/QyTV90adnLdDJO07Rp6c3EMm2SVFcK9CQybsf0X6LnZDKOl2RYduxUMpLWFFYCLAQymfdkd7mapDKh/KRXX2h0Mq3tlFkyQNQy4y/EWfWfNDLvSjSEuBB0MyDPBG4OPeQzL6LEa3ulFDM3h0RYe1dEM0+TNGFP5cQzXkmUX3jupDONgfRZKq5UM9E1xFql5GQz0VqkWeJJRDPRZoRY4Y3EM9F3xF3ttLQz7tmUZDsFlDQKpcRY3/nkNA7ZdGG56PQ0FyPkXU+BRDQXdORYmeCkNBhj5GvyWdQ0GKiEWR4CpDQZo6RfUDT0NC7ERFgmZKQ0PPXEX5htRDRPFaRYxfYENE9jtFiBy4Q0XOuUaEeb1DRvCPRYYLekNHzghGARTbQ0k4IUZO/rJDSU1qRyuCqENJUL9FnGDTQ0lilkZJzkZDS/6qRYB26UNN1t9GbyCeQ0743EfT+f5DT9X8RjKlLkNR1VVF7XbFQ1JP60XN9K1DV94gRf5SekNX54tGfiKsQ1oyT0WMEsxDW9hFRY6Q1UNd7clFZAp3Q17nDkWQrjdDYA+4RgvDekNgzbFFkzVQQ2ERIEXScsZDYuojRXwsx0Ni90xF42zsQ2Mb+0WR8TxDYz3tRXHXXUNr7OhG2AcHQ2wSy0Vbg9lDcW4jRa4td0Ny8WlGOqqoQ3vhrEW4tPdDfCQFRY8Z/0N/0lBGGr/gQ4Ap1EVZ52FDgOjDRfPhzUOBjplFgX3wQ4HSe0YAQPxDgf5vRX/070OG4e5FlQQKQ4bz20XIpNBDh5UbRZuAZUOKLjBFmCoaQ4wADUVtu0BDj1a8RWoaPkOQd8lGHiX0Q5KZK0VjTMtDk5t3RWfqYUOWIKlFhNlIQ5dqxEWtIytDl2zKRbb3qEOYWWNGJ+3VQ5ha50V3dTZDmFttRYKMNUOYdPtGDAGQQ5xJBkWOarhDnKWkRXB7cEOepRBFX8oIQ59AfUWTIINDn0JVRZ+eNkOfReZFucNTQ59HxkYaW6tDn0mkRkS1+EOfy1dFamOCQ6DrEUVq/RNDoO57RZ/pm0Og8RNGhMrEQ6Dy4EeqK0tDoPPnRwaqJ0Og9RZGD3KSQ6D2UEXVs5ZDpE5+Rb5KA0OnuGNFkgyLQ6h3E0WMC+xDqItwRc+nLUOsEO9FYWDVQ6wRvUVoFotDr/eXRYRl2EOv+RlFdixMQ7IzFUYCYypDskwTRhVfC0OyeudFfd1QQ7LnukWebKpDt1fCRX+BhEO4jCxGjvmQQ7mszEWJxl1DunARRWcaSEPCkp5Fl6Z5Q8OJc0Wf06dDxvyxRlIiakPKBylFqLYTQ8qYQ0abtzJDywbLRdpomkPL6uhFb/rFQ88LHkYWlEdD1pqaRawECkPXD+xFjmBHQ9nJHkVtoB1D4bjKRXs+JEPlaKBGQ89mQ+bHUEXCDVND6DmjRYS76UPqNSBFkrPFQ+yYt0W5RYND7JqQRhIABEQBO5lFiGITRAWv7kV1fXJEB2v+RiVw0kQJLoRFd4X+RAsN90V2SVRECy4TRa028kQLRpdGHiZMRAt9BUWIacREDxarRZ7f6UQPc+RFjjctRBEL9kV0hSBEEgxCRegzbUQVpu9Fh6VdRBYI9kV7fHdEIOGyRYUo+EQhDa1FkKNeRCEps0ZcUYdEI7xsRdQ7uEQlLLpGEzMfRCiga0XACf9EKxbsRYSW+UQth9pFdSHRRC3h10WOHSxELvjYRW/uoEQxFkZFnxinRDXmTkWHVXVEONhmRgm2XkQ+NEFFb5jjREGGcEYCV01EQjrcRY4KIURPTY5Ft/yRRFJPNkWmziVEXNMcRXuDm0RiXvpFZohKRGZA9EWcbXhEZxRBRYtDFkRrwKlFruqzRHC/60cA40dEcW3SRgOqpw==</peaks>
+    </scan>
+    <scan num="1306"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT663.423S"
+          lowMz="52.492671966553"
+          highMz="990.164428710938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.83196625e06"
+          totIonCurrent="7.1814895e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1307"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT663.963S"
+          lowMz="51.66284942627"
+          highMz="992.605041503906"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.6135355e06"
+          totIonCurrent="6.6143505e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1308"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT664.501S"
+          lowMz="51.660961151123"
+          highMz="990.159851074219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.7494775e06"
+          totIonCurrent="8.644843e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1309"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT665.019S"
+          lowMz="51.268714904785"
+          highMz="990.964111328125"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.7746375e06"
+          totIonCurrent="6.984476e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1310"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="391"
+          polarity="-"
+          retentionTime="PT665.55S"
+          lowMz="50.480377197266"
+          highMz="996.995544433594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.55524575e06"
+          totIonCurrent="5.084414e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1311"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT666.111S"
+          lowMz="52.624599456787"
+          highMz="994.640563964844"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.1791145e06"
+          totIonCurrent="6.127071e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1312"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT666.678S"
+          lowMz="50.888614654541"
+          highMz="998.088439941406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.265857e06"
+          totIonCurrent="6.5865335e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1313"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT667.206S"
+          lowMz="50.115688323975"
+          highMz="990.189331054688"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.900994e06"
+          totIonCurrent="5.6053655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1314"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT667.757S"
+          lowMz="53.610271453857"
+          highMz="990.173828125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.8735095e06"
+          totIonCurrent="5.436915e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1315"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT668.32S"
+          lowMz="50.060218811035"
+          highMz="990.198486328125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.6184425e06"
+          totIonCurrent="6.740366e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1316"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT668.865S"
+          lowMz="54.569301605225"
+          highMz="990.172973632813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.10592025e06"
+          totIonCurrent="5.846034e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1317"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT669.408S"
+          lowMz="50.069900512695"
+          highMz="990.192810058594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.1443955e06"
+          totIonCurrent="6.3858275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1318"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT669.935S"
+          lowMz="51.241310119629"
+          highMz="990.187072753906"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.904245e06"
+          totIonCurrent="5.375532e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1319"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT670.499S"
+          lowMz="50.866264343262"
+          highMz="990.181762695313"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.26732025e06"
+          totIonCurrent="6.081458e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt3DkUlHrlCUk2PRQ/7+EJS8KVFJOBfQmMYOkT62ehCZNw9RTvoEUJk9JBFFC18QmVgfkUOKxFCcmv7RSwOA0J38+lFmJSOQnxB6kUYbuZCfnuPRRsUvkJ/0CVFCfLiQoA3b0UVUg5CgMtWRQO7LkKBeQtFKEN8QoVxv0UNbCNChrTLRRKP90KGwv9FCGH6Qow1+UUTEZVCjvh6RRMDBEKSVqZFHS85QpNOPUUYNWBCk1KhRSNIgUKVF+RFDlo3QpWMdkUM3w5ClbY8RRIaikKXaydFDQXTQpgV8EVBmlhCmU+BRQQ1uEKZWjVFFaCuQp3IcUUm77BCnneLRSHdDUKfxcdFH9ZpQqDvIkUwfSZCoO/zRXRyqkKg8j9FQ9fYQqDzFkYulAZCoPOtRrRcL0Kg+GFFpqeUQqHzGkYBHCZCpcpgRTG6S0KmDMhGW+evQqgEgUViEhFCqa//RRMRdkKrXXdFI2lwQqv520Xyz9dCrAW4Rme560KsEFZFSKzDQqwRj0YDjCVCrK8jRSr5gkKuBGVFlitYQq4KPkVn195CsIbuRSrzCEKyDHpHJF2/QrI/ckU8kbtCs7+xRTWh+0K06xlFM+iJQrVA/kVMSqxCtdF2Ri5fC0K11hhFHWQ+QrXhgkWpC65Cte5nRcTLAEK18aBFux5pQrXzPEUNYj1CtfswRZ88a0K1+7BF412pQrX+MUWpNpNCtf8dR1IR2kK2ACtHDmTMQrYBwEpHa+FCtgKdR69MF0K2Ay1HHtR/QrYD+0ZjHPRCtgRfRlKhjkK2BhFFwn6AQrYHhkWhwNlCtgggRhxIZEK2EdBFo7HMQrYVEkVz1kxCtiHnRUFeVUK2MipF1w2XQrgDYUeTSXxCuAzTRhIt6UK4l3lFIB0hQrjcakUk3SpCugPXRtShkEK6nDpFM0GlQrrFtEULwahCuu+jRRQJmkK8+jRFAFUdQsMcTUUZlqRCxspqRSsnLULN6cFFnZc5QtHoIUVzG5xC0+uaRp5qQELUFO9FsOPrQtoUsUWsGkFC4BpqRVc1lULh+HdH+vsTQuJl4UUPJSRC4pDHRY7CD0Lj+gZFFpm9QuX6FUWvYpBC5gd4RwRkkkLp22RFgSOiQutSsEUje0ZC80gVRSBFS0L0yuRFKShfQvjhgUUv75JC+77lRmaBBkL8D7BGrSAFQv3PQEXgpDlC/geLRZKNiEL+S5tFLp1QQv+9XkXu9y5DACcTRRlBhkMA9ZdFlIfqQwL3PkXLi5JDAxMdRVS530ME3hZGibdgQwbdTUXz84xDB/h6ReLj8EMI3O1FLmlFQwmwtkUgp7hDC0Z2RTnW1kMRsNtFIWj/QxHuQEYKKlNDEgtqRR3WKEMS8CtFuAvBQxL17kWwmuJDE1a/RVdPuEMU8wlGAHMNQxbyakUuwj1DF2lPRRqu1kMXihNFLG7QQxkF3EUcFDVDGoIbRSoGMUMa5g9FQauGQxxesUUHefhDHtitRQoW7EMe+mpHghf1Qx/6oUX9ZAVDINdyR2r2WkMg+cpFtwCLQyEJo0UTcEZDIta2R1eSwkMi+25FcUjpQyPYq0VHUKVDJNXvRiOUNEMk7TZGeeQ6QyUrtUUjte1DJnD+RQ5Q/0Mm7GVFwFjoQymfs0cS5XtDKtVgRRhZg0MtBjxFCSYvQy3NvkUjX7ZDLl1hRXfMp0MuYmhFMXyZQy7xaUVevUdDLvKORWNyxUMu85dFsvsiQy70oUh4zlhDL/WbRYkU/UMwPHVFGJU4QzDhBUV0pyZDMYTHRRhf90MyDOFG/mWiQzKxn0UYTH9DMvLNRcbeiUMy+ipGoIX7QzT5EUYeSLhDNaeORSaogkM15JFFVBMNQzu5NUURe25DPQ6BRWp/kkM9EPZFOCuEQz0RkUUMSVxDPRLGRWiMrEM9FbpFKTgDQz0YK0Up4NpDPRlmRWYjzEM97mVFQAFGQz7thkYUTLJDPvE3RSHW/EM++d5FK/i6Q0DtokWDWPFDQXJqRZrURUNBemBFSwcxQ0GGbUZ9m1RDQZJ8RWokc0NBmEVFIc2YQ0Gaa0WowJlDQ89mRfWSgENE9HdFVq7pQ0XOsEYoafZDR3Z4RRPtA0NHzd5F2VEuQ0j7ZEUzygFDSThPRgWErkNJTYRG1+NyQ0lirUXsrZVDS7vhRRyikENL6jdFKJbEQ0z+NEUm6U1DTdbiRj1lVkNO+NVHrtwZQ09a8EUkcJ9DT9YHRoAopkNP4t1FHwO6Q1HVFUVmUtlDUk2XRTnd00NXCrxFIRn7Q1feMEXX8HdDV+d5RhLOD0NYEzZFKoTVQ1kR50Umpi1DWd1kRZgzQUNZ5qpFrFV1Q1r7TEWBo6xDXPfaRRa5CkNgD6pFibanQ2DNbUWuooBDYQ5vRXV8cENizRNFQJE+Q2L3LUV96YRDZ+7HRUwYvkNo6hxFosv7Q2vs30agOI1DcWtTRVfcvENy8VdGL0QzQ3TcIEUco+hDf9JURZzlT0OAekFFkcNVQ4DowUWExAVDgdD/RYL7o0OCBMtFKynSQ4U9BkUWHYBDhvSFRWxmv0OHTVBFJU09Q4qSZEYrdHZDi/7IRWH03kOPQC9FHQ94Q5B3xUZDShtDkZl8RWhG7UOXaylFb1bBQ5hZzEWdzLdDmHTlRnvji0OblXlGbS56Q59HREZo8X5DoOqQRUbU9EOg645FkJoGQ6DwokV7uxtDoPKeRmMk1UOg879HdpVzQ6D2xkUvi5lDoP0rRclsREOkTNRFSZi9Q6X+GEUfLzZDqHbWRZt/wkOoislFrcD9Q65O90UlFyJDsjMPRautMEOyTBhFp6VwQ7JrVUUq+zxDsuXCRSXog0O0akhFK5x3Q7aUgEVCrIVDtt5HRTuoi0O3kBlFGkKGQ7iWg0W9i1FDuTBBRSGciEPDiBBFg4SJQ8b9MkX+NoxDygc5RaTCTEPKh+NFMeDHQ8qYIEauDFlDywa6Rc/VmkPLGIRFmTJTQ88KskXi2aBD0AphRXn1PEPWYExFLVihQ9aYr0WyLHhD3K5KRTymDkPehERFXJdFQ+IBfEUjJzRD40QFRSDSy0PlZ5hGEOQ9Q+bIBkVUUC1D6UEMRQ2o6UPpY49FK07oQ+oyREU1f1BD7JdyRbse7UPxLkVFNSydQ/LYTUUmKV9D9zOWRUQ2hUP/6IpFG+e8RALq10UVcVZEAxN5RbgPXEQHbGtF7XbzRAgJDEUt76VECaqFRRSL8kQLFbVFQgnbRAtGfkWytadEDA33RUDr9kQSC39FzsxKRBncvkUowrREISo4RgdxlUQju1ZFd6ehRCUr4kXEhyVEKJ9KRVXONkQp1alFRPRLRC0PZEUfsbdELWlvRSERuEQvn1JFOc1yRDQ800VgNidEOGc7RTpTy0Q4fNpFIyNIRDjWe0WlDglEObypRS1uqkQ+/0JFLXvZREGGlEWzMPtERVy+RUSpDURF3fNFMwyVREfChkUrJo1ESCBLRR2ZDkRJTcBFWLr8REl76kUywEZETEuVRSnmTERP88RFMivXRFJOQUWwEuxEU14SRULDkURWUbJFN0L1RFa8G0UvAKFEVw0gRS43YERasXtFLma1RFt9OEVEg0BEYPd7RRgVCERs2PRFGEPwRG20pUVNnSlEbdTZRSq4KERwwLVGjRDLRHFrpEXULQNEci0RRUVK3kR3i6JFh0wo</peaks>
+    </scan>
+    <scan num="1320"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT671.057S"
+          lowMz="50.814956665039"
+          highMz="990.595520019531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.96704375e06"
+          totIonCurrent="5.821057e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1321"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT671.62S"
+          lowMz="51.411331176758"
+          highMz="990.205932617188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.04329975e06"
+          totIonCurrent="5.841562e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1322"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT672.171S"
+          lowMz="50.712581634521"
+          highMz="990.213073730469"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.255493e06"
+          totIonCurrent="6.290389e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1323"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT672.709S"
+          lowMz="51.081699371338"
+          highMz="990.208679199219"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.8039195e06"
+          totIonCurrent="7.468235e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1324"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT673.243S"
+          lowMz="50.811889648438"
+          highMz="992.875122070313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.02816825e06"
+          totIonCurrent="6.0159115e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1325"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT673.784S"
+          lowMz="50.152763366699"
+          highMz="990.188049316406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.04970825e06"
+          totIonCurrent="4.2540235e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1326"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="291"
+          polarity="-"
+          retentionTime="PT674.388S"
+          lowMz="52.722766876221"
+          highMz="990.165100097656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.442396e06"
+          totIonCurrent="1.1138408e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1327"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="378"
+          polarity="-"
+          retentionTime="PT674.877S"
+          lowMz="53.219314575195"
+          highMz="990.158752441406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.39443e06"
+          totIonCurrent="4.663094e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1328"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT675.475S"
+          lowMz="50.219509124756"
+          highMz="997.224914550781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.57352225e06"
+          totIonCurrent="5.0673075e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1329"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT676.058S"
+          lowMz="51.767971038818"
+          highMz="990.1982421875"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.68513675e06"
+          totIonCurrent="7.1370955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1330"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="402"
+          polarity="-"
+          retentionTime="PT676.582S"
+          lowMz="52.412368774414"
+          highMz="965.688903808594"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.50070325e06"
+          totIonCurrent="5.0330975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1331"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT677.172S"
+          lowMz="51.119674682617"
+          highMz="990.1923828125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.03752975e06"
+          totIonCurrent="6.1398995e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1332"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT677.711S"
+          lowMz="50.866622924805"
+          highMz="993.718933105469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="3.851016e06"
+          totIonCurrent="7.1818065e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1333"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT678.246S"
+          lowMz="51.460052490234"
+          highMz="988.314758300781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.3875515e06"
+          totIonCurrent="4.8963405e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1334"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT678.828S"
+          lowMz="50.404682159424"
+          highMz="990.175537109375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.7143835e06"
+          totIonCurrent="8.752193e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1335"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT679.346S"
+          lowMz="50.713558197021"
+          highMz="991.065795898438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.9069845e06"
+          totIonCurrent="5.808109e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1336"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT679.894S"
+          lowMz="50.921207427979"
+          highMz="990.1865234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.8192535e06"
+          totIonCurrent="5.6581185e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1337"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT680.451S"
+          lowMz="52.453983306885"
+          highMz="991.107604980469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.861267e06"
+          totIonCurrent="5.7115315e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1338"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT681.005S"
+          lowMz="50.728546142578"
+          highMz="990.196533203125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.15226e06"
+          totIonCurrent="6.232691e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1339"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT681.552S"
+          lowMz="50.667377471924"
+          highMz="986.992919921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.714514e06"
+          totIonCurrent="7.0209195e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1340"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT682.085S"
+          lowMz="50.0856590271"
+          highMz="996.908081054688"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="3.34047325e06"
+          totIonCurrent="6.654335e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1341"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT682.623S"
+          lowMz="51.660232543945"
+          highMz="990.198608398438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.04456525e06"
+          totIonCurrent="5.9748285e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1342"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT683.182S"
+          lowMz="50.499561309814"
+          highMz="996.841125488281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.17517625e06"
+          totIonCurrent="4.5656775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1343"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT683.79S"
+          lowMz="51.865901947021"
+          highMz="998.20849609375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="2.5172235e06"
+          totIonCurrent="5.2155155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1344"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT684.354S"
+          lowMz="53.679344177246"
+          highMz="996.476440429688"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.5722295e06"
+          totIonCurrent="7.0994355e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1345"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT684.884S"
+          lowMz="50.429077148438"
+          highMz="991.203063964844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.329497e06"
+          totIonCurrent="6.4813655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1346"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT685.432S"
+          lowMz="51.536518096924"
+          highMz="990.201354980469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.27729125e06"
+          totIonCurrent="6.508795e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1347"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT685.975S"
+          lowMz="50.929775238037"
+          highMz="990.217529296875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.15693175e06"
+          totIonCurrent="6.0969845e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1348"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT686.532S"
+          lowMz="50.221164703369"
+          highMz="990.21240234375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.14575175e06"
+          totIonCurrent="4.539522e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1349"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT687.132S"
+          lowMz="56.126304626465"
+          highMz="989.291748046875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.94178075e06"
+          totIonCurrent="6.088665e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1350"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT687.669S"
+          lowMz="50.03910446167"
+          highMz="990.187072753906"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.65135675e06"
+          totIonCurrent="7.1922705e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1351"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT688.207S"
+          lowMz="50.787769317627"
+          highMz="977.471862792969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.71723825e06"
+          totIonCurrent="5.519638e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1352"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT688.776S"
+          lowMz="51.765377044678"
+          highMz="977.308776855469"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.5348395e06"
+          totIonCurrent="7.2011365e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1353"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT689.307S"
+          lowMz="50.8688621521"
+          highMz="990.176879882813"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.8169115e06"
+          totIonCurrent="5.7599585e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1354"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT689.873S"
+          lowMz="53.913272857666"
+          highMz="990.189819335938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.228808e06"
+          totIonCurrent="5.0502315e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlenMUUGHOlCW79fRQutvkJcuKRFD95PQlzv70T3v9dCXRvzRQasJkJfnSJE9o0iQmOCe0UHarRCZ3sxRSZO/EJp8M5FCmJUQm52tkUeKbhCcAS3RQb46UJyC/JE/XipQnVQy0Uc2/ZCdZxVRQwWDkJ+eHNFMae7QoKA90T8RxVCg0DURQn6TEKGuvZFIGsjQomO3kUVhdNCif3eRTWGMUKMmMVFE5MtQo1yf0UM1ydCkYnzRTTbnEKTvBFFHDFKQpWmN0U2wTJClsENRQ87OkKaY5hFKCNvQpp93UUbOlNCm1wlRSWT0EKdq5FFHMcZQp74YEUUK7dCoO68RQosYUKg8R9FPrOZQqDzJkWqmmVCoPO3RhLSJkKg9LlGq/woQqD3DkUtpUZCoPj6RaOg+0Kh8wNFOlbDQqROUkUsKxZCpgjdRQT5p0KmDNNFapweQqcFCEUSCfVCqASYRXZtOUKrXyxFH7D5Qqv7BkXYKiVCrANgRSfJQ0KsBf5FjplrQqwGz0ZPqORCrAeaRbRUKUKsCGNFjnN8QqwMhkUUZfhCrBK8Rea45kKsGexFSXvOQq3QsEUWuyhCrgRgRZI2OUKx7BFFLWh1QrIMeEcQwAdCsjh+RQdMvkKyP95FGbUdQrLnikUmEiRCsu+0RSoMX0K1zQ5FD9gGQrXRVkXoBO5CtdKgRRfeikK17mxF0yy9QrXxokWI1k1CtfswRZE7ZkK1/MdFoTCXQrX9ikVSyXxCtf3ORYw+oUK1/vdF3B9ZQrYAhEczOQJCtgHDSggJIEK2A1VG6qSkQrYD4kbP9kRCtgTaRbRs0kK2MjVFYT0GQraDIUUhLdFCuANkRy1JdUK4DMpF1+W9QrnkkEUQPGtCugPiRqZBFEK68kZFKPSYQsEaiEUYiJtCyd3oRYOzEULN6cdFlcVyQs69mEU0DstC0+udRtT3jULUA/xFHGbmQtQjQ0UEGm1C10NCRQuYlkLaFLxFM2vlQtwLP0UfGwJC3JlhRRs3TELfejlFEQ+EQuAaR0WN/TNC4HO1RQ+QCkLh+HZH0q4cQuKMUUVgjWxC5foMRf3ajULmB3hGgCliQufF60Ue7qFC6dtLRZlGk0Lu8opFGAKNQvIlTkUj+mpC+n2uRRsvfUL7vuxGWDzOQvwPsUZlNBdC/Sr3RQiNA0L9zzhF4c7GQv+9V0X7XPNDAAjdRYIfoEMC7i1FFpF2QwL3Q0YrhxdDAvusRYfH80ME3hpGrn7DQwatTEUdUzVDBt1KRklE60MIpYBFDK7/Qwjc5EWmnQ1DCcW+RRRs6UMLOp9FISacQwtHREU0dVZDDxwZRS6gJEMQGhlFOZFlQxDsU0WTvuRDEexjRSeTB0MR7hxFx92GQxLsG0VKIEVDEvAoRWJidUMS9fJGO90JQxQ2dkV3uYpDFHWxRR3WuUMU8w9GM2VfQxX4W0UpvNJDFw9yRTHB1kMXXhJFQ/VeQxdnC0UQ8uFDGP9WRR8RBEMaOhhFHEqBQxsNkUUfL5JDHnVTRSDtMEMeigJFFceGQx76ZkgGGLFDHvtaRVfOiUMe/KlFqcBvQx/6okYUYO5DIJFZRRxfUUMg121G2LUjQyD5wEaD2mZDIta0RrEKfkMi+4hFoRadQyO8xEUgjzpDI71BRSX0R0Mk1dtFs7UNQyTtSUb0y/xDJcn5RRQbRkMm7HdFrzKdQylPE0ULLVBDKZ96RxlgQEMs3dRFcrVmQy5dGUUQ2ExDLvFLRSOxoUMu8v9FxoTtQy70nUjZdqhDLvW5RhGO3UMu9qlFjAHbQy9zLEUgYkVDL6R6RRGRNUMv9WtF9UJVQzD1sEWOJyRDMgzlRswkk0My8sBFicuIQzL6JkZkQhJDNPjwRgK9/0M15SxFqS79QzYpN0UVUCdDONjMRUT1wEM7FiNFGwt2QzvHh0Uko+pDPQ0rRV5xr0M9EwBFKpcpQz0TkUVLVBhDPRU8RSWZskM9FhhFdpncQz0XlkVcyslDPcG/RUsRQUM+7ZFFpUnBQz9ZyEUpYv1DQO2sRbnjWkNBc7RFrCY3Q0F7fUV6ZAdDQYZxRTlbkENBh7BGf1kvQ0GKJUVjz3hDQZvARUDoSENByr5FKG+4Q0XOi0WI1HZDSThrRgf6bkNJTaBG5+VOQ0li1EXV/UhDSulHRRMpsENN1sNF7I0GQ07410djTZlDT9X5ReQVmENRVV5FD4dYQ1HVFUV1bidDUlCVRZHuwUNU5TxFG+H7Q1feOkWAwv1DV+d9RYQArUNYE8tFbxBQQ1ndIEVLClRDWebDRSldJUNa+zRFfkPVQ1vYdUW1PGxDXSXFRR4ywkNgzXZFtmUtQ2ERfUV8SlJDYs0BRYfLAkNi9yRF9w6GQ2OyUUUschhDZ+5yRXPDBkNoen9FEsMaQ2jp5UWKAV9DaSdVRaa4ykNr7OVGoN/qQ2043EUnFvVDboFbRS2SJUNxbrpFfoREQ3JrEEUuFbxDcvFoRqLCMUN3bC1FGy49Q3ecEUUa+IxDf9JBRYZbmkOA6NNFvKoZQ4HSA0UaUCdDgdLwRax8yEOE1iVFHNDOQ4U65kUY/mlDhvTERTsFXEOG+lJFI57bQ4cd10UXvMZDh3gpRU4340OIOP1FQbD3Q4h6rkWzi5hDiXqeRS4vRUOLdB1FygzNQ4wAwEWQG7NDkHfJRy7EGUOQ9/FFwTqZQ5Eh/EUaCelDkXduRY2BYEORmWpFTzGXQ5KtYUUh7IxDk3FKRaqTGkOYWTJFXM7TQ5haMUVyPopDmHTmR4IHwEOZP0xFTJgtQ5l1PUUam4RDm3csRZ0AakOcmYlFPCaIQ59EOEVVYDhDn0ZIRbqBJ0OfSAVFpuz0Q59JkUYHZexDn0tcRYvq10Og7JVFNeGHQ6DxjEVAL1BDoPLQReZIjkOg9M1HbIYyQ6D26kXTdz9DoP1IRZLpbEOiqohFL2MfQ6RPE0WY8RJDqHcMRcp7+EOojClFnJm3Q7He4kU7LHpDse0kRRsJf0OyM7NFoEc5Q7JMlEWbthJDsk7LRSvILUOydmNFa7aXQ7LoIEWvXyZDunNBRawflUPDiolFkmJZQ8RY5kUnT8tDxvyRRYWp10PG/bJF7BuwQ8oG0EV2rr9DypgkRtprtUPLBr5Fw3JlQ8sY1EU+aT9DzAlKRR4SWUPPCthGDebUQ9AKdkWLN/lD0Iq3RZeEMkPRcmlFtcVJQ9QOUkVYBIND1pt3RbcH3UPZbzpFlX6eQ+Gy+kUMKQVD5WlhRgEyo0PmyItFTLPpQ+xzJEUamutD7JquRcXSWUPz1TJFP5WpQ/pCyEUknOhEAxUnRaZ7YUQEx39FNnl7RAdsoEXsqRpECjuCRUUO+kQKVCJFMyAGRArNBEUZjSVECy5tRZVzakQLRwdFvTWQRBB1SUUj9NVEEUTuRRUL2kQRWKhFK2s0RBINRUVa2H9EEmkbRRg1qEQUJuRFJz0CRCEqa0YFxL9EIqIlRSk2PUQjvZtFiUh7RCR63kUo3d9EJS0bRdhg20QooD1FPfHfRCtYBEUioqBEK3upRS6ds0QuXV5FKZicRDL14EViS21ENeo4RS3nmkQ2fM5FK3xlRDjY9kWiXSREPCO0RSRrYkQ96Z1FJkbwREGHrEWBjb1EQwQvRSPdkURJ7R9FTt3vRExDzkVO07lET0d/RR+Z20RPdLNFOj45RFJQnkW4J35EWWX3RUB8HkRhdH5FJUq4RGQzeUU8L3JEcMEURpYzSkRxbt1FrN0qRHeMJkV/844=</peaks>
+    </scan>
+    <scan num="1355"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="399"
+          polarity="-"
+          retentionTime="PT690.427S"
+          lowMz="50.145385742188"
+          highMz="993.849182128906"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.042196e06"
+          totIonCurrent="4.376749e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1356"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT691.038S"
+          lowMz="50.367980957031"
+          highMz="990.1796875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.732744e06"
+          totIonCurrent="5.850061e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1357"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="351"
+          polarity="-"
+          retentionTime="PT691.593S"
+          lowMz="50.486152648926"
+          highMz="996.596374511719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.1999115e06"
+          totIonCurrent="4.956614e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1358"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT692.159S"
+          lowMz="50.824012756348"
+          highMz="990.164978027344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.996546625e06"
+          totIonCurrent="4.3199615e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1359"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT692.778S"
+          lowMz="54.20601272583"
+          highMz="993.02099609375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.2185695e06"
+          totIonCurrent="8.656866e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1360"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT693.288S"
+          lowMz="50.100215911865"
+          highMz="993.55078125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.99494075e06"
+          totIonCurrent="6.0600495e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1361"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT693.846S"
+          lowMz="50.543918609619"
+          highMz="990.192443847656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.03417775e06"
+          totIonCurrent="6.0675155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1362"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT694.402S"
+          lowMz="50.913684844971"
+          highMz="990.190124511719"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.56822725e06"
+          totIonCurrent="5.6194695e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1363"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT694.975S"
+          lowMz="50.71667098999"
+          highMz="990.195068359375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.88417725e06"
+          totIonCurrent="6.4179235e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1364"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT695.509S"
+          lowMz="50.825630187988"
+          highMz="990.19482421875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="3.02364425e06"
+          totIonCurrent="6.5123855e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1365"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT696.054S"
+          lowMz="50.160385131836"
+          highMz="991.068725585938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.3524695e06"
+          totIonCurrent="5.1213105e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1366"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT696.631S"
+          lowMz="50.640274047852"
+          highMz="990.149353027344"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="4.9531595e06"
+          totIonCurrent="1.1026412e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1367"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT697.12S"
+          lowMz="52.850269317627"
+          highMz="991.056579589844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.96178525e06"
+          totIonCurrent="4.518253e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1368"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT697.731S"
+          lowMz="50.347370147705"
+          highMz="990.176330566406"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.829319e06"
+          totIonCurrent="6.2675305e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1369"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="374"
+          polarity="-"
+          retentionTime="PT698.28S"
+          lowMz="50.507564544678"
+          highMz="997.024780273438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="3.26678325e06"
+          totIonCurrent="7.2266785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1370"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="336"
+          polarity="-"
+          retentionTime="PT698.807S"
+          lowMz="50.190353393555"
+          highMz="991.081970214844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.8793825e06"
+          totIonCurrent="6.8007265e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1371"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT699.33S"
+          lowMz="52.364513397217"
+          highMz="994.723083496094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.6399495e06"
+          totIonCurrent="5.676345e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1372"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT699.904S"
+          lowMz="51.009765625"
+          highMz="990.140197753906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.9585255e06"
+          totIonCurrent="6.280245e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1373"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT700.449S"
+          lowMz="51.710208892822"
+          highMz="990.140869140625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.62597025e06"
+          totIonCurrent="6.1152225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1374"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT700.989S"
+          lowMz="51.782627105713"
+          highMz="990.131591796875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.260268e06"
+          totIonCurrent="5.0534725e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1375"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT701.566S"
+          lowMz="50.594898223877"
+          highMz="990.139953613281"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.33531825e06"
+          totIonCurrent="5.564893e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1376"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT702.119S"
+          lowMz="52.61251449585"
+          highMz="990.10009765625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.410169e06"
+          totIonCurrent="5.39535e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1377"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT702.694S"
+          lowMz="50.072811126709"
+          highMz="990.108276367188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.962896e06"
+          totIonCurrent="6.5232975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1378"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT703.233S"
+          lowMz="51.291213989258"
+          highMz="990.101806640625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.913426e06"
+          totIonCurrent="6.5098955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1379"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT703.775S"
+          lowMz="53.168254852295"
+          highMz="990.110961914063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.54548175e06"
+          totIonCurrent="5.671182e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1380"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT704.337S"
+          lowMz="51.444595336914"
+          highMz="990.130859375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.6741265e06"
+          totIonCurrent="4.3764785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1381"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT704.95S"
+          lowMz="50.213806152344"
+          highMz="994.049072265625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.2600715e06"
+          totIonCurrent="5.818762e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1382"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT705.507S"
+          lowMz="50.927696228027"
+          highMz="990.128112792969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.673899e06"
+          totIonCurrent="6.291727e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qku19kUh6LFCUu3mRTcoCEJUANtFGUU2QlUN70UMTCtCYChPRRBXVUJqGSFFDOvpQmp15kUkMOxCa/ECRR3AuEJx54VFHrI1QnM8zkUIlJFCd/P+RU30RkJ4C8pFBp0AQno2VkUN3cBCelfPRUTAaUJ60eNFJ9J4Qn57k0VhfFxCgl2JRTdQ1EKDmi9FEQoMQoWT10Umd8pCiMWyRQhLSEKJmAVFHBCaQom2P0ULbRpCizpoRRu9oUKLe7lFGIFuQou6DUUQbDpCj0RxRRHuyUKQva5FEdolQpMNskUS5ptCk0x2RSMaWEKTzWhFGIf8QpPdhkUdfmVCltwGRQkhLkKbMW1FOoxCQpwoLEUoJYNCoCwuRRf5aEKg8PhFe4yEQqDz2UYQAc1CoPSvRrobCUKg9iFFtbsXQqD4+0WEbqtComhHRRYjLkKjoLxFGW27QqYMzkVPhxBCqASgRZpLwkKq08tFD7WyQqv4nEU7r3NCq/qURe4pykKr/ypFvoVPQqwGY0aA1QJCrAc0RSbk7UKsEkBGJizaQqz+uUUR2/lCrgSGRaaF1UKw3xtFMYfjQrHKp0UTGpZCsgx7Rt/tfEKyPWBFkuZJQrLlyUUi2cFCtdFVRgOTN0K14V1FOw8bQrXucUXwy7VCtfG/Ra2u7UK1+zVF29M2QrX7l0XFG3RCtf0eRaAPYkK1/cFFuHjAQrX+bUYvkQ9Ctf+DRr7PN0K2AC1HDzk3QrYByUojM6xCtgJ6R+z580K2BB1HDE75QrYFEUWw5q9CtgV6RafKzUK2BhRFyWgXQrYILkXupfZCthHnRWFQskK2FSRFg4R/QrYyVEWGIGxCtoLwRR+z+UK3lrxFDKRgQrgDZUdHFxdCuAy/RaNj3EK5gJZFMDydQroD4UaQ2yBCulQ7RQzQ0kK68RNFXAvVQrx7hkUhucxCvcX9RSjGS0K/Ne9FF3F9QsOJCkUYoL5CxNbVRR+o2ULJ3d9GAz4UQsnzl0Ubh1dC0+uaRufoG0LVBbJFS2NUQtWaLUVWETlC12RXRRncH0La5OxFJUtgQtyVekUqyW9C4fh8R6iK60Lh+ZhFEtLgQuH6jEUVIGFC4o4VRY2O1ULk5y5FFaluQuX6E0ao7vhC5geARn6LhULmlpBFM3CkQum9AkVOuDBC6dsxRZDDAELp+OFFNJFVQvHf1EVAOfVC9uFLRRbDBEL3J2VFNuYzQvu+9kXcwUtC/A+nRopolUL8N2dFOzHQQv3PQUYOYWJC/gd4RV7O5UL/jqtFIDvBQwDkc0UxyWZDAtatRT7w5kMC901GfD9mQwL7w0X13/lDAxQKRVT4pEME3hZG0RIWQwUyK0Ut6tpDBifdRR0O5UMG3UxGEPrYQwbfhEUhKlBDCCO/RRzJT0MI3N9FxRxOQwnQ6kUdTSNDCrKpRTONl0MLOHNFLShDQwtEzUVDN0RDDN1xRSm/aEMPo4hFJyVOQw/z8kUoYQ5DEGWLRRrN20MQ7EpFsBppQxHuL0W74zhDEgwnRU69fUMSW6hFEhuDQxJuvUU25NBDEvYBRoP3iUMUJLRFQs/IQxTzFkZ3ZvtDFvJrRYXHWEMZPuZFIL81Qx76bEhp6FpDHvtjReXOtkMe++VFRuaCQx78sEVOU3lDHwq7RSRMUEMf+p1GrN4NQyDXaUZD4zBDIPnNRu6WCkMi1rFGDLyCQyO78EWHlnJDJO1NRzaJfUMm7ItGWsk8QyePkEUiUYdDKZ+cRyM5+0MtzsdFThRSQy5QHEU6+nlDLl8VRUBz8EMu8cpF3MSsQy7yUkXMIIlDLvNjRkc+d0Mu9KRJGkmmQy71u0aH+cZDLvZnRakoA0Mv9WVGTClGQzDgI0VRzFlDMOGYRYP/RUMw9ZxFpvbAQzHy90UzSBtDMgzpRwVsgkMy8tBGRxQzQzL6K0YLWfZDNPkMRZ9oTUM14mhFnwxnQzeMhUUvDRdDOE2hRS5M6EM41zZFYGWpQz0QgUVa9hRDPRJ8RWOAYkM9E/tFWaWXQz3uf0VUxaRDPu2WRZW3kkNA7chFs+NjQ0FzSUWzNC1DQXsORYw/E0NBh0NGj++vQ0GbS0W4YZRDRPVeRY/R00NHuidFJ8chQ0k32UYMRkdDSU0NRvHII0NJYk1F5rfHQ0vv+UUhC3ZDTdbtReP8VENN2plFTrxOQ07440chvHNDT9YcRXhCZ0NSTvtFojAIQ1feYkV9D05DV+cpRUkAJENYtZxFILVtQ1r7ZEWbAxtDW1FGRRruBkNgzYhF8t9rQ2EP/UW7yWBDYszbRXvjKkNi9ztF5HhNQ2vs2UZOIy9Db8pZRSjbDENxA+9FF8MOQ3LxcUbqQiZDf0u3RS7A0UN/0kpFY6+TQ4BI7kUjWKZDgOjGRZ0QHUOBFMVFaiZgQ4HR6kWJg9RDghXaRSIKF0OIeqlGms1IQ4j620WLoiRDiXpjRbj9pkOLdA1GcwxeQ4v/iUVytOxDjHO0Rezp3UONUWpFFVkdQ43zs0VpbxtDjnamRT6LTUOQd8tH2DCPQ5D3w0YdqjFDkXeORlexCEOTcTNGRXT1Q5Rw3kXbqOZDlJ8LRXVPdEOX6sRFL/SvQ5hakEWy4PZDmHTpSBTJ4EOY9W1FyTCGQ5nfvUU/a+FDmnQcRbHRoUOeQz1FMg/dQ59DdkWCPLBDn0YSRZOfBUOfRzdFrEHHQ59IdEX+xxtDn0qrRh5W7UOfuUNFH0B7Q6DxDEWNSHpDoPTNR3WwdUOg9eNGReDBQ6D3o0WHEYFDoP2IRZvXy0Oil4RGkJS2Q6Lm3UU0rkJDpE2wRUgKTkOodxdFv3xNQ6iNKkU7y5JDrOqvRT3wOUOtGNZFLrigQ624JEUn5W5DsjEIRa7tsUOySe9FfSs2Q7J2B0VK0X1DsuamRX0lVUOzEAhFMGMBQ7pzLUVAE2BDvPwIRTOzsEO9pdtFKH24Q75P3EUnT5hDw4iqRXF6okPD6zFFTffBQ8b+BUYqGdtDxwD/RTdurUPJdVhGCM13Q8oG5EWVeCZDypg8RlzSUkPPCvlF/KFUQ88vl0Uwp3hD0ArfRYwiXkPRck9Gh2FKQ9WvskU7g51D1pmWRa9cBEPYBkhFRZx6Q9lviEZYcsZD4aFlRTXCgUPkVgNFNZsaQ+VnvkWm8YZD5WrmRec42kPoDAhFLVtgQ+o0YEVRMHVD7Ji+RZO3VEP36LRFWKb5Q/iNZ0U3splD/E+JRSkzaEQDFDVFVfygRAPEWkUz025EBNK5RUSGm0QGgw5FLstiRAds4kXwIHpECG/ERUEzR0QJsJdFJpqdRApRvEVajQxECsssRTU30EQLLHlFfgRIRAtE4kYI1o1ED32YRT2Ay0QSDC5Fog1rRBNPF0UwkIxEGgoTRUZlj0QadHFFLxvuRB3tKEU68IZEISrnRchfN0QhfipFNOVmRCO8HUWQgNdEJS5LRaE190QlML5FTMfJRCtymUUxh45ELl5PRXRh8UQyhmJFQKdvRDO/2kVWuBxEM8+LRTSDAUQ41z1FnNXCRDlK0kU88HdEOuOuRToGpEQ9b+xFMS1uRD4zX0U8hfJEQYdfRZpubURCm3xFYXaCRER/ZEVlkdVESU02RWBT/kRPDJhFMC+eRE82XUUdO2ZETzhdRTpTGERPWMtFNUN0RFJOb0WFQ2VEUxqmRThSVERXujJFX2kGRFk2HUUnSodEXKEuRVRFHkRjb29FRM7yRGNyjUUoNd5EZfwLRSnqmURwpG1FNj/fRHC2A0VF4QpEcLx5RYSv0ERwwbtGl+15RHDGlEWyzO1EcMthRWCZSERw5NFFJ7E6RHFsjkW7CJ5Ec+NERSod8kR1a1NFQFNyRHeIM0Vaklo=</peaks>
+    </scan>
+    <scan num="1383"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT706.061S"
+          lowMz="51.761039733887"
+          highMz="998.158569335938"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.755834625e06"
+          totIonCurrent="4.330664e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1384"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT706.683S"
+          lowMz="50.866271972656"
+          highMz="990.137939453125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="3.7403105e06"
+          totIonCurrent="9.634998e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1385"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="407"
+          polarity="-"
+          retentionTime="PT707.183S"
+          lowMz="51.294845581055"
+          highMz="988.559936523438"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.514241e06"
+          totIonCurrent="5.756423e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1386"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT707.758S"
+          lowMz="51.933856964111"
+          highMz="990.147399902344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.26627925e06"
+          totIonCurrent="5.914945e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1387"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT708.315S"
+          lowMz="51.260955810547"
+          highMz="990.142822265625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.7920325e06"
+          totIonCurrent="4.6564325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1388"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT708.93S"
+          lowMz="50.174724578857"
+          highMz="990.145385742188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.04081325e06"
+          totIonCurrent="5.0970225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1389"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT709.514S"
+          lowMz="53.818828582764"
+          highMz="976.917114257813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.627260875e06"
+          totIonCurrent="4.130342e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1390"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT710.156S"
+          lowMz="51.310062408447"
+          highMz="996.660278320313"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.9089185e06"
+          totIonCurrent="5.138655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1391"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="378"
+          polarity="-"
+          retentionTime="PT710.74S"
+          lowMz="50.002326965332"
+          highMz="990.149780273438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.38078825e06"
+          totIonCurrent="5.807543e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1392"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT711.308S"
+          lowMz="50.867122650146"
+          highMz="990.134399414063"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.42967375e06"
+          totIonCurrent="5.8995e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1393"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="385"
+          polarity="-"
+          retentionTime="PT711.878S"
+          lowMz="52.718608856201"
+          highMz="990.136474609375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.763338125e06"
+          totIonCurrent="4.475165e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1394"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT712.496S"
+          lowMz="50.748413085938"
+          highMz="990.142639160156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.25135125e06"
+          totIonCurrent="5.5671605e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1395"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="344"
+          polarity="-"
+          retentionTime="PT713.066S"
+          lowMz="53.372264862061"
+          highMz="990.159423828125"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.4923375e06"
+          totIonCurrent="4.133655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1396"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT713.705S"
+          lowMz="51.336177825928"
+          highMz="993.003967285156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="3.6113375e06"
+          totIonCurrent="9.691005e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1397"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT714.211S"
+          lowMz="50.384098052979"
+          highMz="990.189453125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.26663325e06"
+          totIonCurrent="5.784164e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1398"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="392"
+          polarity="-"
+          retentionTime="PT714.788S"
+          lowMz="52.745601654053"
+          highMz="994.078735351563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="2.41910625e06"
+          totIonCurrent="6.321954e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1399"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT715.348S"
+          lowMz="50.440242767334"
+          highMz="999.182678222656"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.202043e06"
+          totIonCurrent="6.4316885e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1400"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="424"
+          polarity="-"
+          retentionTime="PT715.88S"
+          lowMz="50.075382232666"
+          highMz="996.937133789063"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.441332625e06"
+          totIonCurrent="4.12915125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1401"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT716.536S"
+          lowMz="51.992919921875"
+          highMz="990.167236328125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.056350125e06"
+          totIonCurrent="5.5433545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1402"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT717.107S"
+          lowMz="50.371742248535"
+          highMz="993.740417480469"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.552725e06"
+          totIonCurrent="6.415866e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1403"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT717.662S"
+          lowMz="50.909832000732"
+          highMz="998.281799316406"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.0891205e06"
+          totIonCurrent="5.800001e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1404"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT718.23S"
+          lowMz="50.780838012695"
+          highMz="990.173278808594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.26340475e06"
+          totIonCurrent="6.6828505e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1405"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT718.772S"
+          lowMz="51.36206817627"
+          highMz="990.193420410156"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.571921625e06"
+          totIonCurrent="4.908382e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1406"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT719.373S"
+          lowMz="52.360664367676"
+          highMz="977.161804199219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.796908875e06"
+          totIonCurrent="5.090408e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1407"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT719.988S"
+          lowMz="50.995582580566"
+          highMz="990.178588867188"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.1839445e06"
+          totIonCurrent="6.3403215e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1408"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT720.541S"
+          lowMz="50.13122177124"
+          highMz="992.940734863281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.083838625e06"
+          totIonCurrent="5.991136e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1409"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT721.096S"
+          lowMz="52.734127044678"
+          highMz="990.167541503906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.23868575e06"
+          totIonCurrent="6.2699355e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1410"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT721.66S"
+          lowMz="52.470920562744"
+          highMz="996.528747558594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.561270375e06"
+          totIonCurrent="4.941625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1411"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT722.262S"
+          lowMz="50.705215454102"
+          highMz="985.634033203125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.799226625e06"
+          totIonCurrent="5.14255e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1412"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT722.864S"
+          lowMz="50.000427246094"
+          highMz="990.166320800781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.552469e06"
+          totIonCurrent="6.7907285e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgAcEUdMvNCS3TFRT8A/kJMCAtFBspJQk+c4kUU20VCXCMMRRDRJ0JkxU1FGtGTQmaf0kUXoT9CZq8MRQyXWkJqjNFFLhSOQmyi0UUOc5dCb3ygRRFk/kJxaRpFD4P6QnF7rEUN+8FCcbB6RQbCHkJyZfZFFoUfQnLVkEUffCBCftiORTJlYEKBiPFFHpyyQoJ9ckU1YnBCiR1ZRQv2SkKJuZpFLAs2Qov9SEUV/fJCjpZbRTppyUKTCVBFKGZ+QpdqqUU/W0hCmOhuRSKn/UKZj45FIJ10Qprce0UdKeFCnc/XRRaHBkKeDhBFDNuyQp7KbEULRhBCoPDVRW827kKg8t1FOrV2QqD08kbPOEdCoPkgRc1zfUKh8xpFbRU3QqMoMUURUHNCo5ufRRjIKUKkdlJFHHxwQqYMxkVVOZ5CpkeDRRRXVUKnw51FIfWUQqgEnkVcLrxCqgx3RSGDj0KqmChFM3ocQqv7CkXWFfxCq/+dRV4pIEKsBfZFaZZtQqwG5kZQPZpCrAf8RWEKkUKsDjtFG1oGQqwSzEXtu89CrZvPRR9dk0Ktp+xFH/RNQq4EUUVBIwZCsgx3RoOon0Ky8EBFN0puQrXRckXLfrtCteCTRUH+1kK17npFu9B8QrXxsUWUl0RCtftgRbQa5EK1/txGF0JIQrX/cUYifEJCtgBfRwVwTkK2AcpKG8pUQrYDaUb7yBtCtgP5Rw8V9kK2BRpFkx5ZQrYFiEVsFFNCtgbXRakemkK2B/lFJwlMQrYIbUW4X09CthUyRYD3okK2Mj1FgDMcQrgDbkdbAf9CuATfRQiSTUK45UZFGeB1Qrk0EUUWDElCugPgRqTxX0K6l4FFKNtWQrxTHEUcbwFCvgytRTfkxULDMbhFIR7NQsY/akU0H9tCyd3cRsdsX0LLftNFHo1oQsvKzEUXNpVCzuamRRHBzULPPlNFIwedQs9/50UcjPhC0Oa5RUZhQkLT66FGyLRQQtina0UpCqNC2XMqRTbkIULhLnlFQGzqQuH4gkeTR3dC5CvXRRNiokLl+hNGvnDZQuYHgUYx92VC6adlRS3sqULp2y9FjLccQu3ukkWfUuhC83ffRST6e0L0mVpFGA/kQvWxiUUzjDJC+F8yRS7suEL8D7ZGmFIAQv3PX0WfTalC/geIRWBN0EMC91NGkG/IQwL7wUYpQuJDAxJoRTDwfUME3hlG8UCYQwbdQ0ZkK5tDBt3IRdulvUMHg8FFI0pTQwe0YkUxAINDB/H1RSfmAkMIQwxFMNCKQwjc7kW55OJDCkBwRRouYEMLRhpFrTtqQwtPrEUVBOtDDOWsRRtVl0MNkW9FHgnfQw35O0UZvfhDD6NCRTkbOUMQ7FdGiNVJQxELOkU2gopDEg6gRR3x9UMS9gJGwk8OQxNdfEUp8btDE3KSRSFwSUMT2pZFE3XKQxTzC0aDqFtDFd9RRSusbkMW8jVFn21iQxqBOEVRTuNDHvmBReAIyUMe+m5InTdXQx78oEYI7SxDH/qhRvsrTkMg13xFh2odQyD5zEcKBkJDJO1MR0jOgkMlSQxFNKi2QybsgEY82GhDJ3FtRRYYcEMnctlFLi/4QymfrkcfX/9DKrHPRT2xmEMq1WNFJYnBQy3L20Vy0sJDLrRGRSi9JUMu8spGGKWPQy70pklXDOdDLvW6Rn0NgEMu9sBF5G01Qy73TUWBNj9DL/WGRqcwKEMw4StFaJLWQzDzr0Wjr7RDMPWnRaFAFkMyDOpGzsRbQzLWb0UfBElDMvLXRjh1e0My+iNGCI9GQzMl/kUSszZDNPkCRaoAz0M1v61FPtUnQzXkG0WVLi9DNm/gRUJ0+0M3Z9tFMEz6Qz0RX0WAVNVDPRJ8RSr/6UM9E1lFfHLAQz0U/kWHeFlDPRWZRViWBkM9FwZFJY7MQz0XqUUxBu9DPzg+RSgLakNA7ZdF0GOhQ0Fz10WCw+FDQXuoRaGMUENBh9RGaWD9Q0GbzEWpLEpDQnl2RSTFwUNE8pxFokXxQ0bCgkU7gaZDSTkoRiNOJ0NJTQ9Fi/kJQ0lOWkbn84NDSVNFRYH3k0NJY5lGDJINQ07430aRTmJDT2B+RTVL+0NSS6lFPtaPQ1dFI0U8KIJDWBOdRXn/w0NYrwNFcCKVQ1qtSUVN+f5DWvtPRX9KEENeH51FI2KfQ17/gkUZOIpDYLLqRUuM9UNgzXNGHTh6Q2EM/UVeHh9DYsy1RTxqIENi9ydGNOtQQ2TIn0Um04tDZwvURTEDXENoFNpFK1w5Q2ozJkUiAGBDa+zvRdJAY0Nuf09FIGAQQ28QQ0UUS6BDcWmqRXi0DkNy8WtHAtpKQ3lIjkUvvrRDgXWcRUD+iUOB0CBFM1X6Q4J/LkVIBzxDg3b5Rav410OEdqdFOWv7Q4b0XEU8UEJDh3BhRUOQ7UOIOalFHxARQ4he1UU6Tz1DiHqqRy3dzUOI+q5GLJtoQ4l6VkYfJK5DicOyRRMDjUOKeF1FLXhWQ4t0F0aHcPhDi/2qRV0rVUOMc5FFIMv9Q5B3zEh49XhDkHjtRYiqfUOQ9/BGy+0EQ5F3hUbhhPxDknbkRWgPG0OSluFGijivQ5MXSEUvXIFDk3E5RpYwu0OUcMlFjSPdQ5dp5EVtLbNDmFnTRcAiykOYdOpIiXU7Q5j1R0Yg8PRDmXRnRYvCtUOZdUhFgD/GQ5pz9kXTqp9Dnzx7RU0NY0OfQGtFjqyWQ59CDEYY3SVDn0PrRaAppkOf+fZFJElAQ6CYy0U3urFDoOyvRYwkqkOg8LZFdJrPQ6D1Ckd9ZCVDoPlZRTz2qEOg/SxFrdOiQ6KXe0V2D95DpEuWRYphokOmJQRFKrjpQ6d140VEhCFDqHbRRY1djUOoi49Fo59yQ6wR1EUs0HZDrwR/RS6O0kOvxkpFMclHQ7Hnv0VovPtDsjKPRYvbdUOyS3xFsyFCQ7J2KUXO8YFDsuQdRY/6tkO3D7JFKZOAQ7pzV0ZAcBxDu+E4RRtAd0PDhldFW9E8Q8XwLEU84+RDxv1VRgzYV0PInR9FQ810Q8l1SEaO0TNDyfVgRcL8d0PKdS9FzupUQ8qYIUYJg75DzG7SRZu+DEPNt11FO5M4Q88KekVamgpD0V3NRS7i4EPRcmNHGhw1Q9GanEU8l7dD0fLBRa6e00PSceRFgjKHQ9KhZkUrM9FD1paQRZt+mUPWuY9FQOhyQ9lvh0cPC0hD2pdxRUnxXUPbo1JFMNcZQ96WTkan/7tD3xciRThnvkPjUB9FMF2qQ+O4E0VG321D5AkFRTV9IUPlaINGEctjQ+bH+EVLUZJD6jU1RVyPn0PslTNFpWB2Q/CLu0Uto+5D9pI3RUA5ckP7bbBFODh/Q/87rEU/LfREAaiARSJaAEQDEnNFOjdPRARWYEUcYIJEBLE/RSj/ykQFL+NFJx55RAZYwUUinpdEB2xwRdBqc0QIV7FFHGtBRAnrO0UkRD1ECxUiRZc2hEQLLgdFb1JhRAtGOEXpfepEDPSLRXF24UQPKshFUkIxRBIJ8UWqZ7BEEgzNRTaPyEQSOIZFNG32RCEqVkYcp+NEIsOZRSsFX0QjubBFhIC8RCRkoEVHcddEJSynRgSi6EQm1jdFR9lDRCfDEUUp2KtEKKFKRSuP7kQyFCJFK8wORDWBvEU3DYpEONRPRW7E7EQ4/UBFXe3lRDlmDkU8vKhEPHzIRSFFwUQ8iVpFRHPGREGH+UV9txhERdAERUBdHkRGwSJFNxnZRElOckVWfHdEUkxURX/oskRSTzNFOWK1RFXmQkVMQpxEWsk2RS/tRERgnw1FOjBdRGfCLEUscUpEa4TARVNeXkRwwK9GpchHRHFp9EWjqzVEdHngRRhBYER1cyNFKjVCRHYDCUUo+BFEd4qlRZs0xw==</peaks>
+    </scan>
+    <scan num="1413"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT723.421S"
+          lowMz="50.865371704102"
+          highMz="991.043518066406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.037287875e06"
+          totIonCurrent="5.960994e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1414"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT723.99S"
+          lowMz="51.533256530762"
+          highMz="992.866027832031"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.93244975e06"
+          totIonCurrent="5.944511e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1415"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT724.552S"
+          lowMz="50.217052459717"
+          highMz="994.874328613281"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.198565875e06"
+          totIonCurrent="3.80125975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjeQ0SINrJCSh5ZRIuGwkJPtPNEjhp1QlL8UUSbZWxCUwT9RJANEkJXFnJEhrnzQlodZkR2Ha5CZRebRHfDaEJlWWtEgLwQQmyg/0Rk6AhCbYmJRGqVlkJ6ciREk1KlQn57hkSZN89Cg5W8RG55IkKGPvBEYmEvQolTJkSE+NlCiVaERIn1fEKKRo9EY+FSQopTNURfHKlCiylyRGrhYEKMjf5EfUu3QoyzcERfJY9CjP2JRIeM6EKPGBBEXsflQpI/o0Rn2k1CkqHzRIlkEUKTUs1EtzfaQpNXakRmlDtClMhRRFliF0KVVzREeZiiQpYJzUSi4olCndy4RIN2B0KeV21Egs7lQqDzkkTB8jZCoPTARgMLJkKg9X1FwFENQqW2CER1X75CpgzRRR+L30KmjMdEhCmtQqgEs0TI3JJCque3RJYYWkKr+jpFNwKVQqv+zETDSj1CrAYTRbXzF0KsCMREuK/dQqwR6EVBtDVCrgRsRMMP60Ku11ZEcJd0Qq/C5ESOfKdCsgyCRlQ/AUKyP2JEvFJxQrLjXUTT9KVCsvAiRK5GGUKzuK1EsHmBQrPIrkR5qr5CtUD0RJANkEK1sU5EpNASQrXCvERzBLZCtdF6RYyh80K14YJE3Ik5QrXuakUJ6cBCtfHIRO0ePkK1+z9Fc2f0QrX+JUVEirNCtf6WRRoXuEK1/+ZGL6l1QrYBzUmSTy9CtgKeRw6pCUK2A2JGoc1eQrYD8EaByeVCtgTpRR6Q00K2CDpFhvwhQrYR9ETE2rRCthUvRM+lwEK2MjlFJp8iQrbNrESLEmFCt/u7RIQImUK4A2xG3CejQrgELkSW6QxCuAzPRPAiEEK6A+dGCq61QrrtU0SIKN5Cv/QBRIG9F0LB65VEd+JEQsLTMkR+1lhCw1ccRHM1A0LDhTpEm1KZQsnd6kaA4oxCyqNlRIMe2ULLc7JEh4eAQswxLESCWzJCzKgwRIR0RkLNkoZEfjYjQs36OESR98ZC0JayRIGQoULT651Gk4WyQtaVskR8uC9C1uFuRHNN2ULaFMRErYpCQuAaY0Uu+fRC4fiDRzDyr0Lh/3tEoawYQuX6Gkbd995C5geARbOpm0Ln+lFEuCxGQuf7fUSPkl1C6dtGRaE/CkLp+MFFhPCFQur4nURk39tC6v0zRHx0z0LslItElI++Qu2IdkSB09dC7e5pRJMPA0L43hBEg0iHQvpZjESJR05C+r/WRH84bkL8D7pGKlg3Qv3PQkWLSW9C/gedRPGMOkMACO9ErECbQwAMgkSOiNRDAFSIRGBywEMCYqREhyzoQwLzIUS1Y5hDAvdQRsC3d0MC+8FF6aGZQwMRs0SSV9ZDA/v9RK08kEME3hlGrtckQwbdVEYNCzFDB/hzRQkrA0MI3O9FWFOCQwo/50SgpjdDC0ZxRKdVX0MNuK9Em4P2QxAb4kS0f/BDEOxWRhnmXEMR8PBEk59DQxIJhESL9hVDEhPLRJhd2kMS7FpEnJcpQxL2A0anx5dDFPMYRhVtt0MV81dE8+vOQxbyZEUkDx1DG9/QRNeF4kMcZm1EeOgqQx73nEST5x5DHvgVRMn8k0Me+N5FPfu5Qx76ckhZp1pDHvtVRZ2Md0Me/HNFhWa9Qx79ikSnueFDHv5YRJp670Mf+qRGu7LYQx/8b0TCI/xDIPnMRsWqjkMg+1NEq0u0QyD8YESaxvZDIgBXRJjGrUMjuRNEnchjQyRLUUSDm0ZDJO1PRu//lkMk9OhEgly1QyUKmEUcTUdDJux+Rd7gIEMo661ElToNQyksikSCqyFDKXnKRHHXwkMpn7NGfEttQym9wER7g2FDKfnzRK9/ykMuWutEeqxXQy5fEkSeQHhDLrRFROWpK0Mu2s1EjuYmQy7fMkSH3nZDLvFDRa+NokMu83BGKC2vQy70pkkQY9FDLvXPRkc9a0Mu9q1Fxi3nQy73w0VMOr1DL/V+Rnj2X0Mw4BhEuLf0QzDzlEV8RshDMPWYRZDQuUMyDN5GliaTQzLy0kYCLLBDMvocRXUjQkM0+RpFYLygQzXkaEUazolDN0uaRIoHt0M409FEnA5yQztMRUSDKjZDPHD/RIli6kM9EOFEuVJOQz0SU0S3iiBDPRO0RJhcfkM9FStE1CMhQz0YYUSnXo5DPRk9RJaAukM/0mVEjMhHQz/ySUSdDStDQO2XRSvCoUNBcuNFJXx5Q0F6t0TYyNxDQYTURMgsrkNBhtdF0TyiQ0GTPUSptWNDQZrPRSKN70NEbwxEehAoQ0Tx9ETnyiBDSTMcRIdAnkNJOOpFZxe9Q0lOIkZCPu9DSWNtRUOiNENM9zhElXtnQ0743UY8RSBDUkscRQr6PkNYEsZEuuhWQ1jv1USwPtFDWvtwRY4lzkNgD/tEkAJpQ2DNfEWY1vZDYQuKRM7drkNizPVFKPhiQ2L3MkXMtm1DZfP9RJPxuUNn7nlE6FBYQ2hWnESskjdDa+zlRZS8W0NtpLxEhVLrQ3FojkTYUEhDcvFyRnikCkNz8Z5EjIG4Q3Yj2ESi4JpDewfyRJ95fEN8eFFEkJ+cQ3zhyESXu0VDgc97RRa6MkODHMdEhgM+Q4N3D0UNlU1DhHZZRKJz8kOGh7FEiSBPQ4h6tEbrc+ZDiPq6RbZzOkOJXnBEhVQ2Q4l6YkW/Uc1Di3QcRhvveUOL/PVE41QUQ4xzwEVFw/lDjXOJRH0itEONozpEjLYJQ47nJkSFZrJDkHV+RPGs5EOQd8tILbsAQ5B5AEVR6TFDkHoARLQVD0OQ991GTCg0Q5F3fEaAnzpDkncdRL+SF0OSetREtEIQQ5KW2kWk3DNDk3FCRgdEI0OUcOZFkUOlQ5V4tES1WgtDlbXkRILpDEOXaWRFCUqgQ5hZJkUA/4VDmHILRJ0BrEOYcsdEnHclQ5hzikVfFAJDmHTpSEj2L0OYd1ZEy7QuQ5i870SJQURDmPVeRhwuOkOZdGxE5JUCQ5l1fEUKKwdDmnQDRb+5TEOdqO5EfUgfQ58+30Uyz/1Dn0CRRS8mp0OfQtxFJBjoQ59EckT/ZI5Dn/G9RPeHNkOg8ldE6w6YQ6D1Fkae7JxDoPcNRTGmH0Og+N5EwwZEQ6D68ESC4X1DoXEdRO0SmEOil5pFUVKdQ6RK30UFzv5DqItoRRgfakOtG6dEk2eLQ60p+kR5ZDxDsYRYRJj+hkOyMvpEyqr1Q7JL+EUaIJpDsnY2RYvI1UOy2rtEhGu3Q7LjaUS8QflDtdflRHqKiEO28UZEvJ9+Q7pzbkXW8NtDu4hBRIlpl0O9p1ZEoFdvQ72x8kSO3UBDv5f9RJo7E0PDhVJEzM3TQ8O0vESGjdBDxdhBRID9s0PG/E1FeXEeQ8b/QUSxvzFDyH3eRH9h2EPJdUBGFaaTQ8n1k0VBo9BDynT3ROh080PKmGVFHlFDQ8t0+0SPk+FDzG6NRKzNsUPNbqpEkkt0Q88Kz0SWVLBD0XJjRrHDAUPR8nxFZbeLQ9JyQkTFl0dD1pXsRQdv4kPZb5lGYZO7Q9rBvkSFrJBD2+BNRK8II0PelktGiJOCQ98WiEUd/etD4rqSRKFHdkPlaGZFcgNeQ+bGqUTtEZFD7JS3RQt5DEPxge9Ej2B6Q/Rio0SitFZD9onvRKxHQUQCYmxEmKVGRAMRykUDvOpEB2uvRQ6RGkQH0MREhAw1RAg4SESECuRECy4QRPnCA0QLRopFN8adRBDF5kSYZ7dEEdaZRJ/3H0QSCa5E39rZRBK9K0SB8wFEF+j6RJW0XEQYPcZEfJLeRBt1u0SHx4JEISljRWGh8UQiMiVEjDYsRCO5QkUjBPBEJSxgRS1cw0QomB1EpyPxRCk0BUSGJV1ELZr4RIzvc0Qtv2REkni9RC5fJ0TefBNEMNJRRI68TUQw6CpEls06RDHcWESMr0JEONQ0RT9zUUQ48XpElp99RDkwwUSB5x9EPB/bRHLhAkRBhudE6JbMREW2zESjzpNESr4KRJg7EURPJINEzCITRFJLckUJoNFEV/WVRIgyWURby3lEioIJRF/GA0SU/CdEZPBmRJMyNkRtlEFEprXcRHA9JESHCL1EcL99RfSPhkRxaPFFBqcbRHNIxkSUUAlEdCtnRKc2tkR1h3REjP1HRHi39USrvKg=</peaks>
+    </scan>
+    <scan num="1416"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT725.246S"
+          lowMz="50.712078094482"
+          highMz="990.157531738281"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.805518625e06"
+          totIonCurrent="5.5706795e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1417"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT725.835S"
+          lowMz="50.751781463623"
+          highMz="990.153991699219"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.513449375e06"
+          totIonCurrent="4.4837055e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1418"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT726.476S"
+          lowMz="54.346988677979"
+          highMz="990.154357910156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.9895025e06"
+          totIonCurrent="5.8375825e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1419"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT727.05S"
+          lowMz="51.871475219727"
+          highMz="990.156677246094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.9333035e06"
+          totIonCurrent="1.009081e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1420"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT727.542S"
+          lowMz="50.375602722168"
+          highMz="990.166748046875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="2.07331425e06"
+          totIonCurrent="6.4432765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1421"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT728.101S"
+          lowMz="50.370632171631"
+          highMz="990.14794921875"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.50788975e06"
+          totIonCurrent="4.942428e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1422"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT728.713S"
+          lowMz="50.284515380859"
+          highMz="990.148254394531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.726521e06"
+          totIonCurrent="6.0830745e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1423"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT729.265S"
+          lowMz="50.505275726318"
+          highMz="995.012145996094"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.00274075e06"
+          totIonCurrent="6.5173955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkoFZ0UOettCSpT7RQHfOUJPfSNFDj8AQk/dYkUIJ0tCUnHARRVYgkJTlSxFG1OWQlW5LUUdGj1CV0YRRU4VG0Jb9rtFE3wWQl1MKEUQOn5CXY1XRQVTGUJfQ6FFFZBoQmOVCEUEoJNCbkMZRV1TuUJumsFFEivWQm7I4EUGSVNCbv83RTFzuUJyBbJFELZ/QnYHIkT+x0pCdgd5RQKIy0J6kURFFVASQnzqdEUQJDhCgPuwRT3Z/kKB6t5FEBTtQoaDpkUTRHFCh4uYRRkqKUKIDKFFD34/QohaYkUarZVCiMVvRQ75+0KORlpFFeSCQpLo+EUvBMpCkvx1RRx2WUKV4XBFWxNzQpb27UUdydZCnz6aRSpKL0Kg8B9FiVyyQqDxhUUn1flCoPJJRZXjYEKg8yNFpyltQqD0l0bCWFFCoPjmRU26mUKjGDhFGRyvQqM8ykUX5VdCpA/bRR7sBEKl7T9FGo88Qqax1UVKwRNCqwOPRRbEr0Kr+xJFywIEQqv/n0VtD1pCrAbnRnra5kKsEsZGCTvYQrIMekaPu91CtVp9RVV10kK10YhFzWuRQrXubEWUcaxCtfGzRXuzS0K1+2JFbYknQrX+30Yd0shCtf/ARkxj1kK2AD5GsER9QrYBBEekUI5CtgHLSfR5pkK2AzJG5VOXQrYEVkaqvc5CtghcRcAWpUK2CRFFMoypQrYyJ0WVh2xCtj9oRTAhd0K2QtpFEtWiQrcc6kUpID9CuANrRxLDx0K4UgRFMQjYQroD60aRSC1CuvgXRSnLgUK8h3dFH3sGQrzREEUB6cJCvS85RSFKKkLAA3tFEK8WQsOKoUUVs7BCw8NjRQ4dXELFxudFDU14Qsfo10UexCZCyMriRTLdxULJ3eRG6cmFQsxKyUURqLFCzd39RTL97ULPpvdFHFQCQtPrlka9K6FC1puQRTTRb0LdpGFFLKnHQuAaNkVZ6OZC4KySRSm4/kLhNDlFE2n1QuH4fUd9AtZC4rSORRnfdkLlTJBFOlGYQuX6G0bOcZdC5geIRZjXPkLnNWJFLbx5QukD4EUq75xC6dtGRegpxELr7ShFKfH/Qu3kfkUld2dC7e6/RbPw1ELupjhFI/vZQvVs1UUweOxC9mtWRRlxY0L3E3FFJfPnQvhIn0UpRk9C+JncRQ/7NUL44H9FPn4gQvuQOkUrtF1C/A+vRmrGe0L9aeVFK13GQv3PV0XHZOdC/genRV8UJ0MA9Z9FMeqBQwKGo0Ur0rlDAvdNRo596kMC+7pGL3poQwP76kUo+URDBN4XRvC63kMG3UpGUd6PQwf4gkUwaU5DCNzqRbOTRkMKt0VFK/NUQwtFT0U7GiVDDF35RRvf2kMQGVhFWEyIQxDsTUaZbVNDEg2cRTNSJkMS9gFHH9txQxTzDUZKhEdDFvJoRdbr3kMahKxFUHKIQx04/kVGm1RDHvl4Rif3KEMe+m1ItGWHQx78DUWfn9VDHvywRh9T2EMfRLhFLpzYQx/6n0cY2YxDILbyRSqknkMg12RFQb35QyD5ykc1O8xDI17RRSXbfUMjvalFisM8QyR7lUUgQ25DJHyTRS8uxEMk7UZHDQ5YQyXbjkVRdUNDJux7Rj8xh0MpnsZHGVAwQyoyh0UxpCZDK7okRRfxmkMtlXFFIp46Qy3QwEVzONNDLl81RYAf7UMu8apGIiFrQy7ygEXFOw9DLvOPRsLR4EMu9KVJVRSDQy72hEYaaWlDL/V7RpCHY0Mw4c5FlG5EQzD1qkWcLQhDMgznRtx3DkMy0L9FLtiXQzLyy0YV1S9DMvoPRZ4/T0M1EjRFNFTVQzXi10WTVtFDOeiJRTQ6/0M6JY5FQ0/MQz0QH0Uk+W5DPRHqRVMmrEM9E8NFIc/4Qz0UdUVwk6tDPRVlRWyeQEM9FrhFWT7SQz0YH0VxuW5DPeguRR+HwUM97mFFg0HhQ0Dtv0WlPUVDQXOrRYXdaUNBe5xFvVPzQ0GAIUUwqxRDQYfJRpLNBkNBk+JFZ3bcQ0GbyEWq6xxDSEw5RSpIAUNJOHpGBHQyQ0lKmUUv1BdDSU22RvFMSENJYu9F9sX1Q0748EYpePpDUlD5RYEjekNVqpxFEnmAQ1dF2UWgCQlDWBSXRYH+R0Na+1FFYnubQ1vEFEU1V1VDX6PMRUopuUNgzZZFv+EIQ2ESKkVc7YdDYvchRimmbkNjii9FF9CeQ2vs7kWlzhFDbzNHRSjl9kNxbzhFk43tQ3LxdkaaWCJDe7/hRSniQkN9TUxFMsHxQ3+qa0UumLRDgRIaRSRKm0OBVgdFMuLqQ4HTMUW4UilDgg22RSS3tkODdw5FrBwbQ4R2xUViehNDhZftRR2FikOIeqxHdvOKQ4j6zkYOLKNDiXpXRouT4kOKigBFDZEgQ4t0GUZjpHFDjADQRaOTskOMc8BF8s47Q4zxQUUx3PZDjfU5RS3Qu0OQdQlFL2dOQ5B1yUWdhm9DkHaoRcFRtUOQd8lInEPWQ5DC/EUj2uxDkPfiRwIoB0ORd3tG8UVMQ5HEuEUWg3FDknbKRZhg7kOSlv1FK4GmQ5NxNkY+nwFDlGRMRV/2/kOXbXpFgfFuQ5hGLkU0TbdDmFqJRZGnAkOYdOlIr/B1Q5h2QEVj9blDmPVZRiPpxUOY+sNFVAZmQ5l0XkV/fexDmj7URS88p0Oac/dGLtyvQ5vUBkUgcxJDnA+ZRSRELEOfJktFH7rKQ589jUWDKzJDnz84RYJqvkOfQRFFy4SMQ59EVUYRU9NDoOwoRZS/S0Og8iVF9qo9Q6D0mEdamUhDoPZjRUPPvkOg/UtFdR8WQ6FxYUWRZTZDoZMyRRUYPUOkT19FiKYQQ6RR5kU2Qe9DqHcRRTCJtkOoiwJFjPowQ64/OEUstidDskpzRYTSUkOydkJGEBYSQ7YOGkVWOYdDunNRRk1CQUPBNNtFOLzVQ8F4TEWP1eVDw4rJRdMLdkPEcoRFVdiLQ8b980YClp5Dx5WURV/mtkPJdUlG12AoQ8n1lEYK2d1DynTmRaj660PKmCRFxlwBQ8xuqEVLHsNDzRO9RUJ1wUPRcmdHXK8tQ9HykkYBK+9D0nGzRZxAu0PTKC5FIdyuQ9NxcUVpHV5D1pvPRe9AP0PZb4RHL10XQ9n440Ul02xD3pZXRwUnfUPfFptF0S+IQ+EHNEUjprxD5WfyRfUxfEPmyHhFVQxrQ+pF6kWErT1D7JsXReEL8EPtNINFLP/JQ/GcHUUoWLVD+24QRThY40P8zDVFJqCtRAB8S0Uu7w1EAxVtRb/2K0QFN/NFR6rdRAcXZ0UkghtEBzQLRT6wcEQHbOlFynSQRAk2mEXFMX9ECy0QRYROLEQLRXpF6+THRA7aA0VQQRFEEg2NRckd0UQWMj5FPpQORBpxsEUx8sdEIDYuRUeJ/EQhKstGESM8RCO9v0XjIlFEI+9rRRswF0QlK/tFzaeURCU2KEVAIvFEK8xWRR0X7kQtzQNFLaazRC3bwkU7jFZELl9WRXkLSkQvEfxFLXEzRDF12EUowsVEMaLeRTjGOUQ187ZFX508RDjZQUWsopdEOepgRTIH00Q7FCBFRAa8RDvKWEUwWOREQYe7RZ+v9kRCH8xFKJ+wREMDgUUsA+lESU4zRU7vW0RJXIRFSpRnREpkgUU1XXhETWnLRTcA1URPUmJFOlLhRE9XNUVkVDVEUD92RVDYc0RR+FxFHvsMRFJRRkWvi2lEVjUuRR4Ek0RWredFKBzyRFrNGUUuSYpEbaL1RTQNHkRwvmZFt9ACRHDBhkaUsllEcW99Ra7u+UR25ERFQnVNRHch80U07ppEd4lSRXARJkR4wMdFV+rd</peaks>
+    </scan>
+    <scan num="1424"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT729.82S"
+          lowMz="51.748554229736"
+          highMz="994.380432128906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.511070875e06"
+          totIonCurrent="4.858677e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1425"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT730.439S"
+          lowMz="50.21854019165"
+          highMz="988.619140625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.533257625e06"
+          totIonCurrent="5.2149e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1426"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="371"
+          polarity="-"
+          retentionTime="PT731.037S"
+          lowMz="50.120372772217"
+          highMz="990.150573730469"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.598085625e06"
+          totIonCurrent="5.1503015e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1427"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="384"
+          polarity="-"
+          retentionTime="PT731.638S"
+          lowMz="52.734027862549"
+          highMz="965.698425292969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.64020225e06"
+          totIonCurrent="5.2982175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1428"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT732.248S"
+          lowMz="51.577770233154"
+          highMz="990.119140625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.807740125e06"
+          totIonCurrent="5.8035205e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1429"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT732.835S"
+          lowMz="50.366607666016"
+          highMz="965.666809082031"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.84215125e06"
+          totIonCurrent="6.070583e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1430"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT733.403S"
+          lowMz="51.371871948242"
+          highMz="991.023803710938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="2.58455775e06"
+          totIonCurrent="7.3440165e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1431"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT733.951S"
+          lowMz="50.722080230713"
+          highMz="990.13037109375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.911461e06"
+          totIonCurrent="6.4322765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1432"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT734.505S"
+          lowMz="50.530380249023"
+          highMz="992.97412109375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.417824375e06"
+          totIonCurrent="4.808495e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1433"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT735.137S"
+          lowMz="50.733367919922"
+          highMz="997.959289550781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.689936375e06"
+          totIonCurrent="5.396578e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1434"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT735.744S"
+          lowMz="50.064510345459"
+          highMz="990.126831054688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.993165875e06"
+          totIonCurrent="6.4004585e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1435"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="426"
+          polarity="-"
+          retentionTime="PT736.31S"
+          lowMz="50.652423858643"
+          highMz="995.063232421875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.55302e06"
+          totIonCurrent="5.5048695e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqcFUUN5GRCTZiBRN0VpUJQxrFE/l03QlHPw0T4QbtCWxGTRNmrT0JjCI5Ev7PxQmz1d0S4eeRCbihuRO7lrkJ1jxtEusemQn0YIUTjZMdCfzgQRL4WKUKASI9E0zXnQoEPEUTVcr9CgWieRNuLkkKCAUVEtTcvQoNgdkTHueNChpVeRLoAYUKGw/9E6/TcQobXzETHiD1Ch1sxROuZm0KMDCpE3vfHQpIZ7ETkFQVClb1MRMUHvkKXbFhFFCWHQppBHETNl8xCmzx1ROwnXkKc+BBE38lqQqBYTUT4c35CoPKuRSE+F0Kg87xGEhgaQqD0YUaGKhNCoPhYRSNPX0Kilh9E+NCcQqPIfkUJCNRCpDsjRMSLJUKou3tE5mSIQqkroETdJRNCqkI1RMJLokKrXrBE2vKLQqvzAUS+1MNCq/oZRXsZ/0Kr+uhFIByVQqv8H0T+DQxCrATyRNg5iEKsBfxFybGXQqwGvkWvN3NCrA0RROnMFEKsDuVE65jpQqwQ2kUCsl9CrBG4RVFkeUKsEptFRT9iQq09ekTpc5VCra29RMHF1EKuBGhE6WQNQq6Lz0ThjUhCrxdIRNnVu0KyDHdGX//rQrI9vEUlQeVCssxrRNNyokKy5xtE5RaUQrQM+kTX/wBCtF3SRLPD4UK1QQJE+6J4QrXNPUT5IGpCtdF7Ra6CEkK10yJE1VLNQrXUpkUKRIdCte5wRYSzq0K18cRFC3I+QrX7ZkVQrWxCtf2YRMxQk0K1/i1FWmFrQrX+vUXSQs1Ctf/FRhA6GkK2AGhGjEw+QrYByUm9k+BCtgNLRlpmKUK2BAtGNQokQrYEsEWjjAFCtghERY/S40K2EWNEuwzCQrYR4US3LS5CthUzRSZwukK2MiNFI7nGQrgDb0cKPChCuAzWRSQuW0K6A+dGHlLlQro/kETxQ6FCuvEeRREx5UK9ifhFAZ2lQsnd4kcY9NBCzLyKRP64PELM1NtEy5iGQs3d10TjIt1CzfEmROqkN0LOX/VExnQHQs/MMkTSzLpC0HgmRNTmo0LT65xGn1DSQtSZnkTef6VC1poWRNlx0ELX9e5E6nPUQuAaRUVn3x9C4fh9R1OcU0Ll+h1GyrY/QuX9RkUDi0pC5gd9RYmcxULmxuJE8nG3QueZNUTa1k9C6dtHRh2wtkLp+J9FIVdyQupHgETZvDVC61gyROF/VELsh79E2oJKQuyZVETY0ElC7e6IRbXCpkLvQ8dFA49AQu/WxUTnhN1C8i9WRQmek0LyMCNE12QFQvM+OkTqV7pC9WZ0ROz9okL7jftEy3nnQvwPtEY8L6lC/c9IRZf/5kL+B2dFFKDrQwL3SkacrflDAvvARl6fvEMDFF1FFCGlQwQbN0UBudZDBM3ARQHQP0ME3hlHAIp7QwT7GEUyBY1DBt06Rkr9+UMG3cRF1uD6Qwf4jEUk+bRDCMZNRNWnnEMI3OZF378MQwjqpkT176hDCkLIRQsjmkMKY+dE97CpQws4xUTXKilDC0UHRUwse0MOrqVE9Sl6QxDsVEaqeIxDEgudRQUn30MSDExFGnV5QxL1/UcaHjpDEy8BRMyUbUMTL3BEv2a9QxRUKUT5mZhDFHdoRMqODUMU8xFGN6xDQxbyTkW8Ma1DGJLhRQZKnkMadiZE77KMQxtIwEUAdRZDG8/ARQrwRkMe+m9IluNXQx78q0YFo+tDH95pRPYxgEMf+p9HAo63QyBUlUUDk7ZDIPnERxGOVUMhK3FE7AvOQyKTH0TOyepDI4L/RNpvWkMjvHhE7mELQyTtTEbgvd9DJQqnRTfZYEMl7kNE4a09QyYCKEUDN0ZDJuyMReRxt0Mpn8lG2pLOQymhKETsmQ9DKeILROvSukMp+fpFBMkvQy2kD0UNXOtDLrRJROwaCEMu8cNGJ5EpQy7y6UW8vBZDLvSiSUu9k0Mu9sNFl4WKQy/1ekarrOJDMOCGROxSq0Mw4vJFBpoVQzDn30TyTnRDMPOVRWk9qUMw9axFiiCxQzIM4EaaPwZDMujOROJWCUMy8sdGRM9LQzL6BkVMa31DMw20RS2Ib0M0+RdFHYAoQzU/P0TdL8RDNXRTRL+MdkM14shFdx1sQzjPy0UDni5DONfHRSkE2EM9DitFBrZ0Qz0Q2UUMCYFDPRH9RTMc7UM9E11FAr3DQz0UPEUXzWVDPRZPRQOzx0M9FtZE18JiQz0hDET0EVdDPe5hRQwPf0NA7W5E/dgwQ0F6nkU94+5DQYbsRhIqyUNBh/NFmTi8Q0GTFkT7gulDQZr6RTHYHkNBsIdE6Z1sQ0T1tUVXrHtDRrgvRPCpmENJOSlFrJVCQ0lJcEUoLH1DSU50RqWEeUNJY51FqvOpQ0t+0UTwAy5DTvjWRgq/AkNQR7tE8uyaQ1JPUEU29SxDVM22RO+jJUNXRvBFMqeyQ1dnNUTUWbZDWBRlRPSCvENYnAdE/BwiQ1my3ETTv2ZDWt+ORME1FkNa+2NFHObBQ1tdtkTHOc1DYM2NReQESENhEC5FYMvjQ2Ejg0TjhgZDYszxRYqVb0Ni9y5GFbvTQ2fuoUVrRkFDaPeORM5JbENqpoxE2AIBQ2tRV0UVtIBDa9akRNpPyENr7WZFFYXcQ21gPkUZJFFDcM/ORPfy8UNxbUpFQUgkQ3HxVkTN4TxDcvFtRpvxXEN1IVpEwygSQ3X9bETmL+BDd4AUROxZjUN5nyZE8a23Q3olDkUNgtVDeyDmRNhrnEN73GVE+8l/Q3xll0TwchNDgNqRROxa9UOBBKRE5pGHQ4ETJkVkk+xDgbTvRQphukOB0idFespcQ4N3HUUem1hDg71YRNr7gkOEdrBFVUhyQ4VV5ETvj/VDhZ6uRPU9ykOIOr9FAE/GQ4h6q0eCUFpDiPq/RkFvg0OJel1Gf6EnQ4n6mEUDzaZDi3QaRqm7P0OLd5lEwOfNQ4v/4EUnzs1DjHO/Rc+C40OM1bVFBh/sQ462Q0TN441DkHfISJyNmEOQ9/NG6hNUQ5E/MEUGHw1DkXdxRvj3JkOSdvhFS/DjQ5KnFETa7OhDkwORROV5gEOTGYVFFpYdQ5NxRkZGEYdDk5ZuRP0wCkOUcLpFfemEQ5WhCkV0PdxDl2xjRSMo6EOYWR5FJOYzQ5haW0VatJpDmFvBRQEoqUOYdOdIq/VjQ5iS7kUMrpFDmPVoRieZbUOZZGZE2HxWQ5l0VkVroFxDmXVkRXlFsEOZukNE0/iPQ5p0BEYQHTxDnPWnRN1Dz0OfOcdEw+UhQ586jkTpRSFDnz3RRN1VakOfP0hFIPIMQ58/wEUm301Dn0EURZFbXkOfQjxFv+45Q59Ej0WA3BpDn0ZtRTz7L0OfR1ZFIhSbQ5/xwUUfzfZDoOxqRRUDU0Og8PZFYk5PQ6DzHkYv079DoPR1RyWQPkOg/XdFGLdXQ6FxfUVaMFpDo03XRMzO0kOkTg1FDcISQ6YJw0TXQahDqHcbRRh9akOqIGFE2cjkQ678w0TwkGpDsPwnRQFtu0OxBoZE4bjYQ7IxCEVrThlDskorRZe7OEOydh9FuxutQ7LnOkVV9YpDunNGRe/RekO8da5E2ycDQ79Da0UO8L1DwJXRRNb3/0PBeDJFJWe2Q8H4GEU690dDw4lKRU5xCEPDnZRE+uyQQ8RgTUTT2dhDxHLLRUCDSkPFGvpE+kLhQ8U2zkTqWdFDxvwrRS5IzEPG/f1Fb8FWQ8b/wkUJlJ9Dx9FvRNM1+kPJdUtG+iRhQ8n1hUXU4/9DynTYRYQdCkPMJstE/hksQ8xuk0WG1C5DzW5ORQZAxkPRcmNHWtRYQ9HyfEYB3VpD0nIERda5j0PTVZ9E3gpnQ9Nxf0UnXpxD1GtyRQajFEPVM8NE570bQ9Vq9kUFxLVD1poURYLpOEPYKfVEyuu8Q9iSUUUHmoFD2W+CRxFSwkPZ7+BFCIhRQ9tuYkUDw9hD263NRNnu+0Pe10tE8aK0Q+D3rkTgvRJD5ALNRPGiA0PlZgtFNuaIQ+Vn+UW1BflD5eiIRQYXgUPmyIlFD+beQ+juFkUF00pD7JlmRXbLLkPte6ZE2v/hQ/NwkUUBB5ND/9K7ROMbGEQDFHpFiay1RAPyuETj4E9EBTfaRY5TJUQHbMlFoY5lRAk2hkWAKw9ECrLqRSv6nEQLLPxFAVHmRAtE+UWlCQdEDTT7RRC2rkQN0WhE8I3lRA/Z10ToReVEEZMmRPQWcEQSDJdFdLZWRBQGb0Tsg/1EFUW3RPlfN0QWckNE+InJRCEo1EVK7dtEISq4RaLclkQhLP1FV2HPRCO8ekWCL/1EJSwORZx+aUQnuohE6/aIRDgEK0UFY/pEONe5RXNnnkQ9UDxFAMMQREGHL0VMs2BESU51RRCgXkRON2FE631oRFJPjUUl+mFEUrl0RO8pP0RXf9pE6szpRFhYl0TmSOxEWyZDRQEQmkRimxRE+O5MRGezMkUG2S5Eb66nRPqkD0RwvihFjQIORHDBikY3FRVEcW0yRY0aIUR3OitE/1APRHda5EUJRkxEd4iPRTqg+ER4xAxE9rkQ</peaks>
+    </scan>
+    <scan num="1436"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT736.908S"
+          lowMz="50.056449890137"
+          highMz="993.421447753906"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.96607475e06"
+          totIonCurrent="6.9089705e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1437"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT737.456S"
+          lowMz="50.098678588867"
+          highMz="990.120239257813"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.471689125e06"
+          totIonCurrent="4.887708e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhlDESpRe1CSLPBRJKNBEJV0wNEmEnxQldAvESYlqpCWY//RJl8zkJb8VJEqw0MQmIN7ES40+dCY2rrRJ9jc0JlC+xEq+HvQmnzHESdbABCdq3/RKQsA0J+q91EmN6jQn/mqUSlgZVCgO72RKYcpkKC9K5EpWZYQooDHESeCzRCi3IpRLKohkKM1qREoyjrQo37tkSrKdZCktfuRJjI+kKS2shEu76cQpNQYkUEwnlCk4vFRKRztkKTxBtEqCNcQpTLjUSuXH9ClbgMRKy/b0KVzFhEl/IeQp87RESmOrJCoH6ZRK5v/0Kg8EpEycJzQqDxQ0ScIGpCoPLURNPpXEKg9KFGR2UnQqD2GUVjDtpCoPjmRSVeXEKh8xlE79f3QqYMvkU/vn1CqX1ARKBoMUKrWrNEs5ZYQqv7R0VHd3dCq//iRMs8U0KsAwlE8Yn9QqwGmkVpMdJCrAcvRbOuFUKsCL5E+SVDQqwSbETN+SVCrBL/RUp6+EKsE6dFTHG9QqwaTUTRsq1CrIExRMIAIUKuBHZFOJbgQq9dEETUzShCsgx5Ri2wUkKyPKRE6+8NQrLwMUTMrBBCtdF9RaIPYUK111FEuRnxQrXhhETu9qhCte5vRXD4HEK18atFJWjsQrX7a0U2lTJCtfyARSw2fkK1/tpGFIq9QrX/kEXaOvdCtgBfRruGw0K2AcpJs6ZJQrYDY0aymeFCtgPvRnaUXUK2BdJE5TY1QrYH1kUnOdxCtghjRRnFhEK2DqtE19/5QrYSAUSs6RJCthUqROqJqEK2MjRFN7PFQrgDb0bc5yxCuAzgROCk1kK6A+VGUTIdQrrtdUTBVwtCuz8bRLVH1kK+ryFEllr1QsGl9ESinB9CwdaQRJWsAkLCPD1Eo4gCQsV6IUSffUxCyA3IRKITgkLJ3etHDZoAQsveFUTm2bJCzNMERLxG8ULM74dEpC8ZQs36G0VHYwZC0vLnRKyK/ELTCZBEskdkQtPro0afwPxC1BTgRNgvqkLXUYtEneUNQtzHjkSkuQRC38jtRKIwwkLgGlJE5JCvQuBKTUS6BotC4fiCRz3ay0Lh+5NEwbOuQuKNHUTg9etC5foYRuCvMkLmB41FWn/wQuf6kEUfqlRC6dtNRdmozkLp+OxFFfCEQu3unEWRcLZC7odgRM5tX0LylmhEtQEtQvLFrkSYSFdC9CCpRLT270L3jyhEn1QoQvwPrkYpN2hC/c8+RbEUKEL+B41FKfqNQv/33ETcRo5DAvdPRq1ABUMC+8dGFIopQwMToUTOqrFDBN4dRs14CkMG3UhGOwy6QwblHUTYggFDCK3kRJDvw0MI3PlFizkBQwnjJUSl8JdDCk8dRKHfH0MQ7FhGsHN0QxHsRETOnkBDEgimROOxRUMS9gFG5O+NQxTzE0Y2iElDFtMhRMkGc0MW8l9FKuyxQxnq1kSTvlRDGoCbRK9RwEMagQtEtr/yQxvfsUUJ3wlDHErxRJvJoEMe+NVFgTIpQx76cUiQ0qBDHvx/RWesL0Mf+qNG9PpqQyBoSUSfJUtDIPnHRxt49EMg+29FHcf8QyTtSUbdhvdDJRWJRLSN+kMm63tEs/0CQybsfUYMmXFDJ+xQRLgorEMpn4lGrIznQyrVIUS1yu9DLVWKRM6y5EMuFWZErvTvQy5ggkUKAvJDLrRPRRfOh0Mu8LBFIjtMQy7xzEYJEtZDLvLNRgCmDUMu9KRJNDvuQy71u0ZxTNpDLvbDRdbjW0Mu90ZFJMFWQy74S0UTYWJDLvzBRRbecEMu/WFFDKuGQy8OrkSnLSRDL/V1RqX4ZUMw4JNFCvRlQzDzhkV2jz1DMPW3RZ6JMEMyDOZGpYKGQzIqMkS704FDMtCKRMH9sUMy8shGP0huQzL6LUUthf9DMw3KRPKHnEM0+PhFBhiaQzXhv0VFHHdDOk8/RLaVRkM6+u9EtMoCQz0Rq0TdWdtDPRKzRO3gPEM9E9dEtZeVQz0U50Tcl1pDPRacROU4hUM97oZE1g/tQz+/+ETmltdDQO2eRSjRD0NBdCBFKeuiQ0GHIEVQCa9DQYgdRf5LsENBi0FEv7xKQ0GUNUTquKhDQZwqRRsri0NE8vhEyQF3Q0VZeESyZslDSTjvRYN8HENJTjlGh0tMQ0ljbkVf24RDTvjaRcHhbENRJPhEtP8rQ1JLTETYhRxDV0fYRNyC5kNZCqpFJ+eQQ1kTsUTM425DWvtIRRwHukNdXI9EuzP5Q12AfUSxorBDYM2kRbK9r0NhC/tEzRTLQ2ENDkTLdttDYrfiRKj89UNizP9FTqNMQ2L3H0X9WSxDZ+6BRQO260No6g1E8ryXQ2rMzUS9U+BDa+zsRWEapUNvFSFEuf7lQ3E6u0TAuZFDcvFwRpaU3EN3JuNEpfo+Q36v+kTSJ4BDgRMdRaucZ0OBdXNE3sRWQ4HPekTsU4ZDgwh5RKnTf0ODdv9Fl6vUQ4QpaETJG4RDh6dPRKhHHUOIeq5Hb08/Q4j6y0YxEO9DiXpURj6mO0OJsNxEusm8Q4q9JUSf+2FDi3QjRn/hSEOL5yNE47yJQ4xzuUWyEfNDjSFkRKv/rkOQPL1EydmpQ5B18EUfgpBDkHfLSIw36kOQeO1Fj7T+Q5D370a1yO1DkXd4RtVhiUOSAANEr4oAQ5J26UVhhidDkuxoRLLjUEOTcTpGS3lBQ5RwpUUd2JZDlRY5RKbnSEOVoQBEvwSqQ5hZekUrxwlDmHH7RLxgCEOYcstFKCNnQ5h06UiTgWlDmHdXRTBGkEOYeOlE/ILHQ5j1WkYhtAxDmQPRRKAeOUOZdEpFHi3oQ5l1pEUF7MxDmnP6RgHA+kObKndE0ENrQ5t3PkTMZLxDnzrqRSUQaEOfPENFF86rQ589i0UV62FDnz5sRVnDMEOfP+ZFXgY0Q59BZUVauNlDoO5hRN0agEOg8gxE7tdGQ6DzREWLaBpDoPS4RwUKM0Og9iRF0ViSQ6D3ukUl54JDoP1qRTBYEEOiAd5EsnISQ6RKyUTqCUpDqIq9RPLGikOt/M1EuchoQ7EFLUS8sgtDscBCRLfpXEOyHjBEuOs1Q7IwM0UAp9tDskk6RV4NJEOydjdFyYW+Q7Lh20SxzRlDsuO0ROEyVUO1bqZEp8yWQ7YnPkTlpWNDufd0RNNfekO6c2pF/VgrQ7p2WES1VaZDu9suRKLSZ0O8u9xE5NMqQ76Q0ESjJzVDwTgmRNI4fUPBeCpFS0jGQ8H4E0Tf6f5Dw4VXRTBIF0PEcthE7+PwQ8b8q0V9869Dxv5cRPTje0PJWfJEts1sQ8l1TEa9MHRDyfV5Rb0FPEPKdPlFqs4KQ8qYgUUAzgtDzG7CRZaOXUPNbpFE/Bg0Q8614ETI7sZDz7PuRLIu70PRcmdHTcAVQ9HydUXbUK5D0nHnRYTEXUPTcZBE+dVSQ9RsF0UVIrRD1pW9RT2vi0PWm6pE052PQ9lvjkb3V8pD2uhbRK8zUUPdTyVE7c30Q+AWQUSuFehD5WeLRZg0nEPmx4BE+t12Q+ozTUTiKF1D7JSERUEBJ0PyMKhFAu2YQ/NwqkUItpND+7L3RMMwDkP+Qo1EuxzIQ/8sMUS3jrBEAxGuRSiAWEQFN8xFD8Y6RAW3k0UOEZ9EBz3ZRMXAYUQHbBVFSyPrRAk2ekUnB/ZECkf1RLnwskQLKjBEsvZ1RAtEUEVh2t9EEglsRSR7/EQhKddFTGz/RCKr3US0wsNEJSvoRXg3OUQmdXlEwDsHRCmCZES9GyNEMjrRRLl4GUQ1bFBEuJLYRDcq4kSuXkFEONQSRUs7uUQ8JmJExvnKRDw/TkS4+YFEQYgORRcfRkRCfohEvN97REczhETpkrxESU5pRQ3IHERLWu9Ez9coRExGmkS4P3NETxijRMGoqERPr1hEwu9fRFJLO0VFuKtEUqw6RM5U6URku+JEqvaORGj1akTdj4pEa7IcRNo+WURseqtE6UiaRHC7UUUWm7ZEcMBRRhaeXERwwztFHBkyRHFovUVYNvtEd4eyRQ1+cA==</peaks>
+    </scan>
+    <scan num="1438"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT738.088S"
+          lowMz="50.016128540039"
+          highMz="990.12890625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.572947e06"
+          totIonCurrent="5.502783e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1439"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT738.681S"
+          lowMz="50.499633789063"
+          highMz="990.145324707031"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.89483925e06"
+          totIonCurrent="6.0329385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1440"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="349"
+          polarity="-"
+          retentionTime="PT739.257S"
+          lowMz="50.526100158691"
+          highMz="973.225646972656"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.378247625e06"
+          totIonCurrent="5.1267085e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1441"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT739.865S"
+          lowMz="50.875118255615"
+          highMz="986.511535644531"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="2.042521125e06"
+          totIonCurrent="6.9208095e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1442"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT740.418S"
+          lowMz="50.109485626221"
+          highMz="992.6640625"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.39135875e06"
+          totIonCurrent="4.9462865e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1443"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT741.054S"
+          lowMz="50.726234436035"
+          highMz="990.126525878906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.17479275e06"
+          totIonCurrent="7.1458135e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1444"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT741.594S"
+          lowMz="54.105922698975"
+          highMz="990.136840820313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.812170875e06"
+          totIonCurrent="6.112808e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1445"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT742.165S"
+          lowMz="50.241054534912"
+          highMz="996.789489746094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.38443075e06"
+          totIonCurrent="5.9118955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1446"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT742.728S"
+          lowMz="50.661640167236"
+          highMz="990.145446777344"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.710550375e06"
+          totIonCurrent="6.147274e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqlhUUWRyZCT4yURPqbGEJQfTBE/N/bQlLupUUcDZdCV0ozROOXwkJkrMZFCeghQmksR0UE+W9CbBLjROpIKkJwUNJFCpG5QnZJQ0UGtJdCe6lsRRd3TEJ9/HhE8zngQn7fPkUBYVNChX/oRQDNNkKIYE9FB4EOQotF/kULu5JCjksIRQuevkKSuFlFBGfvQpLDv0UCQ31Ck1FYRSW/pEKYEopFD1GwQpt7u0TfsJ1CoACURQWZ20Kg7UpFO1NRQqDwzEUTGv9CoPHRRfULREKg8mlGsBy/QqD3zUWkH3RCocNrRRbusUKk5WhE/e5gQqUWGEUN9CFCpXdJRQsJn0KmANBE40hkQqc/SUTdzTZCp+QDRSUPCUKo0rRFAaOqQqpDokUggg1Cq/qoRd9Dc0Kr/05FZOV3QqwGd0ZdZktCrAkORRs3c0KsEktFzF0YQqwTvkUq1/BCsgx4Rlt8EkKyPc9FbBEDQrJKN0UI4w9CsvBkRTum40K10XlFshNmQrXhh0VYKrJCte5kRR9+VUK1/lFFPbU3QrX+4UYI1gdCtf+TRlG4lkK2ADpGk80FQrYBEEeHn3NCtgHHSdDOs0K2AzlGzOtlQrYD9kauJAdCtggtRbtBoUK2MiVFV331QrgDb0bpxFRCugPhRncCD0K/0ttE/ouPQsiuQUUlq55Cyc67RN4QekLJ3eFHLln+QsocSUUv85NCy8l/RPG9rkLL3epFPjqXQsy6n0UGTspCzd0URRF7X0LT65VGwNvSQtSSMkUK14lC1OtaRQG+F0LWmoBFUA1CQtoVBEUAx8FC2kwZRRC9RkLbNqpE+y7rQuAagEVK9R9C4fh7R07SmULirQpFG3H7QuX6EkbzHrNC5gd6RcdWUkLnqGlFECEjQunbQEYnjEhC6fjQRYgJN0Lt7pNFuWPwQvqtbUUJPINC+0MgRRCI8EL8D6hGi0W/Qv3PREYETlVC/gdlRR7FVEMC8jZFFbIxQwL3SkaZH01DAvu5RnZiyEME3hdHIWenQwT7MkUj6vRDBt1DRkim9UMG5O1FcJjDQwf4c0UqA9NDCNzyRfT9lkMKQnRFLlySQwtFKUVQdG5DDTXBRQFufUMQGeVE97nIQxDsVkbgccZDEVeIRQagRUMR7E1FQb/2QxL1+0cVVNdDE3QORQCSGkMTfZJFFKZrQxTzDUZTuDlDGpgFRQ0WcUMduvpFCgtAQx75eUX2GoJDHvpsSK60wUMe/I1GJTpxQx/6n0coGy5DIPnDRzR410Mg+3tFYCKzQyTtRkboBuBDJQqeRYfGCkMm7IJFudnTQymfOUcGxc1DLRYoRQhWCEMtz1RFF1F0Qy5bjUUth6hDLvFTRascxEMu8mpGJAasQy7zk0a9bSlDLvShSU9R1UMu9n9F+ahbQy73JEVa0tVDLve3RSOmPkMv9XFGpq+uQzDhw0Up0dlDMPOcRYhV4UMw9aNF1eHvQzIM4Uava9lDMvLJRkNz1kMy+gtFegHOQzPOJ0U0KJ5DNIvqRPnTWkM03XFE+/aEQzUI4ET/8ilDNRLuRPR1x0M1f3dFEiRKQzXiwkVwjdVDONhDRVSpBEM6mmNE/aGyQzqvREUX0f5DPRDuRRV+LkM9Ew9FDv8jQz0UC0UyrVBDPRTnRV8XRUM9Ff9FPVNMQz0YcEVSqHNDPUIuRS5gc0M9vqZFCXSQQz5OFkUDkMZDPtcCRTljAkM/+29FC2fWQ0FzOEWR7KJDQXsgRWX48ENBh1FGZYm8Q0GSSUUTHSJDQZNXRQZKP0NBm0xFqgXrQ0Gpt0UjxfNDQbIIRQ++kENE9T1FBO6aQ0T2NUVlbO1DSTkzReyNGkNJTn1G0ilIQ0ljskXQZYdDTXZlRQ+YhkNO+MtF4hnpQ1Hd60UYhO1DUk+lRYW0zENYFHNFFaVPQ1mQqkUq/RdDYM1/ReZnrkNhD8FFMwbKQ2ERKkUY9s9DYs0uRXfVx0Ni9yNGL4quQ2YwUUUgogxDaf+uRRMd9ENr7QFFb3dRQ3LxaUa1vHxDd3+gRQi9pEN6Z+lE772uQ4BSikUArmJDgQwORSSbC0OBFSRFB8rIQ4HCZEUWjwRDgdJFRRNn8UODdyBFbKgCQ4R2d0Un3nZDhs7fRRG5AkOIeqxHkvbZQ4j6vUZZHqNDiXpWRqKbAkOJ+l9FDZG9Q4t0IEaqrNBDi8fCRRborkOL13RFH5h5Q4v/7EVjgjJDjHPTRbUasEONTzJFEeSWQ4/Jn0UauMFDkHWeRb2CO0OQdqxGAIvQQ5B3x0i1OzFDkHknRWn31EOQ9+FG//tAQ5F3dEcVceZDkfh5RRXblkOSdtVFpqx8Q5Ls8kURRMZDk3EvRkz7XkOUbsJE+1aEQ5RvTUT9OpFDlHDJRZDY9EOXbK9FpsORQ5hQKkUVG8JDmFovRZG0MkOYW0FFDIgEQ5h040i+kLJDmHY9RaOYF0OY9WFGSFnYQ5l0TkVwxMJDmXVvRaqHgEOadAZF9AKoQ5t3M0VF8+xDn0MvRX0rQkOfRGdGOnhOQ6Dn30WHWYdDoO/ERRRlnUOg8UhGDywcQ6DyeEdXJBdDoPiKRQCU8kOg/RxFslRfQ6FzG0Uq8j9DpE5sRVXvlkOmudpFDcrcQ6iLoEWfOxZDqU7RRSgiuUOsEltFIsgBQ6zH5kU27B9Dr+TPRULY3kOxl1hFQzEqQ7IHJUULklBDsjFMRVYr10OySnRFm02hQ7J2IUXqGdxDsudSRZRFXUO2jcFFD7cpQ7h9tUUUTXlDunNURkD+skO7FC1FIudTQ77Yf0UIdc5DvxehRQtEhEO/3k5FCOutQ8F4Q0WeFuFDw4grRSKJUkPDic1FWc6cQ8RxI0VELF1Dxhx5RT8dyEPG/a5FybKdQ8c7WUUM7+lDx/69RQHXYkPJdUNHIZ2+Q8n1Y0YECP1DynTHRey9+UPMazNFIajeQ8xulUWGbjRDzZWiRRPKuUPNpSlFHOHWQ85970UNnQxD0XJhR5bazEPR8rRGQGCCQ9JxyEX+KApD0paVRQOLt0PTgmlFFRWgQ9Sct0UjMcFD1poyRcFFC0PZb3VHRbhwQ9nwCkV6+7ZD2rUIRSDQ5kPjM8NFD7lqQ+Vo2UXkX9BD5f/4RS0f4UPmyDJE73zZQ+yZXUVTm+1D8r12RQ9vOUPzcMJFGv+qQ/juqkUtTsZD/awTRSB7u0P91mlFLcCLRAMUuEVGGRFEBTfmRWiXH0QHInFFIvTbRAds3EWMQ2JECJUdRQ4PsEQJNnxF8zp1RAnt0EUfTahECjnHRT5mw0QKUmhFKxZ7RAsUz0VoEJtECyzkRYFe5UQLRThF9Z8+RA6N80VAlKxEENNeRTJvsUQSDHpFgwiIRBKP5UUI5C1EE0XHRQ19PEQXS8lFGsVrRByPlkUalChEISl0RaINpkQhK8NFdKJQRCO8y0WLJb1EJSymRcx8eEQtHQ9FEa+oRDQjokUyE7NENiAsRSB5zEQ417hFiYtxRD0jEUUnUuVEQYdiRYl330RE+0hFHWufREYvVUUPx2tEST9TRR9LukRPSMtFS/L4RE9QJkVNoSZEUdzdRRk2pURST6ZFmNUERFpcQEUSERlEYX9MRReoXkRkBuRFGhYFRGYOD0URBjxEaGLXRQ3PQ0Ro/UZFISDJRG8Ju0Uge/FEcIyQRReOBERwqa1FK7hHRHC52kU/xHREcL8uRj8j7ERww0lF4BO1RHFuu0Wj4pZEd4lPRVSSyQ==</peaks>
+    </scan>
+    <scan num="1447"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT743.299S"
+          lowMz="50.226570129395"
+          highMz="994.772766113281"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.531956375e06"
+          totIonCurrent="5.8760205e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1448"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT743.875S"
+          lowMz="50.539608001709"
+          highMz="990.137634277344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.660202875e06"
+          totIonCurrent="6.047051e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1449"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT744.443S"
+          lowMz="50.142227172852"
+          highMz="998.623718261719"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.53941375e06"
+          totIonCurrent="5.461503e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1450"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT745.04S"
+          lowMz="51.425045013428"
+          highMz="982.042236328125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.24190575e06"
+          totIonCurrent="4.194891e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1451"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="383"
+          polarity="-"
+          retentionTime="PT745.703S"
+          lowMz="52.74450302124"
+          highMz="994.829162597656"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.507087375e06"
+          totIonCurrent="5.192516e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1452"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT746.322S"
+          lowMz="51.262256622314"
+          highMz="990.147521972656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.441239e06"
+          totIonCurrent="5.4987225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1453"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT746.92S"
+          lowMz="51.904773712158"
+          highMz="991.058532714844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.928461e06"
+          totIonCurrent="6.4220005e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk+efUURfSdCV2xRRQ5NW0JZnHBFC0rIQloN7UUSjNFCYNWdRQKFfkJiJ3NFIJiWQmTMr0UCDGdCbr8TRQSsbkJ3ksBFGo+oQn0A20UB2jhCfnuERS5RjEKB0WJFAd+OQoLHwUTd9s9ChJXXRQkfCUKHiHBFA3TGQoocwkUSP65Cj2bvRO0kRUKPyeZFB9zAQo/RzEUQcr1CkAUoRQtfn0KQndxE4xfrQpCd/ETgzJVCk0hLRSzjxkKWVuRFFjHkQpZ2hkUGRX9CmNjzRRVS+UKg7oFFT5CsQqDxQ0WZeAhCoPIQRh4eHkKg8zpGYKnaQqD0vkWBkSxCoPfzRSsaJ0Kg+GZFaT7FQqEJDUT1ijtCofMzRSWOkEKj5QFFCe6qQqVyLUUYRdFCpgyzRUT7LEKmLltFD5I+QqcoNEURuQ9Cp9jxRQyGvEKr+epFL8wUQqv6y0XHpFhCq/91RUvkTUKsAA5FGij7QqwF60WKs/FCrAakRihOeUKsB51FUkbUQqwShkWjevxCrsHLRQox8kKxRINE69p9QrH/yUUdpmpCsgxvRhSEj0KzxtRFRgqJQrXRc0XfET5Ctds7RVaBXEK17mtFmIybQrX7YkWpGqVCtf46RWcIK0K1/vBGV1TTQrX/fEZqb/5CtgBwRwVWBEK2AcpJ62hoQrYDVEbeHidCtgRPRmrcJEK2BRZFoQaJQrYFukWMku9CtgdkRUwlmkK2CGtFlle6QrYVNkVLxCpCtjI2RaVeREK3BOhFAwTGQrgDcEcoRc5CuDnQRQ9NaEK59RFFB7ErQroD6kZEaY1Cx9nWRTabiELIO1tFCDXwQsnd50daRxNCy94KRW7NW0LMu0BFBfcPQs1X2UUCnUpC0nnZRTDM1ULSqJhE/BDBQtProUbgknVC2pWNRRZd8ELhS0JFKa5BQuH4gkdKq19C4/JiROPmpkLl8o9FH/PTQuX6HEbsfOpC5sbVRQIMbULp20dGHaOIQun4pkUyrXtC7e6gRY6qnkLvZghFKQwcQvHfn0UTtqxC9RBERQgLkEL5y3dFBlbKQvwPskZjeXVC/c9IRdn3z0L+B3BFEiSqQv8CBEUIdOVDAFdLRQqpFkMC8jhFDZ90QwL3SUacZ3FDAvvFRm0LqkME3hlHJ3ASQwbdTEagxnhDBt3IRgkIX0MG5PJFU/09Qwf4hEWgiEFDCNzuReksSUMLOU1FHq/YQwtFmUWBtAlDDk4VRRWOJ0MO7chFDb+HQw8mTkUIEwpDEBpORRgX50MQlURFEowBQxDsVUcrezJDEvX7RxLP90MTrK9FDKXpQxTzEkZIIXJDFvJHRe5VNUMXVzNFEoU4QxfzZkT9wKFDGOLDRQ4c+EMbFZVFFfPwQxvftUVpPEBDHIgLRQUr+0Me+ONFb3Q2Qx75iEYXdeBDHvpvSLVFTEMe/HBFsACcQx/6nUcNNWlDIPnKRxqhxUMg+5hFL2NjQyLjbEUML6JDJIbjRPTG2EMkvDdE9FpIQyTtS0cGjfNDJQq5RVpJvkMlK0hFCWU3QybsjkXDTr9DKW7pRRdg2EMpn7ZHCXmQQynFQET+mlZDLc55RTZJBUMu8cdGSkfrQy7y2kZSVoxDLvSkSV6o/0Mu9p9GCChSQy73YUXJ22xDL/V+RpTyG0Mw4J5Fj4XZQzDzjkVVFkZDMPW2RZoFSEMx88BFDCOyQzIM4EbrfH9DMvLSRk1e80My+fdFDWzlQzQhJUUTuX5DNeNORayq4kM2FRxFBKWZQzvdyEUJLn5DPQ1pRUXMbkM9ErtFJ3jFQz0T/UUX+bdDPRcaRSOLXkM9GTZFFyLXQz4A+0USJSZDQO2tRVsonUNBOqFFF26wQ0FzhEVJn7xDQXtaRXffzENBgaVFKAvoQ0GGNkVzXdRDQYeBRlsY60NBiShFl+4gQ0GbeUWczCxDQafNRTSc+0NE4zRFEe8iQ0T02UV15AtDSCVeRP7YyUNJOOFF1c9EQ0lONEbNjk1DSWNsRcrbJUNLxJJFE3iSQ0wYqUUkhndDTHfYRPSiQ0NO+ONF1RgmQ1JOMEVT5UhDVW4kRRBu7kNWbldFDK4NQ1gS4UVXeOhDWvtURW8mZ0NgzWhFrvXqQ2EPQEVrClNDYm0lRSOlNkNizPlFslMRQ2L3KEZRbAFDah5wRQ8Wo0NsAThFEOINQ28Bq0UX5H9Db8XzRRtxtENxJ4FFAhteQ3F0sEUD35dDcvF7RrL8gkNzzoNFGnqIQ3RV9UUX8K5DduL2RSZcf0OB0XZFZhUcQ4N3EUWfYEVDhHaaRVld+UOE48tFHHRTQ4h6rkeNhmBDiOe3RQ7OMUOI+slGRXZSQ4l6V0awIPlDistZRRjujEOLdB9GcTXiQ4v+j0VJJ61DjHO3RYjeaUOQd8tIsnMGQ5B580V58VpDkHyIRQwcE0OQfTtFB8q5Q5D34kbXYVBDkXd9RxnoN0OSBB1FGz3nQ5J20kUx4ctDkst1RQ65rUOTcVJGbs3/Q5OtZ0UtbipDlHD6RUUEAkOUqxpFB8SuQ5cNcUUTJztDl2rhRQikp0OXa3xE+Jg8Q5gSj0Usp3lDmFlqRayGWkOYdOlIvzgWQ5j1ZUZFcg9DmXRcRVcT2EOZdWhFOaQ/Q5p0A0YPx6xDnzzYRYhJ80OfPgJFh8OHQ58/f0WwY3VDn0ClRddjaEOfQhNF2O/DQ59DTUU4ZsNDn0SaRTfVg0Og4QBFIzntQ6Do9kU0+mNDoO9aRXYRrEOg7/tFYcNvQ6DzIkcjUYxDoPY4RboiV0Og/S9FnbX3Q6P5OkUsOXFDqDYtRR9dpEOoixtFknfaQ6mZfUVJcyJDrVbhRRHa+EOvEsNFGvHMQ7EHOEUtK31DsWo1RS3OREOyMdZFmEk5Q7JKwkWK27RDsnZDRcM2QUOyo+9FE3FjQ7LlkEWG/QVDtVVERR0vvkO4ZkdFNZlXQ7pzdEYQ9RdDvxw1RQUzRUPBd/RFjoLIQ8J3zkU3aiNDxmlTRQlc6kPG2oBFC7gpQ8b8oEYN/1RDyXVJRxlsWkPJ9WlGM5KNQ8o7Z0UgbPZDynTVRg2II0PK9UFFJQa3Q8xup0XWUW5DzW5dRRV14EPRcm5HqHkWQ9HyvEYvfhFD0nIERatItkPUbFdFQ3ogQ9aYNUWUqXVD2W+JRzit1EPZ8C5FaGwMQ9tuR0UvqkpD3fzmRRf2aEPiyfRFIBiRQ+VjrUUcD7ZD5WXbRTkCt0PlaAtGBTEoQ+WhuUUrkChD5sdqRYF+IkPn0EhFDMRFQ+vM9UUh289D7EBnRSOnJkPsl3FFftI5Q/Nw7UVDoIxD+Rt0RQ3xdkP7bk9FJwepQ/3BqUUgq1RD/jcARRe2nkQBM/1FHJHwRAMUBEVKYQREBN5aRRyWjUQFOABFkcf/RAdr80XRtJxEB80eRUCixEQJNpNF0AdcRAo5ukUWdtVECxSwRTIunkQLRYVFxtwCRAwm0kUmlUxEDMYQRRZKzEQNNMdFa8zPRA/v2UUY+AtEEYgxRQ+9pUQSCt1FK3YDRBe6yEUIOrBEGvCNRQj/CkQdpjdFEu1bRB8A90UjyK9EISnQRhHUi0QiKzxFGLVkRCO61EWYnyBEI/WaRQl7sEQlLBVFzMyoRC+XmkUYm2RENkf0RRaL60Q41e9FajLgRDvr3kUgwTpEQYerRXckSURBrFxFILHDREfa7kVTYJtESLPVRUObm0RNoxRFOJ1fRE8jD0UjmzBET0/LRUNIhkRSB11FSz4HRFJNhEU32JZEVLQURRV1OERWU3JFL/8ERFyO3UUmYz1EaWcKRTTFUkRu3QRFJkdlRHC/80aJ8E5EcWuGRVYNr0R3iaJFa84JRHePw0UZCZ1Ed8O/RXI3cQ==</peaks>
+    </scan>
+    <scan num="1454"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="385"
+          polarity="-"
+          retentionTime="PT747.487S"
+          lowMz="52.091384887695"
+          highMz="990.179565429688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.13572e06"
+          totIonCurrent="4.9166925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1455"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="417"
+          polarity="-"
+          retentionTime="PT748.1S"
+          lowMz="50.780750274658"
+          highMz="992.0849609375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.22426e06"
+          totIonCurrent="4.7165625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1456"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT748.746S"
+          lowMz="51.126762390137"
+          highMz="993.361572265625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.12099825e06"
+          totIonCurrent="4.9973315e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1457"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT749.347S"
+          lowMz="50.865406036377"
+          highMz="990.182922363281"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.41394825e06"
+          totIonCurrent="5.260691e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1458"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT749.957S"
+          lowMz="51.091232299805"
+          highMz="996.159729003906"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.42053975e06"
+          totIonCurrent="5.243216e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1459"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT750.562S"
+          lowMz="52.737621307373"
+          highMz="998.286071777344"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.26325025e06"
+          totIonCurrent="4.9678825e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1460"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT751.181S"
+          lowMz="51.68440246582"
+          highMz="983.271179199219"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.114040625e06"
+          totIonCurrent="4.449017e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1461"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT751.827S"
+          lowMz="50.594741821289"
+          highMz="990.202941894531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.559667625e06"
+          totIonCurrent="6.323545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1462"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="369"
+          polarity="-"
+          retentionTime="PT752.391S"
+          lowMz="51.588123321533"
+          highMz="992.679321289063"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.331625125e06"
+          totIonCurrent="5.4150015e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1463"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT752.983S"
+          lowMz="50.751468658447"
+          highMz="999.874450683594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.26093675e06"
+          totIonCurrent="4.76536e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QksBgUSx/GVCTvaERIZ6g0JS8sNEpGoTQlld/USscp9CWrQeRKwS0kJcXzdEl1ppQl5WLESQMGpCX+FGRI9S9UJinllEsGC6Qms5Z0SbgGBCbcjzRLKmwUJt+mREhmgeQnedFES7CzFCeeN0RO6npkJ9mn5EkDw0Qn57jkTMXrFCfr5ZRJbkSkJ/SvtEpm0bQoEBT0SZWYBChhSPRLzX9kKGwnVEti9OQofUpESpl/pCh9n/RLlvHkKIcJtEvDIWQorTLUTb/FhCkg4dRKdaLEKTFYBErIByQpeIs0S/3flCmJZqRMVyEEKbH1dEr8T8Qp8oe0Sm3xtCoO7yRO5/AkKg8lRE6gr7QqDzvEaHscFCoPiARSIn7kKhzvhEpjZSQqRL5UStsWJCpXM5RMxyPkKl4mlEqO05QqY9skSpZLxCplRiRL2NokKr+jxElyQbQqv7J0VPSMpCq/+MRL1yZEKsAkpEr4GUQqwDlkSS4otCrASiRNxTUEKsBglFEdndQqwHC0XR0rxCrAfRRUCkvUKsCJ5E6Pe+QqwSCkTfNJFCrBLRRVpoGkKsE7VFHAg4QqwUtESfFK9CreTuRMcKK0Kt/MVFJegTQq6vCES5EAJCsgyCRhQRREKyQVBE1j3xQrLvQ0T+dnhCs0OaRNRk40K10ZRFYY7SQrXbFkTpMypCte5rRUdAukK18cRFOajyQrX8h0S9BhJCtfzLRNBtUkK1/odFlG7AQrX/40ZGFWNCtgHPSZnsRkK2AqJHFzLIQrYDZUaUr+dCtgPqRiZGB0K2BQNFaQKsQrYIP0U4MIBCtg/TRLlk/kK2MgtFLWyRQrgDb0a3kpJCuAzCRQyM7EK4DVJEldIiQrg1LkTH39BCuW2vRLWZpkK5ifxEl87dQroD7kYCWYpCuzj0RKQxk0LBWxxEnPpJQsHriUTTNAVCw4a2ROeWSkLF4MRFQBSGQsdDBUSqPIxCyd3nR3sOwULKf/5EuliDQsveAkWfXgFCzHAuRJ4sOULMufZEvEQaQs3d2ETIyiNCzfoDRLE1/0LOGdNEqmWSQs9wjESdaddC0lYfRKzu0ELSr0lE4ftiQtPro0bcUIhC1JrbRKYDdkLX3NhEzv8pQtsggUS5hIhC3LYvRM2P/0LfNwJEsju6QuAaV0UPmD1C4NorRKM13kLh+IVHLW1WQuKtAESX/fZC5fodRtuOk0LmB6JFCzYaQuf6aUUyx0tC6dtQRgtrC0Lp+M9FCU2sQuoJhkSrtzVC7e6fRakzL0LuEfpE9RuOQvCrpESprKlC9M9yRK8dEkL43/JE7YWNQvkreESWguRC/A+uRiaEx0L8M3REmidOQv21NUTKyJpC/c9LRfno0kL+B5dFHdCgQwFKAESsIBZDAvdNRqXfVEMC+8JGTSqLQwSYMkSspCRDBN4eRwoFnkMFwOxEoxDbQwZ9GkS1EDhDBt1NRi+T4EMG3bBGPX7OQwbk90WLDAlDB2vkRKEZzkMH+HpE/ZReQwjc7UXoXABDCkDvRPJeRkMOBKdEsiaBQxDsW0cNfqVDEexnRUrJ2kMSCn5E9/AjQxL2AUbphA5DFPMVRjVnQ0MW8llFk7+IQxvfp0T7Z9FDHS6sRKltcEMdVCBEx/5MQx747EUKMuJDHvp0SJIpt0Me/I5GBawoQx9vCkStEdxDH3lARKu1JUMf3PJEs0cCQx/6pEbzgF5DIPnRRwS6/EMg+4BE25zdQyO6WUUUmPxDJO1MRra05kMlCrZFWUPZQyUsjETkSdlDJux6RdAiskMnlW9EqjGSQygq3kS9RTpDKZ87RqCzF0Mp3i5EppRSQyr+J0S5KpxDLvHJRZT1k0Mu83FGVQFoQy70p0ksH0BDLvXLRokL6EMu9rdF/4CaQy/1dEZ5kcVDMNEkRSDWLUMw4IJFHKljQzD1mEWXI01DMgzaRokedkMy0JNFBoubQzLyxkY+46FDNNALROtX+0M15nhFKJbdQzddrUSus9tDONV5RNd7ekM6ZqFE2C72Qz0P/0TdbQNDPRLrRRICjkM9FDFE3L+IQz0VoES/8ONDPRe2RQ7uR0M97lpE4T+BQ0FKZUS8YjxDQXPNRSnt0ENBe85FC5cUQ0GH90X2glhDQYlMRTYtmkNBiw9E18bQQ0GULEUkQ41DQZvfRP1P90NE80xE+X24Q0fqGUTGSh1DSTgZRZKRS0NJTT5GcelRQ0lidEWhRflDTVqBRLXylUNO+NJFTQLAQ1IdY0SmXQ9DUkx/RQaKl0NV+K9EtA7MQ1gTHEUAZiBDWQraRUXRrkNaGIdEtJOoQ1r7P0WGAClDYM2sRedC+0NhDZ5E6FjaQ2LNDUWT+C9DYvctReXXRENjZXxEpf0HQ2Vfc0S8XnpDZ+4rRK/kRENr7S1EywZiQ3FqPEUt9kBDcWvpRJ2d4kNy8WlGZhiqQ3bil0T0tTlDe1I0RJsN7UN+kWFErBWFQ4HQa0TTCzlDgdyfRMp9CUODdxBFly3lQ4R2pkTsfEBDhgvMRMYET0OG8+JE7/p0Q4do+0SrushDiHqzR3qF00OI+slGXU0dQ4l6Y0ZwPWhDifpbRLcQmkOLdCZGTsnrQ4v+BkVcn2ZDjHO3RbsPYEOQYJdEozkaQ5BhMUSZ1MBDkHVeRSddD0OQd81ImBCPQ5B5BEW3N9ZDkHn5RSC8mEOQ9/BGx3pzQ5F3ekboUDFDkjr4RJNCfUOSduRFmmjgQ5NxOEYk1tJDlHDRROcjikOVYkdEtVKoQ5XW6kSbLHdDl2p2RSan0EOYWWxFZ/14Q5h06kifo91DmHdQRQrkK0OY9VRGGZQxQ5l0Z0U/trdDmXWRRVSE90Oac/lFxiWVQ58+MUT4cTVDnz+oRP8DmUOfQohFT5j4Q59D7UVOnj9Dn0YvRPWEDkOfR2NEwWyZQ59KhUUJLTRDoOpBRRIkikOg8StE6CW/Q6DzzEcF8O1DoPY9RMEYrkOg/TpFJLPEQ6EiEUTFhZxDpEvzRRHezEOoi2xFET+vQ6jLhkTAJw1DrSw8RJxjt0OtuaZEujylQ7GsXESqKbNDsjTnRQ0ZX0OyTfNFaCdyQ7J2NEXEFY1DsuTSRSseqUO6c2VGEet3Q8F4EUWIoPFDwnfmRO76qEPDhqRFLBgWQ8RyvkTdOotDxvzPRYxEU0PHAAVErIBDQ8l1SUbhvztDyfV2RguXsUPKWhlEoBGaQ8p07EXgExNDzG6URQthsUPNUcNExMCYQ82T4USpXDRD0XJkR2hJNEPR8p1GDcEaQ9IPXUTAQxhD0nIFRehEI0PWl2ZFVbfJQ9cm1kS+48ND2W+VRyGTN0PZ8ApFEi2qQ9pwlETjuGlD2yIFRKwbNUPbbl5FDKd/Q93Ef0SnlORD5WiMRapKakPmx6hE8xdwQ+yWREU+781D8jE3RQQyK0PzcMJFMmVcQ/jewET9pxFD+rdKRMJ560P8bMxEtmdERAAuQUToQM1EAxLCRRfqbkQE78BEwscERAU4JEWUuuJEBsbJROIkskQHa+pFU6FYRAd4NESyICZECTa3RRzNXkQKGplEzwLPRAtICEWKtiBEDSnxRL06QkQSCpJFGU5NRBbABUSgLYFEFyCrRLGyhUQf9qJEySSSRCEp7UWJ9GNEIWwYRNCxzUQjunxFH4jmRCUskEVzOnxEJb7dRKgoKEQuYQBFEkKERDMd5US7aEVENy/pRNct2UQ41YBFITqUREGINEUnA5xEQkWJRL3KuEREUKpEqj47REbfw0SzfHNESKdWROJ6qkRJTcBEz5YPRFJMu0U5ID9EVN9QRO1tkERaY/dEtbtARGWn3UTDK4REbzv/RN3x/ERwwGdGGbGKRHDFs0UL//ZEcWpzRStxr0RzI2FEzXxyRHPVcUTJHW5Edo9jRLXbbUR5P0xEzgfqRHn390SvdcU=</peaks>
+    </scan>
+    <scan num="1464"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT753.623S"
+          lowMz="50.639785766602"
+          highMz="965.690246582031"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.264617625e06"
+          totIonCurrent="5.155851e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1465"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT754.231S"
+          lowMz="50.510562896729"
+          highMz="990.205688476563"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="9.71654375e05"
+          totIonCurrent="3.99726625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1466"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT754.922S"
+          lowMz="50.13939666748"
+          highMz="991.128356933594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.796463875e06"
+          totIonCurrent="7.7135815e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1467"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT755.448S"
+          lowMz="50.017971038818"
+          highMz="990.253112792969"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.3087385e06"
+          totIonCurrent="5.145403e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1468"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="374"
+          polarity="-"
+          retentionTime="PT756.063S"
+          lowMz="51.856636047363"
+          highMz="990.256103515625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.538233e06"
+          totIonCurrent="5.6898425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1469"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT756.66S"
+          lowMz="50.383281707764"
+          highMz="990.243896484375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.438565875e06"
+          totIonCurrent="5.728276e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1470"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT757.258S"
+          lowMz="50.521934509277"
+          highMz="992.074890136719"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.26401925e06"
+          totIonCurrent="5.1372855e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1471"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT757.866S"
+          lowMz="50.71354675293"
+          highMz="990.244262695313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.342743125e06"
+          totIonCurrent="5.5798015e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1472"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT758.464S"
+          lowMz="51.070644378662"
+          highMz="990.258850097656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.578169375e05"
+          totIonCurrent="3.90328475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1473"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="356"
+          polarity="-"
+          retentionTime="PT759.16S"
+          lowMz="50.50390625"
+          highMz="990.25439453125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.26476375e06"
+          totIonCurrent="5.434332e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1474"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT759.748S"
+          lowMz="50.467224121094"
+          highMz="990.272155761719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.0381355625e06"
+          totIonCurrent="5.1756005e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1475"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT760.348S"
+          lowMz="52.904407501221"
+          highMz="997.20654296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.021014125e06"
+          totIonCurrent="4.6248945e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1476"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT760.982S"
+          lowMz="52.222919464111"
+          highMz="991.142456054688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.3065445e06"
+          totIonCurrent="5.620824e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1477"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT761.575S"
+          lowMz="50.384601593018"
+          highMz="991.153747558594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.32760125e06"
+          totIonCurrent="5.4873735e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1478"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT762.164S"
+          lowMz="51.045082092285"
+          highMz="992.009948730469"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.104439875e06"
+          totIonCurrent="4.7456855e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1479"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT762.796S"
+          lowMz="52.375537872314"
+          highMz="990.292602539063"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.212069625e06"
+          totIonCurrent="5.0225345e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1480"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="373"
+          polarity="-"
+          retentionTime="PT763.4S"
+          lowMz="51.960456848145"
+          highMz="991.829528808594"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.337471375e06"
+          totIonCurrent="5.243903e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1481"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT764.02S"
+          lowMz="51.890319824219"
+          highMz="983.065551757813"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="1.173407375e06"
+          totIonCurrent="5.072681e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1482"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT764.642S"
+          lowMz="50.120639801025"
+          highMz="998.605834960938"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.19081275e06"
+          totIonCurrent="5.2926445e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1483"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="354"
+          polarity="-"
+          retentionTime="PT765.249S"
+          lowMz="52.574073791504"
+          highMz="990.283447265625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.326177e06"
+          totIonCurrent="5.4994055e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlJL2kTbtMhCV8XbRMoFS0JYishE+PtDQmD1u0UMeSVCYmgPROoJVUJ24QpE+xrkQnpGJETQ2sxCfdTvRQGrtUJ+e65FL9UfQn6yU0S1kQVCf8srROGvnEKADDhE1qOrQoGA3ETOvnFCgZ3VRN8c5EKDPJhE29VQQoNnt0TrZexChKpbRPcMoEKFgBpEy1ntQorFNkTVxctCiulkRNBsn0KK+7xE80LGQos46kUGed9Ci/ylRSuuqUKNzoREzzIeQo4iKUTdvKZCjmKAROxkvkKQHStE840fQpFjU0T6ik1CkrmBRNrvWUKTGI5E4gz5QpNNAkT5X8lCk3KjRPvZzUKc935E62u9Qp8ow0T1bAVCoPG0RUt150Kg835GYZl1QqD1N0YlTphCoPknRS+jREKh5hNE5So2Qqh7iUT4yTNCqiB9RNISqkKr4yJE1oH5QqvukUUGzPNCq/m2RSnlcUKr+l5FjyBTQqv/LkUkUSJCrAZHRf4MQkKsERBFTgY2QqwSK0WJlT9CrBPgRP4XikKscFZFAqLFQq0UpkTdHXFCrgRWRSRBPUKxDStE8byaQrGPj0Th5tVCsfMrRQQVwkKyDHBGFeOQQrLkCEVB0H1CtJBdRQfXlUK10XdFfLENQrXugkVOBLJCtfGVRR/gh0K1+0tFR76AQrX90UVpn69Ctf7QRYm/FUK2AGpG19tCQrYBx0mh4whCtgPyRpADSEK2BRVFVpFlQrYFa0WAKR5Ctgg5RXJ4zUK2FSZFGls/QrgDcEbbptJCuFYSROwk1EK4n7pFCJXOQrkSbkUCMNJCugPgRdlIJ0K6ljxE2n1qQrrssUUD1G9CvNfHRNTuUEK9lwBE5WjtQr6s8kTzWGtCwFzzRQS5akLCUJpE4eynQsWvWUTtVlBCxeCwRSBvnELF5bNFEKiVQsfG/0UILepCx9nvRVhhwkLIFTRE3zv3QshO5UTo7mpCyd3fR7GHoELL3fdF6ViPQswadkTnPQlCzfoCRTFPI0LPBDNE5m+FQs+j3kTeRoNC0etlROmni0LT65RGwwuvQteQ6UT6PINC3ONqROaYV0LgGklFPczTQuEuq0TZ6GxC4fh6RzVfHULijwRFSg8JQuNog0TzUMRC5YiVRNkz0ULl+hJGyxzqQuYHkEUv+h5C5xzjRPmQGULn+mVFNL5wQunbPEaCsQpC6fizRSDESELr5YpE8PJYQu3ujEWamLdC8i1DRQZjJ0L3E99E5rL5QviKz0UBn2xC+9d3RPVBzkL8D51GNMXAQv2v+0Th7FBC/c89RdYme0MC90dGjvFuQwL7ukZc2aZDAxFBRPvSMkMD++JFDQ6BQwTeF0cY9UxDBt1WRm3L1kMG5PhFjgojQwjc5kYa8WtDC0ozRQVSDEMMOpZE4IWkQw7t1EUujUhDEJoFRNoDT0MQ7FVHiPLxQxFzyEUFSXNDEexdReSgFkMSChFFUC6YQxL1+kcvh0ZDE/bVRQ85jEMU8xRGVDHMQxWYtkTtRi1DFvJJRbB1gkMXkQBE6zwUQxiMDETon8FDGP1fRRDdEkMb351FO96CQx17N0TpZ/BDHvjgRbqelEMe+mlIruqwQx78n0YG6bdDH/qbRwBJQUMgGtZFBc3JQyCn/UT4Fs9DIPCyRNgOTEMg+cBHK1SyQyD7fkVW1fxDJO1DRwTfjUMk9t9FCIeXQyZlOUUGJ0pDJux9RbfRL0Mpn4BG4+1wQymi6kUKzwZDLcw7RRi6NUMu8spGSEDYQy70oEk/DatDLvZ1RieZ8EMv9XFGlqbAQzDRL0U+yYJDMOAxRRd5vEMw86tFMBToQzD1o0XHoQpDMgzdRqcnkkMy0GNFUMnAQzLyxkYuNDxDNek/RS+afEM40ypFF0ZKQz0Tc0U/aclDPRT9RUCzqkM9FdJFN5R3Qz0Z2EUgQqJDPoU+ROheIkNA7VhFCBTJQ0FyvUU7tzpDQXtZRQZ5w0NBhTlFIelXQ0GG40Yqi4BDQZo0RQJB2UNBmu1FULCmQ0Tw/kUoonxDRPKnRQlPM0NI2plE/we7Q0k5H0XTfG5DSU5NRqY9TUNJY4hFuPJnQ00ZF0T2y3RDTvjpRRY3/0NQ9chFDulRQ1FMGkUWSutDUktcRUhjOUNVyfhE3eWCQ1dFAUUKvw9DWBLWRRHYmENZCsdFZ+b3Q1r7U0VU0RtDW3z0ROOpxkNgpxdE7/7lQ2DNk0Xw1TpDYQwQRR7wkkNizR1FQc7EQ2L3OkYBhlRDZ+5PRQaJGUNxaS1FDIgwQ3LxZ0aKKqJDftonRPK3S0OAzgBE9plFQ4HP/UU2qOZDg3bzRg2EokOEdpVFpXCNQ4fyv0UXoC5DiDmxRQqvn0OIeqZHuXaIQ4j6vkaPzXZDiXpbRpXdd0OLdBRGkzB1Q4uYJUT3/2FDi/QxRTlWLUOL/SRFfF9XQ4xzsEXfJrhDjcfsRO2iOUOQdgFFE84oQ5B3xki5+DxDkHnZRPIh2EOQ9+NHGaPgQ5F3dEcm+6lDkk53RQYoWEOSdtNFyALRQ5NxPkZhLSRDlHDuRWh1bUOWl0VFHqbtQ5dpmkVINCpDmFePRNNcckOYV9RE1uROQ5hZHUWPF7FDmHLhRWuSWEOYdONIqgXHQ5h3TUUZeC9DmPVORmj4HkOZdWBFkzBaQ5p0E0YJFDRDn0GPRd2kFUOfQ1BF8LICQ59FPkVdWWFDn0boRO4zfUOg8AJFBYckQ6DxCEUYU75DoPO5RwOJOEOg/ZNFMnmUQ6FxREUGD8JDpEmXRRAs+kOkSvZFMjCTQ6iG1ETwvOBDqIvNRY06lkOomh9GSXCvQ6kNj0TppHNDqslSRRFrdUOwu4pE/MdNQ7ENjUULtQtDsjfbRUzvr0OyULxFSs2PQ7J2J0X7rJVDsuOwRZygP0O5rNxFHU8eQ7pzPkYWeaRDwXg4RbZvEUPDhfdFAOt+Q8b6SEUtFkBDxvw6RagCykPG/sBFFnF4Q8fDRkUAZmBDyOtXRQNPHUPJdUFHLCYTQ8n1Z0Zo28ZDynTPRj52BUPMbnVFgHbhQ882ZEUb+IFD0XJgR6JwbkPR8pRGY6DLQ9JxzEYR1vBD1GvORRh25kPVDZxFBvuZQ9aWA0U25v5D1qKlRQbDw0PZb35HNPtFQ9lxzEUYInND3oleRQTBJUPhWi9FLKm4Q+NFa0UI61lD5WkFRfIxg0PmxvFFT+DlQ+cAnET37hlD5z4aRO9Iz0Po47ZFGHYGQ+o1L0ULoApD7JULRWC+XUPsq3ZFAJCJQ/Nw30WA47xD86TtRQ3EtkP1UD9E/f1fQ/eWI0Tv20FD+WFtRPsHY0P6p1lFDmpQRAFMUkTpJvNEAZcsRR6pZ0QDEdZFVwS3RAPhtET70DhEBAJbRQ3mukQEe4lE+3w0RAU4BkWg2QhEBzAiRQ/+mkQHa75Fq8RrRAk2jUXJH6BECxl5RP9K+UQLMeNFSuRFRAtKQUWXKVpEDbH2RRU95kQSCdFFUfSoRBidWkUF6jdEISl3Rbzs4kQiy+VFEuIERCO5YEV+SkdEJSziRYepcUQ0pHVFFoQDRDWk+UURYU9ENrYYRRP2NUQ41EJFTIbrREGHE0UnexdEQwFyRUQ2WURN+GFFBTE9RE9TekVV3AhEUMCmRPYcM0RSS2BFXBoORFL1d0UajJ9EU9OvRQ3BuURjpJFFBfl9RGu0HkULAadEbTKARRWnjURti8FE89gpRHCqwEULtONEcLF/RVhFgURwv35GRUQcRHDDt0WBlq5EcWkORZ3E30R3kiRFNlaB</peaks>
+    </scan>
+    <scan num="1484"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT765.835S"
+          lowMz="51.171154022217"
+          highMz="990.280639648438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.69879375e05"
+          totIonCurrent="4.4490155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1485"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT766.503S"
+          lowMz="50.415565490723"
+          highMz="990.274475097656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.919675e05"
+          totIonCurrent="3.6807805e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmpikRZjxNCS5i4REx/LEJSzmFEc3rWQldFBURKzQtCWphbRHz3XEJawmFETGjIQlzhKERzOhBCX7RAREZ7v0JgH2VEUHBOQmKKA0Ra5FhCZMw4RGd0s0Jk3HpEZiliQmfoqkR8Mt9Cat27RDHPLUJuo3pEQ7UwQnHLbkRLg+9Cdc/yRHoaLkJ2y31EZ6CKQniHCkREGvhCebvzREsWyUKB835EXk6YQoTNlURYxiJChzXARFUAG0KHiAlEe1pOQooFJURv+w5CinD2RFLihEKKz9xEhdjnQpKJakSCzo1Ck2AgRFnncEKdqSBEZ2H2QqDv3kSI0dJCoPOIRFCdTEKg9IRGF7ESQqPdI0RTeWhCpgzURMIhZkKnmdtEW8RSQqgElUSdfQ5CqfswRJHKCkKqB5dEZMSmQqv56USmVdJCq/qcRN/yIEKsAX5ElqgqQqwGe0WKn1RCrBJVRQZweEKsObNEbnj6Qq03EESEgrVCrfy3RH04jEKuBG9EwWx1QrIMgUW/zt9CskQORGb7E0KzabZEetX0QrO4nES6NjFCtFN4RErBakK1voJEfpvoQrXRfkUaYHFCte5sRPOE+UK18bFEqTd8QrX7XEUeSP9Ctf0hRMdRgUK1/oBFHX+tQrX/o0WSOfdCtgA3RjLQ50K2Ac1JQVn4QrYC/kZPnX9CtgPzRkxS9kK2CF1FF07MQrYVHES5JrZCt6nXRGYCgUK36CxEX725QrgDcUZbqgVCuAzPRLI3YUK4wT5EXhDPQroD3EWUxEFCuhWOREih30K6Y7NETQ9SQrxTLkSEHFFCwsH2RFY/pELEY8REc8xAQsTDe0ROdE9CxeCvRQtlrELH2dlFGZauQsnd5keMpudCyd6yRS4TP0LJ31BEibrtQspdBURkqJhCy1vBRFSv7ULL3fxFkWHzQs3c/kTCpitCzfn+RNbqRELTtxVEbfxEQtPrnkapPJxC1hg5RFNANULgGmBFCdXwQuH3NESftOVC4fh+Rvm5dULh+ZxEjYELQuH6EkRE8QRC4qtNRKJE+kLl1xREhcMzQuX6Gkbual9C5geQRRhhFELnyMpEUTS+Quf6e0UEoHhC6cACRHaaHkLp20lGVX2tQun40UUljQhC6gm3RIOJIULsmvVEfE2WQu3unEWtKdlC7hGPRIVp2UL6rNpESo3bQvwPr0YaJhBC/c9ARdHa5EL+B4JExhVsQwAJAkSbewZDAmNFRHMKi0MCbSpEY9jiQwL3TUaVjxZDAvu+Rix9eUMDu41EbybiQwTeG0cCrtFDBPsgRHF/w0MF9Y5EYt9JQwbdZkaJrytDBuT0RXvxMUMHW1FElMWvQwf4j0UDbwhDCHjbRGEsC0MI3PFF4e+lQwqHnERgOOBDC0oORLZsAUMM9wNEhlMFQw03r0RWgmpDDu3LRIbOBkMP43JEfBHTQxALUkSKJENDEI1DRJQwakMQ7FhHJO8OQxHsYUWBv45DEfEHRJcet0MS9gBG+kUEQxTzGUXbHolDFvJkRVL7QUMXTk1EZ2oOQxipmUR5p1lDGoARRHa40EMb38NFIU0bQx74tEUYyJFDHvlZRcbeykMe+nBIdgA/Qx77ZUX1m0xDHvvuRXX+D0Me/KJFRgJuQx/6okbTxKNDIPdLRHfvnUMg+cpG8s4aQyD6nERynExDIfq5RICufEMiH/REh3XXQyMrOUSCWC5DI7r3RGYmu0Mk7U1GrEHFQyUKiUT4NjhDJSwbRHnjFkMm7JBFnkDyQymerES0DBVDKZ/gRl2t2kMpoT9EcdkSQy3M4ESReAxDLrRFRJ2Un0Mu2sRErVjlQy7loURmSR9DLuwjRM+3bUMu8LBE7ACQQy7yP0YYH1dDLvNkRkCcb0Mu9KRJBtgRQy71sUZriUJDLvZiRb4u7UMu9xRFa8wKQy79c0Scxf5DL/V5RlUWvkMw0QpE7cSgQzDhdkRk1xBDMPOiRRcJwEMw9alFkR6hQzIJKkSGTFdDMgzhRocpbEMy0IFFCraVQzLy1EX3jH9DNM/mRH8aIEM07FlEkRJFQzXpMkTH8eZDONUGRM3g/kM67BxEYc6uQzy28URFShZDPRIJRJFxtUM9EvFEhnrsQz0VoUS8cIFDPRdzRJn5m0M97jlEh12XQz5xXkRhZERDQO2WRKHt/kNBcy9EsTyyQ0F7B0SkFw1DQYYbRPbVp0NBh0BFpxGnQ0GTpkSAKpBDQZtaROgrtUNCTKdEksYjQ0TzIUSXo+xDRmfIRI7XsUNJOOxFUYUHQ0lJFkRudApDSU4fRiqfLENJUp9EhpCRQ0ljWEUkSadDSdyLRGMg+UNKFWxEjXTxQ01KoER8SH5DTvjaRI4+wUNQGjlEjV8HQ1D14ETBmfhDUht7RHiJzUNSTFNE0d8cQ1gSxUSeiEBDWBPyRJilLUNYFPlEZSi0Q1kKy0UoeddDWvtZRQwVu0NgzZZFtAqtQ2ENQUTHyRdDYs0RRXaDiENi9zdFuC6jQ2vs60SGsrFDb84pRGPrlkNxZ/FEmMNiQ3FqBkTaeEdDcvFqRlNRbkN24uZEonWYQ3cyEESLjT9DfaQ4RHqXDEN+CL9EhTWuQ4F/8USCn3NDgdBERLgp9EODdwBFiNXbQ4R2t0TQxY9DhxtgRHHsfkOIFNZEdzhiQ4g48kSeZaVDiHh3RHlR4UOIerNHimvXQ4jjaERoMLFDiPrIRjJXQ0OJel9GU6ffQ4l7jER1P8pDifpxRM5wtEOLdCFGJkEPQ4v0KkSEwDFDi/3QRKQyPUOMP5xEdg8NQ4xzwkWXu21DjS9BRGYwYUON9BtEhntNQ44tMUSJnY1DjjZMRIc/u0OQdldFsM1WQ5B3zEiFzklDkHj4RbQkE0OQeatFGh8yQ5D390bKBWhDkXd6Rs6p/UOSdtZFKgR2Q5MkCURUC4lDk2ErRHt6KUOTcTxF4PrtQ5Rw10RuYJFDla3TRIHXu0OXajlE+5p+Q5gHhUSOuKlDmFoHRRWFsUOYW3JEifGxQ5hxbkTByxBDmHJ4RQPdwEOYdOlIahr3Q5h230UD6H9DmHfPRKRs0kOYoqtEbwIoQ5j1YEYG+rJDmXSWRQ2vMUOZdXRFSC+hQ5pz/kXIj19Dnzf8RIVk80OfOUdErGH5Q587ikSzDl1Dnz15RSFVUkOfQL9FKWwhQ59EOETHEl9Dn0VmRH2uwEOfRi5EuRNfQ6CNpURbVLdDoOvURLBo1kOg8qxEnPEjQ6D0pUawrAdDoPXhRUsvL0Og9n5E0dQmQ6D35US6O01DoQumRHUuXEOkS8JE1lXWQ6Xe+ESEe6xDqIsbRQwuFUOolstEe5KaQ6iaRkVOhOlDqM+rRFWuaUOqeQRE2gqpQ6wPdkRnqFBDrniARJzgtEOxdUFEW0D+Q7I3nkUR2CpDslCORRP3CkOydjlFmXpWQ7LkfkS685lDs/t1RHxRAUO2AxZEhht8Q7pzQUVvEcZDvuWVRJfv8EPAnU5EeHD0Q8F4EEV/EFVDwnezRIHll0PDQZ1EdSVqQ8OCfURvAA1Dw4aiRNgFNUPEcqJE+6qHQ8b75USRHQ9Dxv2YRRhPo0PJdU5G3XJ2Q8n1YkW5+I9DynTIRZObb0PMbslFSgDpQ8zuzkSDkihD0HaXRF7POEPRbT1EhUdSQ9FuEkR6yyVD0XJrR1RM9kPR8qpF78/vQ9Jx8kWDTdND03EURGlMCEPWluVE8ch8Q9lvjkbkRAhD2248RLv6QkPbxi9Eel8+Q+ExuUSHOBND5Wf8RV4gMUPllKREhXIdQ+3bbkRwsMxD7pexRHGYkEPyb/hEgbkMQ/R000RYvctD9ZUgRGT2lkQBhA5EgP9cRAMSk0Tw6ShEA5NpRHtPJ0QEZqtEdPyPRAU4HUUEe/9EB0C7RGz9k0QHa5JEdm7fRAdsf0UEFh9ECTaFRUP59UQKAUpEmIb1RAsx4kSrLKJEC0oeRTllGEQQgEBEYwuVRBIKeETrzsREEmqhRJ9BCEQUJAFEcDPcRBVbaESDZ6tEHdNlRIqlIkQhKPlEm3wSRCEqf0U5E25EI7odRRXdPUQlLE9FICj+RCiexESSgQpENxgoRH6FcEQ3wVNEjTQERDjVSkTWpypEQKM/RG9Jb0RBh0tFBWVcREV1vESOlutERyizRGLr4URPU6JEt31uRFGn6URxZPpEUkyVRQiX6kRUlEREdZYyRFaobESCBklEXhVrRHYQykRlWgREjUs8RG/cwUR4F/BEcLlFRIU+pURwviRFFrKFRHDBIkW++mhEcSQNRKmZ7ERxaftE9cQxRHX9ZkSk/UxEd5GRROttgw==</peaks>
+    </scan>
+    <scan num="1486"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="361"
+          polarity="-"
+          retentionTime="PT767.225S"
+          lowMz="50.52738571167"
+          highMz="965.636840820313"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.390548125e05"
+          totIonCurrent="4.6419345e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1487"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT767.861S"
+          lowMz="51.063304901123"
+          highMz="965.652282714844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0158669375e06"
+          totIonCurrent="4.7486315e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1488"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT768.477S"
+          lowMz="50.102687835693"
+          highMz="997.433227539063"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.136346875e06"
+          totIonCurrent="4.8500325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1489"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="383"
+          polarity="-"
+          retentionTime="PT769.125S"
+          lowMz="50.748653411865"
+          highMz="994.99658203125"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.205769375e06"
+          totIonCurrent="4.961137e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1490"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="423"
+          polarity="-"
+          retentionTime="PT769.742S"
+          lowMz="53.536739349365"
+          highMz="988.539184570313"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="8.293476875e05"
+          totIonCurrent="3.7839575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1491"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT770.457S"
+          lowMz="50.330326080322"
+          highMz="994.037170410156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.552123875e06"
+          totIonCurrent="6.9608155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1492"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="366"
+          polarity="-"
+          retentionTime="PT770.99S"
+          lowMz="52.520030975342"
+          highMz="991.392822265625"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.106399e06"
+          totIonCurrent="4.991646e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1493"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="409"
+          polarity="-"
+          retentionTime="PT771.607S"
+          lowMz="51.812568664551"
+          highMz="979.36083984375"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.050869375e05"
+          totIonCurrent="3.62618425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1494"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="392"
+          polarity="-"
+          retentionTime="PT772.334S"
+          lowMz="50.763965606689"
+          highMz="990.3076171875"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="8.221938125e05"
+          totIonCurrent="4.6596955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1495"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="442"
+          polarity="-"
+          retentionTime="PT772.957S"
+          lowMz="50.978912353516"
+          highMz="990.314575195313"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.7508275e05"
+          totIonCurrent="4.0316455e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1496"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="374"
+          polarity="-"
+          retentionTime="PT773.658S"
+          lowMz="51.715099334717"
+          highMz="990.297180175781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.403631125e06"
+          totIonCurrent="6.002997e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1497"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT774.236S"
+          lowMz="50.7978515625"
+          highMz="990.288879394531"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="9.3938125e05"
+          totIonCurrent="4.5138605e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1498"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT774.886S"
+          lowMz="51.071491241455"
+          highMz="999.793090820313"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="1.0051141875e06"
+          totIonCurrent="5.1124735e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1499"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="396"
+          polarity="-"
+          retentionTime="PT775.503S"
+          lowMz="52.65941619873"
+          highMz="984.688354492188"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.5776425e05"
+          totIonCurrent="4.9372435e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1500"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT776.118S"
+          lowMz="50.370571136475"
+          highMz="990.282531738281"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="9.06384375e05"
+          totIonCurrent="5.20154e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1501"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT776.71S"
+          lowMz="53.81266784668"
+          highMz="999.59814453125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.22787e05"
+          totIonCurrent="4.4531185e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QldALESirHBCV4J/RJooakJX1J1EjSpFQlxhmkSgPDhCcok+RJrp5kJ6PvpEnJgTQnuR6kSi8LVCgbK8RJLsKEKDrddErAtbQoj8vESk0TVCipMyRLDafUKMP6NEmg6qQpNW+UTnv/RClSn0RJfpckKVX/ZEjQjmQp6HcESTxGVCn2gDRL4ppEKglEdEkJ0IQqDzY0ZalRdCoPX3ROUkuEKhU75En5uSQqUct0SiY7VCpaNmRKpQe0Kl2/JEor/nQqgEoETxRIlCq+9BRMeQn0Kr+kFE8dzHQqv7JEVQGelCq//ARQhBdkKsBiBFPvciQqwG9UXTuPxCrAe8RS94VUKsEgJE+gfyQqwSy0WDsc9CrOfrRKf2TUKtZK9EnjfFQq382US6dQtCrtw1RJsxXUKyDHlF23OKQrJEfET0A3BCsuTRRKwFHUK1It5Eo3VVQrVAz0TKS5ZCtdGARV0aEkK18bNFAQbTQrX+L0UsuTFCtf6PRTs//EK1/8dGFhnEQrYBzElhSjBCtgNRRiZIbUK2A+xF08QxQrYEzUUiwt5CtgewRP8xdkK2CDJFFvFKQrYyI0S0s8VCuAN0Rm3AkUK6A+tFsUq0Qr7A/0SQTvRCwh7qRJg/80LF4MlFHWiBQsXlu0S/yQ1Cx46MRKv6okLH2d9FKJYyQsncTUS89LBCyd3nR8qIj0LL3flF/SyEQszWUkSlXnFC0+ufRuTOh0LbISVEmFEbQtuagkS+AWdC4BpARQXxrkLh+H5HLpXlQuJi4kSpylJC5d4xRM7MAELl+hdG1IJhQuYHoEUNBi9C5lKMRKvQbkLn+ntE1xDfQunbPkZUTwVC6fixRQoDqkLt7pZFsfIWQvFuRkSWt7pC8tYSRI7VDELz1hxE15DAQvjewESIURRC+N9cRI6OUkL7OopEs0ggQvwPwEYXZqBC/c81Rgaum0L+B2lE3ffeQwD3W0SkMqpDAvdLRn7+h0MC+8FGPIefQwMv50SRjv5DBA6mRK/MY0ME3hlHO7WKQwTet0SSNtNDBPsRRQdu30MG3VFGhKt4Qwbk9UXXrHhDB0L9RKEUqUMH+IBFWucgQwjc6EYwrFFDCOQ8RPO1EUMJ6O1ElK1kQwtKaUT+n/JDDN4cRKCjJUMO7bBEwXHPQxC2oESkGGxDEOxXR4kDAUMR7FtFg0tZQxIBnUS4iX9DEgpdRJ6KY0MSFvdEqrO6QxL1/UcYcnhDEvgqRL2QqUMTYJVEoCSAQxTzF0YMwZtDFjCXRJ/2o0MW8lJFXFm4QxieU0SVKmRDG9+7RVUUb0MddkZEnLwYQx73f0TIcCBDHvgqRTgZpkMe+PFFbiJIQx76b0iN4INDHvtmRcPmU0Me/ItFvlZYQx/6nkbilFtDIPnJRtHdNUMg+3RFBiGvQyO6CUTZuslDJDKiRKUJ4EMk7UlGm1WYQyUKnkUwhHVDJgU0RJh12EMm7IlF0h+DQyigMkSS6qZDKaAJRpr1wEMq3aNEmJygQyxxz0SQGU5DLc2FRNVN60MtzmJEzX2wQy5aa0TUWBxDLvEkRWaIcEMu8dFF2vKVQy7y+EXzRGVDLvNlRhCJaEMu9KNJGRhJQy71yUYuoPhDLvajRaXtl0Mu96tFQHFzQy77ZETNlvNDLzUURPq3SUMv9XxGeUpfQzDQ+EUJStpDMN/bRL5Z+0Mw4fdFCxRSQzDzgkTvB9hDMPWtRaLPsEMyDONGp6HZQzLQhUWnZcVDMvLPRg11uEM00AlEnqCmQzUCaUSncr9DNQ+sROc1YkM16axFKCMLQzjWo0TJH1xDOza1RNwe9kM85rhEz+Y2Qz0SL0UeiGNDPRQTRQO8mkM9FSZE7Cv9Qz0WMEUFdspDQXP9RR+tE0NBe6RExrd6Q0GEckSj+LNDQYfaRgXBx0NBiSdFGxUQQ0GUJkTjAbJDQZvnRWRIJUNEIpZEsXXUQ0SU/0Sk08pDSRPwRKrV5UNJOPlFeH+QQ0lON0ZjPjpDSWNhRU/D8kNSTDtE/OPuQ1JOYUSy51lDV0BAROx0MkNX4WhEpQ5GQ1gUhES7dDlDWE4yRKH0g0NZCrxFVI4+Q1r7S0UrykhDXSHuRKV7MENgzahF4kjEQ2EPdkUAfHFDYszzRZBd4kNi9zFF6Z5NQ2P3fESyUyhDZWIVRK5rrUNnKMVEqJSlQ2wuR0Sml6FDcS0DRK6sKkNxazxE1MbCQ3LxdEZauW9DdPwQRLCCS0N2akNElhZKQ4DU1kS+tf1DgdBBRQP95kOB0X5Ex0DtQ4MUwUSM6DFDg3cFRdhID0OEdqRFbBaXQ4b1DkTsGxtDiDbhRMNuxkOIeqxHnYlfQ4jS30Slk5FDiPrIRnQi0EOJel9GeE4mQ4n6mETNTnFDi3QZRoWL4EOL2aNEo1kpQ4xzy0XBnXJDjXMbRKbHakOPcg5EqNeXQ4+3L0SYFN5DkHVrRUkshEOQd8lIm96tQ5B4/kW/3G5DkPfqRtlYwEORd31HA15DQ5J24kVKzGFDk3E7Rg/72EOUcNFFL/fJQ5drG0UuISBDmFqWRSyW/kOYdOhIioL0Q5h3TETbN4ZDmPVTRhiARkOZdHNFgUg5Q5pxaUSVTENDmnP/RdaFIUObduFEw3iKQ59I50U488VDn0pXRdsjAUOfS7JFUGjBQ59Ms0SYmhtDn/HHRQncI0OgVf9EmLT6Q6DxTETqJzBDoPN8RwSLx0Og9LpFBk3uQ6D1d0U39mxDoPuNRNUfZ0OhcWFFBHwBQ6LNZUSfN2NDo5t6RL9cqUOkSzxE3aNhQ6RMjkT06+hDqDlERNCiTEOoiolFJ0DvQ7D0eUS35UFDselRRMFN7UOx7RdE1nbJQ7I4BUUzPhlDslETRTaQNkOydkNF0orZQ7KVfkUK3+hDsuXHRQMs50OzbfZEyKX3Q7SsaES2P0pDt3aeRL0NNEO3mT1HqZlGQ7ebukVHKvZDuBmZRjhPXUO4mI5FNoNAQ7pO3kSijbBDunNJRgeq/kO7AOBEs5KVQ7vwsUS7llhDwXhERZCynUPCLN1EytHqQ8LhC0SsQ0lDw4epRTTNqEPG/lRFZu+sQ8l1SEcjfJ5DyfVnRhL3skPKdN9GDJS7Q8xusEUrgrtD0XJsR4UyWUPRqqZEok+1Q9HyrEYo2BRD0nHwRcUuWEPTcYNFPU+KQ9P7t0TY65VD1piyRTBqbUPZb4ZHEuThQ9mV/UTyGmFD2e/ERMb+SkPaBF1EqlV3Q9pvJ0Ta2q5D4EIwRLLD60PlZ0lFjiPmQ+bI70UIBnFD6jSwRKwMZkPr6TFEum1ZQ+wTxES2iwVD7JcmRTbjrEPvcAJEm85eQ/NwwEUThf9D87nzRLdU5EP17oFEyvNLQ/bvYkTB+6hD+NpyRKXha0P7XN1Emb7RRAE5X0T3JhBEAxMxRSzZmkQFN/JFqgLrRAbbs0SUM0REB20FRUBEkEQJNo1FthgDRAmUnUS/6GJEChXLRKTnbEQKb4VFB3JqRAsx/0Tjg2REC0qFRXfTW0QM/PBEsfwfRA6kXES5t4JEEgtBRSIiZUQhKvpFap8ERCO7HEUpy2hEJSumRYU860Ql1s1EyFo3RCeRXES3GmFEKgyMRMhXJUQxMxhEp8rWRDjWOETvD2hEPcdqRLSQ9URA9dFEsKtYREGH/EUsk6pESXzfRMEaikRMMv5EoV+wREyr9US1L0ZETuKGRKxoHERPOrtE1WPuRFJK8kTNidVEUk3TRRw3U0RVSd9EnpjvRFlVqUS1EupEXBi5ROJkzURkMbJErSaARHCsX0S+fn5EcL0QRNrC+ERwvh9E5budRHDBlUYgyFJEcWu8RRzZokR2BcBEzolbRHeSCkUfiU9EeeZIRMP+Kg==</peaks>
+    </scan>
+    <scan num="1502"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT777.357S"
+          lowMz="51.880294799805"
+          highMz="994.665405273438"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.018435875e06"
+          totIonCurrent="4.367062e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1503"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT778.012S"
+          lowMz="50.620128631592"
+          highMz="999.262878417969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.16992625e06"
+          totIonCurrent="5.488203e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1504"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT778.604S"
+          lowMz="51.624401092529"
+          highMz="990.282287597656"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.484879375e05"
+          totIonCurrent="4.8088155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1505"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT779.221S"
+          lowMz="51.194583892822"
+          highMz="990.302001953125"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.82660875e05"
+          totIonCurrent="4.9757445e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1506"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT779.824S"
+          lowMz="53.253623962402"
+          highMz="996.966369628906"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.042182875e06"
+          totIonCurrent="4.8777855e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1507"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT780.451S"
+          lowMz="50.487503051758"
+          highMz="991.189819335938"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="9.95076375e05"
+          totIonCurrent="4.817431e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1508"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT781.083S"
+          lowMz="50.138668060303"
+          highMz="990.2890625"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="8.195240625e05"
+          totIonCurrent="4.13903175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1509"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT781.761S"
+          lowMz="50.377746582031"
+          highMz="990.300170898438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.65510375e05"
+          totIonCurrent="4.1200445e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1510"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="391"
+          polarity="-"
+          retentionTime="PT782.411S"
+          lowMz="54.029193878174"
+          highMz="990.287536621094"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="6.97996625e05"
+          totIonCurrent="3.6279085e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1511"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT783.136S"
+          lowMz="50.042980194092"
+          highMz="990.945434570313"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="8.099723125e05"
+          totIonCurrent="4.255843e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1512"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="385"
+          polarity="-"
+          retentionTime="PT783.777S"
+          lowMz="53.848094940186"
+          highMz="991.193359375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="9.123090625e05"
+          totIonCurrent="4.3053935e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1513"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="405"
+          polarity="-"
+          retentionTime="PT784.42S"
+          lowMz="50.787590026855"
+          highMz="998.981689453125"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="7.377129375e05"
+          totIonCurrent="3.9536295e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1514"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT785.086S"
+          lowMz="51.051010131836"
+          highMz="991.225158691406"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="9.63676875e05"
+          totIonCurrent="4.5293755e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1515"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="382"
+          polarity="-"
+          retentionTime="PT785.712S"
+          lowMz="51.393142700195"
+          highMz="999.419494628906"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="7.18087375e05"
+          totIonCurrent="3.871306e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1516"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT786.383S"
+          lowMz="52.091346740723"
+          highMz="991.70654296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.990823125e05"
+          totIonCurrent="4.592546e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1517"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="399"
+          polarity="-"
+          retentionTime="PT786.999S"
+          lowMz="53.137874603271"
+          highMz="990.401916503906"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.0419025625e06"
+          totIonCurrent="4.8054375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1518"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT787.622S"
+          lowMz="52.744773864746"
+          highMz="994.328125"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.47983125e05"
+          totIonCurrent="3.580594e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1519"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT788.348S"
+          lowMz="53.534362792969"
+          highMz="991.1962890625"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="7.129925e05"
+          totIonCurrent="4.087577e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1520"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT788.986S"
+          lowMz="50.520317077637"
+          highMz="990.288024902344"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.1402775e05"
+          totIonCurrent="4.19156225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1521"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="400"
+          polarity="-"
+          retentionTime="PT789.619S"
+          lowMz="51.075870513916"
+          highMz="990.294250488281"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="7.21541375e05"
+          totIonCurrent="3.761404e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1522"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="365"
+          polarity="-"
+          retentionTime="PT790.319S"
+          lowMz="51.182987213135"
+          highMz="974.251647949219"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.373694375e05"
+          totIonCurrent="3.6955065e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1523"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="380"
+          polarity="-"
+          retentionTime="PT791.011S"
+          lowMz="52.440490722656"
+          highMz="990.277221679688"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.690905625e05"
+          totIonCurrent="3.96887375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1524"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="362"
+          polarity="-"
+          retentionTime="PT791.656S"
+          lowMz="50.262916564941"
+          highMz="990.28955078125"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="7.807598125e05"
+          totIonCurrent="4.7648475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1525"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT792.251S"
+          lowMz="50.709976196289"
+          highMz="993.140014648438"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.9700425e05"
+          totIonCurrent="3.850282e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1526"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT792.913S"
+          lowMz="50.95255279541"
+          highMz="990.282104492188"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="8.263538125e05"
+          totIonCurrent="4.0776685e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1527"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT793.582S"
+          lowMz="53.23783493042"
+          highMz="990.285339355469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.01548125e05"
+          totIonCurrent="3.85428525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlTzi0R9NypCWRnORIJOVkJbA5BEjoWvQluLqESWrXdCYCgHRIs1tEJthWdEiM5TQm+XLkR/JrhCdsa+RIpIJUJ5vFBEptQdQoHRn0SBOrRChjpXRJJPFUKMGCFEipl/Qo9G/0SdAlpCj8PDRId4k0KRiu5Eag8OQpIG80SH7rVCkws3RH7xb0KW79NEhUfZQpkGXkSWJohCoLUgRHmu8EKg8s1Fmz8/QqDzo0YwN8ZCoPhERO7roUKlShpEfcr+Qqv5KUSHzYVCq/qKRJVnTkKr+79FZgyrQqwAVkTU9/NCrAZvRJqKp0KsB5tFwFkUQqwItkUV6eVCrBNxRVATa0Ks7nBEudZaQq1NMkSLyKRCrVzeRI+J8EKuNOBElXXCQq6X7kSFiuRCrt4WRIQJlEKwrfREl/cRQrFdJURsNJxCsgx3RYwuSkKyRGhEuSq7QrJQ8USoVU1Csot2RHsH/0Ky8GFE0ik8QrMua0R/dIhCs0iTRJBa+kKzfK1EkyuNQrWpY0ScATJCtdGQRRmj80K17mtExAs5QrX7JET46dtCtf6XRZkHf0K1/4xEqCEoQrYBykkrRsJCtgKIRxkHX0K2BCdFyBraQrYE+EULoeJCtgeSRLfvhUK2CDxFG38IQrdHV0SEJWlCuAN6Ri50+0K6A/BFsBgOQsIFp0SNbH5CwrgqRJkl2kLEDIpEj+ycQsXgtUVUotdCx9neRcOtQELJaXdEhwftQsnVVkTGl2RCyd3mSAMB50LJ3s5F3C7SQsvd90ZEFcBCzd0HRSVjk0LOWKhEmHBnQtPrnEb5ArpC2JPyRJFj6ELbpOdEfGytQt9diES3DypC4BpKRVlHs0LhCidEiRkRQuH4gkcmy05C4fmfROKS0ULioL1Ek84IQuKrnkShJKlC49qnRIlhSkLl5cZEqKaoQuX6F0bQIr1C5/qDRRASt0Lp20FGhEN8Qun41kUS2dFC7JZIRMTY6ULt7pZFnGwcQvYgI0Sob1dC+g++RJGDIkL6RTlEm4cMQvwPqEX7ekhC/c83RijLjkMAEcdErBbUQwENvESE1i9DAvJiRJHDY0MC90pGViwWQwL7wkZf5JlDA/v3RMfVQUME3hdHQaaRQwbdUEaxbr9DBuT0RixRekMHTG9Eh48CQwflAkTDIpdDB/h2RTF4IkMIggNEpld/QwjH+ESiLohDCNzrRiaBvUMI5ClFfMYvQwkXSkSOPZdDCkEARKF4IUMLSmpE0iffQwtivESrDTBDDCfrRJ2aS0MM/E5E02NpQw4i20R0w5ZDDu3DRMeGGEMQGfdE+CvWQxDsVUerCk5DEO0jRVM5pkMQ7nNErPidQxHsWkYQxrxDEgqHRMZtA0MSz+lEkziaQxLr4UUIrgBDEvP4RJ2aR0MS9flHCKNkQxL4EUSpURhDFPMIRjAzrUMWTNJEjXIuQxbyTkVGEV5DGoFjRNfrmEMb38pE2XeoQx76bkh8xolDHvtjRhuKQkMe/IZF79bAQx/6okbTTr5DIPnGRwXpsUMg+29FEBbzQyE5VESbgrFDI4DgRI5AfUMjuktE+WTgQyTtR0aYxM5DJQqtRQlNDEMmIdFEolLpQybsg0VhuBtDKZ/lRolVl0Mrk3BEkLiqQyueJkSRWlpDLc0sRNRnHUMt+15Eh8EjQy5cykS5r7JDLvG9RbuGwkMu8mJFtxQ6Qy7zcEZj2TpDLvSiSPT8T0Mu9bBGlGqvQy79LkSnVFtDL/VvRhuZG0Mw0R5FM3lfQzDgvkToHFFDMPOhRRWmjkMw9aFFXzxmQzIM6Eaegm5DMtCKRbo6OEMy8stF24nwQzRtNUSNvkpDNM+/RNPUz0M16ahFIcHtQzYNj0SYdz1DNvFaRNxcuUM400FElOv5QzjVV0TUcV9DPRH+RLeijEM9EytEirfTQz0T7kThnptDPRUUROmYUkM9F5FEkc++Qz0YHUSObgJDPl8aRKY/qkNAQNdEmS3/Q0F0hUU4FwZDQXxBRNEGT0NBhm9Eu8hLQ0GImEXaqCFDQZSCRJioW0NBnLRFAcZ9Q0GtQESlkbNDQwIARKbDC0NE80pEsXQZQ0VDjUSXOkNDSTk4RV7FskNJTm5GUBl4Q0lapkSJx5ZDSWOjRXPRP0NQ9bxE4hRaQ1JMnUTafWxDVR3ERJEnjUNVuaJEkvAbQ1cBPkSe7qlDWBMtROlii0NZCqdFnRI+Q1rtIkR6xd9DWvs1RMY260NeDgpEi/YaQ2DNhEYn7PNDYQ2fRLR/T0NizOhFny/uQ2L3IEX/rf1DZNSlRI+O3kNm6LxEmyaSQ2lQQESVVQtDa3eGRKA20kNw96hEk9BRQ3FqHEUcA/pDcvFxRg4z70N0F3ZEhNqzQ3bipkUUhwxDeXc3RIvyXEN9gEdEseb1Q4HQh0TcgrZDguSHRLLEHEODdvlF3OtWQ4R2mkWZMuBDhTTcRJeNmkOGbjZEmELAQ4fKQUSQq2ZDiHlURO+djkOIeqtHu0nWQ4j6wUaVwxJDiXpdRolQn0OJ+kxEvRzrQ4t0FEYt3qpDi/4dRLElSEOMc7tFq571Q4/7+ESdMWxDkHWERURr9UOQd8lIiPCIQ5B470X8uNpDkHmeRRBWEkOQ8F5EhmWPQ5D350bQrSJDkXd1RtfpUUOR999EtjXiQ5J23EVf5GBDk3EyRenQ5kOUWOVEhmDpQ5RpakSaJThDlHDNRMcc9EOXoXlEm9S5Q5fFP0Sr2fBDmFmhRSiI4UOYdOZIUIupQ5h1/EXscZ9DmHbvRRzNZUOYzZREk33zQ5jfx0SNXEpDmPVXRcBVXEOZdE5E1KloQ5l1iETGKTxDmnQNRZPnRkObZs1EkDEcQ589rkS5LnhDnz9xRPhW8EOfQJFFD252Q59CBkVJzg1Dn0RfRTVIjEOfRW9FGJEWQ5/xSkSz6H9DoPIlRY+Mt0Og871G2uGkQ6D1VkW3br1DoPyZRL234EOheEdE1NTLQ6Or4USQwGBDpEvpRQFoC0Ooi8dFEskIQ6v2TUTFCV9DsevCRNYkykOyN/9FLCTEQ7JRIEUbj5RDsnY3Rat750OywulEi4QNQ7LkxEUAefFDtFOARKiMM0O3mUNFBeopQ7iY3kULQARDuaf2RHf5EEO6c0VFz52cQ7vlykSMmMdDwXgqRY2o3kPG+apElkF2Q8b8/kWPAZNDyRWrRLL5aEPJdUhG7eBfQ8n1aUX43xlDynTHRd14qUPMbrdFaA5MQ87QJkSSWcBD0XJkR1GSyUPR8qJF2B+/Q9JyAEWubblD03E+RQVW5UPTvTBEmsKbQ9aXV0UI4wND2C7sRLJ/70PZb4hGzXg8Q9nwDUT3ZghD226jRQplm0PeBJlElGf/Q+IrykSIX8VD5Mz1RJjq2UPlaO1FekTQQ+rr4USqVidD7JYxRQJem0PzcLRFQ3I1Q/djv0SSvKRD+yIaRK7s1EQAhBZEn01vRAE5bET8LMlEAWuBRLaTR0QBeUpEjSK4RAMSxUUXUdVEBTflRYv0EUQFeBJEzMTURAdsKkVWFL5ECTaeRV4/tEQKJ3JErGVvRAsyFkTQLPdEC0qERUGwy0QNNRdE7F9XRBIKqkT/C/tEFpgjRIyOakQax8NEoh7QRCEp+UWLiI5EIZuyRI8eckQjuotFAigURCQcJkSzEmREJEjMRI3uCUQkvGhEt2RgRCUs4kVBKwFEJVnORJGyjkQsiOVEwJ53RC03pUScIhFELXjKRLEsC0QuXPBEvF7PRDjVLEUAVAlEPCneRLIYWEQ84J1EsZQQREGIzUTvyKxEQobzRJ4E1kRCvstEjcE0REL0LESWQRxESU6eRN67S0RLX0BEjCcSRE4EbESLquxETyFVRLE9lERPK+JEkY0VRFJM1EUuoxhEX2buRKeqnERv4ShEoN7DRHDAZEXoip5EcWpMRQosdER11eBEp0nvRHeSQ0Ung+E=</peaks>
+    </scan>
+    <scan num="1528"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT794.256S"
+          lowMz="50.865242004395"
+          highMz="990.26953125"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="9.339236875e05"
+          totIonCurrent="4.463158e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt2AkS2KjVCTOy5RJuuoUJS1JREulxqQlombUSvXvRCW8aeRLRbC0JeNVdEsMRuQmHDxkSf8ktCYx6zRKHEFkJq+ldEoOEtQm48sUSnN0dCdjP9RLEft0J2osFEqhTSQnjjD0TOJU9CeuhpRJysV0J+e49E6yLuQoNsykSbSEdChDNhRLrTSEKEM85EmxjVQoQ8p0ScoBdCiJVDRLHWgEKJQH5E2maIQov+O0SpmyVCjQEURK+04kKPKZJEqroNQpCllkS6/eVCkwlERLOC9UKX/5xExwtWQplS20SoA5tCmrSxRJu3PkKfnEFEt97XQqAc7US0ldFCoE0iRLmm5kKg8BFEnLrIQqDwnES0ASVCoPDuRLMbLEKg8v1FfqkLQqDz5UZtwExCoPerRMagG0Kg+I9FMckEQqVea0SjzdNCpgylRNfHzUKnxFZEo5tvQqhZ9USzI9hCqePPRKHVbEKqXypEp20OQqv7DkVManlCq/vSROLu70Kr/8hFBvsAQqwE4UUAHpRCrAb3RdCrVUKsB9NE98GwQqwImES2d81CrAkSRK73A0KsC6xEu9s1QqwS5kVaSVhCrXGIRKsXxkKvIdVErvdFQrIMfEV/ytJCs5vjRK2+iUK10YxFAk1aQrXugEUrM3BCtftbRVWf0kK1/ppFYM7yQrX/rUW1uoxCtgBYRmMCPkK2AQxG4UK+QrYB0ElkAjtCtgMxRk9E4UK2BEhFxm/jQrYE20UnLpRCtghKRSr800K2FSVE4ykhQrYyFET9bd5Ct4HSRKabSUK4A3pGg03tQrnVdUS3t3ZCugQGRS1Q8UK6x4xEyUmcQr6VDUSonSdCwM2VRMbQZ0LFwV1ErDLlQsXgykW+m4BCx9nmRWFtTkLJ3BNE4nYcQsnd7EgUfz9CypnYRLHrlELLzZNEmX/oQsvd+0ZHHQdCzd0bRWJhk0LN+f9FARw9QtHmWESrnh9C07M3RJu4UELT66NHDMwtQtbQ5kT7pjRC2VGeRLsudkLZeqNEtwd3QtrD3ESiyx9C3znZRJj2w0LgGl5FXZmtQuH4gkdQ4sBC4qk9RPTpd0LkMlFEqa01QuX6Hka81W5C5genRQNIZkLn+oZFG6y2QuhBm0TcPn1C6cfvRK5zwkLp209GjZfAQun43UUcx5dC69sbRLbreULt7otFlca5QvPczkTZrMBC+JTbRLO5MkL7MzZEuEmKQvwPrUXeEFZC/c9HRhX1zEMACNxExpGCQwA99ES1fm1DAO2xRKiNEUMB1ElEuqxAQwL3UEYkUzZDAvu/Ri/onkMDEiVFAYpjQwTeHUdACPZDBPsbRQywzEMGdlJEr4jFQwbdXEbFjMhDBuT0RkH++kMH+JRFDOtcQwjcUkTbyUNDCNz2Rh1u30MI5DBFmEC5Qwjuv0US+9pDCRdoROvIWkMK3CBFL82TQwwshkSrAW9DDPx8ROdXJEMNh4lEtwviQw3Sb0TJtPhDDu3GRSwj6kMQ64tFDrPtQxDsWUfWwRFDEO1IRKupAkMRFzJEpTvTQxGT9ESnm4dDEexeRenRRUMS679FDnbGQxL2AEbOHldDEzXvRMtg7kMTUxpEtYdPQxTzFkY6T4ZDFe4TRMM3GEMW8nFFbAE/QxvfwUUhXcdDHi71RKiaLkMe+LxFQbp9Qx75gEWv7kVDHvpzSJK/vkMe/MtFwOvXQx/6oEcEO5RDIPnKRx1D7kMg+3dFdLb/QyO52UTukMdDJO1KRqTs7EMlCpRFDDV2QybshkWxAt5DJvSIROVZdUMpn29Gsb+bQyvR4kSmxVZDLcxRRLGGsUMtzeFEy8kPQy60WkUGMaJDLvHJRa8Jh0Mu8qhFpQqrQy7zl0Y5F0dDLvSnSQE91kMu9oBF98wzQy73iETBHzdDLv1zRMFZQEMv9YZGgamvQzDRIUWSMvRDMNjxRMJmI0Mw4aZFGIjrQzD1xEWOzf1DMS9eRM9ekUMyDO1Gv6pZQzLQm0XS+zNDMvLORe7bbkMy+iVE89A1QzMN4EUHrQtDNdbrRMLb1EM16RtFXsH9QzjVTETmEFBDPJf+RLmznkM9ELxEsF6FQz0RWUTEC2BDPRJxRQvEfUM9E+xE+3doQz0U9kTVSotDPRXARLoYmUM9gwpEqN9nQz4HFUTRB8VDPo9mRMsZ10M+/sZEslwrQ0Fn70THsbZDQXQBRPytHENBe5ZFACVAQ0GH4UYNtSRDQZvgRWq1ikNDLtFEvLkxQ0TxV0TMRklDRPJ3ROAbwENJOThFgSCkQ0lJoUT6tsdDSU5wRoKrDUNJY6lFkofKQ0mm/ESetiNDSmzFRKk8T0NOu8xE27djQ1JL4ET6Ap5DUseURL8hHkNXNc5Er0V3Q1gUkES39xlDWQrARbbuXENgzZpGEK7KQ2LNAkXjQndDYvcmReOE0ENn6L1EwJhlQ2hl+UTourxDcWlZRRH6y0Nxa/JEvrB2Q3LxhkYy73BDduL0RNSHt0N3UddE4z10Q3eRbES3YKtDehFHRL4AQEN63+VEusHJQ4HQFkTzhi9Dg3b/ReFcUkOD9wBFC6XqQ4Qej0TE3FtDhHaqRarmFkOE42JEog8CQ4UK/0SnRNhDhvUJRM0jckOHDhVE4ENGQ4h6ske7dqZDiNN+RL5+KUOI+slGZcdsQ4km6kS9DwRDiS6SRKhXsUOJeldGxHmvQ4n6p0UWpktDi3QhRli6ukOLwxpEwjh9Q4v0QEULMwBDi/1kRLdos0OMNBhEs9QMQ4xzw0XU8DFDjwBIRNMqUUOQdcBFqhX9Q5B2qEXRxAVDkHfNSJLjR0OQ9/NGwzg4Q5F3d0cFNKZDkncARTFWFEOTcTdGDKuEQ5RxAEUW89ZDll/uRNiTckOYV21EvZsHQ5haQUVcxv5DmHTpSG3x7EOYdxJE/xK4Q5j1ZEYh6CFDmXVMRUsrd0OadA5F70V7Q5rWVkSywVJDnaDfRLivtkOev/tEpxdAQ59DG0U/qJlDn0SORdrUOkOfRj9FFmzxQ5/LYkT9M9dDn/KZRK94PEOg6qFFBT5UQ6DuGUTh7SVDoPIaRVoAf0Og8/tHDFcZQ6D09kXA9SVDoPYtRRSwwkOg/TRFh+ZqQ6F4k0Td1bJDqIsGRQR70EOtRNZExDrwQ7I3fkU1/BdDslBuRUH5jkOydkFFxCtyQ7eZNkToHURDunNPRc/ZUkO+O+pExaqfQ7/CW0UEk/xDwVY3RNCXakPBeGhFZjmlQ8H4XkVFHV1DxHLGRSIutUPEvE1E+r4xQ8Vw4kTQHm1Dxv3wRZp8t0PHD9tEw5CJQ8e0/UTKf95DyXVKRyQnG0PJ9W9GG/Z8Q8p06EXzzGJDyvUnRQ8MrkPLMwJEvynkQ8xuo0WIqpFD0XJoR23kW0PR8qlGBg8gQ9JyGkXhPkRD1SrcRMF/p0PWlpZFS3gUQ9lviUbpOLxD2fAeRT/4vEPefmZEzyMEQ97330S6cbZD5WdQRXwTUkPlafNFXj5sQ+Vss0UU7MRD63PtROZ0nUPslV5FTpZ8Q+4Lh0S1boJD8NpXRMUM2UPxMW1EwZH5Q/NwuUUAYuBD9Sz1RKtANEP3bbRFCVR0Q/eiDESzUxBD+l1FRMdmBUP/ziNE2GQiRAKywETXHtJEAxJWRTsuPEQDfNtEwX2qRAOQ6kSusmpEBIXbRMdpAUQEkCVEzJNARAU4BUWzv2ZEBXgkRORHAEQHbLlFQ/piRAk2j0WY2WlECtBHRQRUukQLA4tEzExdRAsxikUK2q9EC0n1RYEfI0QNNOdEvhgIRBIKAEUmJpdEGU7ERM8qnUQbTl5E5z3DRCEqvUWb7hBEI7mERU5EgEQlK1dFM5E7RCUtdUUqys9ELTiTRNZQB0Q4vv1E4F9kRDjU0EUZPblEP+nvRLzgTURBiB9FRz8XREVqfETEWU5ESmXuRK5DdURL9QBEszQ9RE9Y2ETcEHBET85BRRRWwkRSTAlFYieJRFJOQUSrO0JEViGCRMWI1ERaNDtEvuEURF6eNkSvDthEbo6GRL+Mn0Rwu7JFBLU3RHDBV0Yzh51EcWmaRUM6TER3kUBFGJgZ</peaks>
+    </scan>
+    <scan num="1529"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT794.887S"
+          lowMz="51.352073669434"
+          highMz="990.280639648438"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="6.007195e05"
+          totIonCurrent="3.3187835e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1530"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="426"
+          polarity="-"
+          retentionTime="PT795.63S"
+          lowMz="50.865211486816"
+          highMz="995.766418457031"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.81418875e05"
+          totIonCurrent="4.07658475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1531"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="380"
+          polarity="-"
+          retentionTime="PT796.287S"
+          lowMz="51.517116546631"
+          highMz="990.248657226563"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="7.23291875e05"
+          totIonCurrent="3.76640975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1532"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT796.976S"
+          lowMz="50.988948822021"
+          highMz="999.986755371094"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="7.38779e05"
+          totIonCurrent="3.9142975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1533"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT797.64S"
+          lowMz="51.198177337646"
+          highMz="990.245788574219"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.965196875e05"
+          totIonCurrent="3.5615925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1534"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT798.317S"
+          lowMz="50.336994171143"
+          highMz="994.879211425781"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="7.089758125e05"
+          totIonCurrent="3.67186e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1535"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="438"
+          polarity="-"
+          retentionTime="PT799.01S"
+          lowMz="50.391654968262"
+          highMz="999.945739746094"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="4.9008540625e05"
+          totIonCurrent="3.03324575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1536"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT799.774S"
+          lowMz="51.499641418457"
+          highMz="995.342956542969"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.568375e05"
+          totIonCurrent="3.2195305e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1537"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT800.512S"
+          lowMz="50.505504608154"
+          highMz="990.254333496094"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.47964875e05"
+          totIonCurrent="3.99800775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1538"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT801.158S"
+          lowMz="50.714477539063"
+          highMz="994.0673828125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="8.244905625e05"
+          totIonCurrent="3.988429e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1539"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="360"
+          polarity="-"
+          retentionTime="PT801.819S"
+          lowMz="50.984100341797"
+          highMz="991.919189453125"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.808410625e05"
+          totIonCurrent="3.79290525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1540"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT802.485S"
+          lowMz="50.1982421875"
+          highMz="990.6806640625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.01790625e05"
+          totIonCurrent="3.765452e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjLAESD35FCUWx2RICHK0JS85tEih0KQlMwTURxENZCViviRIG+XEJXQJFEiFiWQldCZESWFXFCYDG/RHt0UUJiV7VEd7oAQmMZYkSNwzxCYz59RGXjU0Jk2hlEbCOMQm64U0R8o+1CcVJ6RHbtxUJyd3NEcVBFQnedQUSofvFCgNhTRJJmj0KCWQdEkm7lQoMlWkSA1AZChInmRI1KqkKGwwpEoSgdQodD+USH0wRCiS+hRI52UEKJTflEloGEQov+n0SyArtCjYQ8RHX+20KQqc5EjY0wQpNU3UTFwtxCmVbaRJNlVUKbX1JEm+Q4Qpw11kSaR5lCnIClRJGNQ0KfD/ZEmuA2Qp8cBUSGo9pCn1RWRG9FUkKfVKREdIyJQqDvvES/cg1CoPLhRN3a60Kg82NE4ez3QqD0REZAgqNCoPiLRK0CAEKjaQ9ElylCQqRLLESlvPpCpEwpRIZIn0Knb9dEpHLgQqf7ykSB67xCqASjRJpPmkKoKnxEjusmQqg9xkSWgllCqES+RImqmEKoXblEkImdQqv7ekVuog5CrAdURdOnCUKsCCREnRPKQqwTKkVZJQxCsK0tRJ2vREKyDIZFP1wFQrXRdEUkoV5Cte6NRKITCkK1+zxE0CTLQrX+HkUaaXNCtf+oRcAIuUK2AG9GQA0pQrYBzUkrVepCtgNcRiPNT0K2A+5GDA5FQrYFEEUJh19CtggvRPuV0UK2CxBEnV6UQrYyJUTc6vJCuAN0RkBnVUK6A+tFkJr1QrrorESA30ZCuybHRJmqhELBHqVEobcJQsXgzUWY8pRCxeXYRJoY9ELH2edFqkGGQsncUUUs9yZCyd3nSB6uw0LJ37dFHqcTQsvd9UZ4LFlCzd0ERVkcGULN+h9FFl2LQs4dqESFimNCzjQlRJ9TTELPtqpEkJPtQtCwDkSYxYZC0gkgRJsQBULS1O9EoDUoQtNIc0SikiNC0+ueRxltFELW7nJElloSQtbyakSdumxC1+lqRJHgSELgGlVEkXhLQuH4fkc3ZmZC4fv8RLxgjkLijbFE1nzZQuM/E0S77V9C5foWRrjxvkLmB4JFF8aQQuf6oEUp8DVC6dtHRnUxGELp+NFE1UaLQuoJ2ETUHTBC63b7RK2/WULslQtEpuVCQu3uo0Vj78lC8eiNRKcbYkLzpDdEiz2gQvd9V0SbeqJC/A+nRgY3E0L9z0BGIXUbQwLy80SwsLlDAvdPRjJOwUMC+79GVugbQwTeGUdls8NDBSQNRKZOW0MG3WlGwJV/Qwbk9kamrfdDB+UARMpLFUMH+HdFKjuMQwjcTkTbtRlDCNzpRk+qDkMI5C1Fp15qQwpARUSgIJRDCtwqRMLzyEMLSHVE4/eZQwtifUSTDd9DDu3DRVNQREMQ7FZH08TQQxDtLkUGx6pDEO4URRghfkMR7FtGALyMQxIKHUSl/rhDEuvnRPr65kMS9f5G5GdWQxTzEUY16HVDFSm0RI03k0MV81VEwBphQxbyV0WZhktDG9+pRYC86kMe+NpFXzYaQx76bkhmj6dDHvtURaSD2UMe/IxF7UBKQx/6nEbO0nVDIPnIRu7cDkMg+1REntiXQyFBDUTWVGhDIYLjRIs4fkMhhLVEnFicQyIqQUSENJFDIpLxRI53vUMjui1Es2J5QyRMg0SNXZlDJE2gRHGCwUMkTgJEgCqzQyTtS0aa4gRDJQqoRQm+T0Mm7IJFub9EQycOu0SeLp9DKZ1qRJ8wJ0Mpn3lGi6BHQymhOUTKpjNDLc0IRLWTqkMtzjdEorBzQy3znUSSbtlDLvFHRVaALUMu8tlF1sxRQy70o0jZ9vRDLvW8Ri6+EEMu9r1FgXD4Qy73iUUj9QVDLw5vRKUQfEMv9XtGBbjYQzDRF0VJhZhDMOBsRPUfWkMw4XhEsWQXQzDznUURWf1DMPWvRVmoZEMyDONGnAC5QzLQlEXAEf1DMvLHRff9OUM0z+JFgDDbQzXnM0T2mX9DONWiRPBFCkM9ETZFBZA8Qz0VCUTM6/JDPRejROjJU0M97lJFL7pCQ0DtjUSePfpDQXQ7RSPUYUNBfA1EzMvNQ0GIREYEXr9DQZw/RSb1bENCa9lEoylYQ0TzekS+t7FDRSXfRIphakNIBK9EnRzeQ0k5akUtszBDSU6ORlRTDENJUhdE1gQxQ0ljyEVl5C1DSu2sRLmdzUNNowpEtV3jQ1AxC0SIH7xDULfRRI+5qUNQ9cJEw1kMQ1JHI0SgppdDUkynROyJlENYEwBEuVudQ1kKs0VsaFpDWvZ0RNBInENa+1ZEwHctQ14IQ0SM80ZDX0xLRLjRLENgzZRGHgglQ2ENIkSlUaVDYsz6RaMwt0Ni4OpEm78MQ2L3KEXYWmFDZLypRLoXRENky+VErV+TQ23idUSXyX1DcO6/RKViUkNxamlEzw1IQ3GAs0SVZMRDcdJ7RIz+FkNx6sREku3nQ3LxdkZSnmhDduLSRQ/WcUN34bdEgF07Q3wI+0SlAtlDfM8wRIQKTEOA5BhEmiluQ4Dl2kSbMHhDgWSyRLvh3EOBtdJEm+k4Q4HQoUTb9hxDg3buRfLJOUOD9yBEv6biQ4R2p0VfNdtDhjxtRIcCs0OGwEhEqSpIQ4h6rEe3A7ZDiPq6RmUIt0OJeldGij+0Q4m/4USUY8hDifqVRNvht0OLdCJGPDL/Q4v0XkSl9PlDi/0CRJi1H0OL/kZE/zZYQ4xbpUR8/0lDjHO+Rcrtz0OM85FEojqXQ41zh0S/8OpDjecTRI9S9kOQdXhFJarAQ5B3yUh8LbdDkHj5RZOr1kOQ9+pGsUEoQ5F3dUa5xAxDkd4GRIz6JkOSdtVFVUOZQ5NxL0X+JZpDlF1JRJtzB0OUcOZFEVarQ5VwfkSoeXJDlXFnRH73p0OXanBFDyxXQ5hZP0U3E/9DmFqcRM3xdEOYdOVIOL/wQ5h3TETsdWxDmPVXRZSnE0OZOwdEmNQCQ5l0eEUmsv5DmnQBRYeMjUOdRAtEkVRYQ53RW0SM04FDn0f2Rbfvb0OfSXZEkSyOQ59KLUSZRgZDoOtJRKMjzEOg8FxEnU5YQ6Dxl0UBBuJDoPRoRt5D5EOg9dxFgYnrQ6D3V0TpXLFDoP1zRLFtxUOkSsNEp4DFQ6T4/0SnlhBDqAsSRKIR10Ooi3hFCgXSQ6nowkSVtohDqhfKRIoKTEOqeRtEqfxVQ6wS/0SpPIdDruLSRI6e6UOx6kBFAFEeQ7IWnESwkaRDsjWjRRvaa0OyTo5FOyoTQ7J2PEXGJJdDsuUJRRe9E0Oy5idE32OmQ7eZSUS5hg9DunNbRasivkO/buxEwvv1Q7+xtESOR9tDwXgzRaPE20PCPDZEn+00Q8NFzESgXdVDw4b8RRTQHUPEcUJFEOT6Q8b8dkVYIUpDxv5bRL97EEPJdUJHAb7VQ8n1ekYaM7pDynTcRd25QUPK9N1EubD/Q8sfeUSZcXpDy31mRK0rcUPMbqFFPT8cQ850W0SXF3hDz410RKLzX0PRcmhHLqhMQ9HyuUX0lYlD0nH2RYnpQ0PSlBpEsUv/Q9XJAkSlmsxD1pfTRQON+0PZb4ZGnt8yQ9nwBETKbvhD2sliRJo+7EPi1fREmMTQQ+VolEV5xB5D5WqSRLC8UEPluZRErET9Q+t0ekSQZLFD7JauRNHclkPzcL1Ew5EmQ/cMb0Ses6pD/KxrRJsHSkP9KKhEm7HqQ/5CtkSvR4ZEADZnRL4Wo0QBOWJE3hWcRAG5VETj1F9EAxLbRQQNakQFOABFWF6bRAdqRUTF3DZEB2vYRTxx3EQHePlErjW9RAj+q0SPIYFECTZvRNSQ6UQK9sdEvH60RAsv/ETpq9dEC0hpRS1D8EQOfe5EwBNFRBBEmkSt8FdEEgqzRPx9qEQUp99EpCMVRBcdRkShRMZEF6DARKYKt0QaI0ZEtXDKRCEpoEVcojNEIxs5RK11ckQjuqpFCvWXRCUslUUkFvhELdXBRJ550kQ0D/xEw4tERDd9p0SdwgZEOH5hRJULc0Q41axFJ3lYRDnAfUSvB6lEPIy8RJ/bDURAUPlEltD/REGIUUUfI8BEQeMxRLdlYkRKdg9EqyZ7RE8/b0Su9x9ET0v9RJd3rURPc3NE1Bt0RFJMx0U70sxEVKMKRKi8ykRYpZ1EiyHgRFoaHUSyryZEYO0bRLJ8qkRhMzVEolwHRGKs40SmKWpEY8pxRJMcu0RrOctElyIERHC7okUSqeFEcL/LRgmoukRww05Ez6s+RHFqgEVHa9pEdLR5RJ8RAER1+WREod1QRHerkESkbIM=</peaks>
+    </scan>
+    <scan num="1541"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT803.15S"
+          lowMz="51.533191680908"
+          highMz="992.43994140625"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.48997125e05"
+          totIonCurrent="3.13782325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1542"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT803.899S"
+          lowMz="51.33141708374"
+          highMz="992.509216308594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.1020475e05"
+          totIonCurrent="3.4835235e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1543"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT804.579S"
+          lowMz="50.437881469727"
+          highMz="965.708801269531"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.179053125e05"
+          totIonCurrent="3.7297375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1544"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT805.243S"
+          lowMz="51.549083709717"
+          highMz="990.211364746094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.0975378125e05"
+          totIonCurrent="2.96358775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1545"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="406"
+          polarity="-"
+          retentionTime="PT805.996S"
+          lowMz="51.625827789307"
+          highMz="990.217163085938"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="5.1710621875e05"
+          totIonCurrent="2.97203975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1546"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT806.779S"
+          lowMz="50.39680480957"
+          highMz="990.216430664063"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.68899875e05"
+          totIonCurrent="3.7081685e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmWVESIcMpCTIMaRK0tQ0JRTitEkybxQldQPESd7K9CV1atRNklgEJi/zlEgrXsQmpb2USy/4hCa1OKRIpkjEJ1LX5Eg6/AQna5ZESJvidCeXxiRJTvIUJ6Rj5EnKQLQnpRm0SPRt1CfKngRIaYJEKBDlREuHwqQoHQ2kSiMS9CgfJ1RJLhFUKCJR5Erh7BQoS5l0SUHO9ChV/URIzY1UKG5YpEmrY2Qog/IUSXTHBCif3VRKN31EKL/ilEjIKzQo0TNUSebItCkRZzRLQDyEKSXktEmgM8QpNUtkSVRohClND/RJOImUKXvI5Ep2v6Qp2KJ0SVAYlCnakYRJxG2EKd1oBEtllNQqDuZkSNFT9CoPI9RTmi7UKg8vpGK3jJQqD02kTaE/pCoPitRLrXnUKhV6JEmaZtQqHVaUSxh7tCpHs7RJtFkUKmDMxEnt2DQqv6zkTNorZCq/wnRRD2vUKsACdEpj9TQqwFG0Tu+jBCrAbLRS1/ZEKsB1JFdQm1QqwH/EWcQGdCrAmpRI5+UEKsES5Ef7/fQqwST0SXfdBCrBMqRP1Um0KsE9ZE+gsUQqwVN0Tga+dCrUEaRIqoDUKt/NNFCd4dQq7Ru0SeZT9CsgxwRZCG5UKy5MlEokNWQrLwLESXd/dCte5+RLFXyUK1+3lEyYTsQrX+50UAcoVCtf+4RROMo0K2AF5FsydsQrYBAUa8hudCtgHRSQrkPkK2AzhGDcidQrYD40U1IDZCtgRpRZ9SqUK2BP9E4ip2QrYIQETJB2tCthU3RLGGuUK3TfxEmowQQrdVbUSn4mNCuAN/RijdYUK4VkZEl+pmQrlrEESW6+ZCugP1RXDFYUK7MAVEgVpfQr3mq0Sn/EhCv2OZRJgouELB2tlEjQlTQsOXB0SP3zVCxeDDReALrULG9ltEpBIXQsfZ60WwBWZCyd0HRdO2TkLJ3epII0HgQsnfjkTKd7JCy935RoLAtELMC6pEnhAFQs3dI0TwtfpCzfoWRNA300LT66ZHAwB6QtQzTkSbmU9C1pelRMCwhkLXIdJEnYHPQthsEUSYvERC2I9yRKLZXELbBzVEpnoxQtt1F0Si3AlC2/ZORJba1ELgGkJFD1crQuH4hEcvyh9C4oxcRJw5u0LijfBEz90AQuPfkkSUHYlC5LGxRJ4fdkLl+h5G0MKLQuf6b0UMfLVC6dtPRpIK1ULp+OdFaJVkQuoJvkT7l/tC69tcRQ/9H0LsYuZEtAm7Quxj/0SKl1BC7JcMRNzaMULt7qtFprkFQu6HOESkzBxC7/OJRMi0bUL2yX5ElwKxQvjgcUTVBB5C+jr/RIvNqEL7fvREl4gMQvwPrEYByotC/c9BRje4U0L+YKJElnJ3QwBa0ESs2/tDAvdXRgUf4EMC+8NGbNKDQwP77UT5Q8hDBN4eR0DXfkMG3WdG0HbpQwbk+0atMENDB/iJRSDl/kMI3OtGGuneQwjkLUWbodRDCkFkRLcO10MLO5tEtp+xQwtHs0TOBLlDDPxoRMHbN0MNtdxEjT8TQw4HtUTIoeVDDu3ORWcKuUMPEftEnEd4Qw9L1kSd0CpDD1jmRJzxPkMQGatE6FNlQxDrh0VqffRDEOxaR/MykkMQ7cxFDE+YQxHsX0YuqJNDEgq3RKDqREMS6/VFKE26QxL2AEcK20tDFPMZRirT40MW8mhFUnWnQxfo4ESaDMpDGDGXRKJNrEMaak9Em5TWQxvftUUUyTpDHLn1RJIlfEMdHVdEm5qbQx63BkSPUSlDHvjCRNuETUMe+YBFsrFqQx76cEhf9E5DHvyLRZ9+zUMf+qFGz0wAQyAwlESqzGtDIPnKRwjpeUMhC4xEpsZzQyJL+0SnUt9DI7pSROKiBEMk7U9GjIzwQyUKlETr4FFDJuyJRW68IUMm9HxFC6qiQymf6EaVOJxDLOj4RKNMgkMtzTxE1F7AQy5cpkUGqf9DLrRARMzPKkMu8KBFBkSwQy7yd0WKM2RDLvOQRkYFeEMu9KlIyhGoQy72fkWMiMBDL/WBRjUQNUMw0ThFmdguQzDg2kTwrIVDMOutRKAKwUMw88JFAQnIQzD1okTmflpDMgzpRpj+mEMy0J1F4OuuQzLyxkWqi05DNM/xRUaWxkM15j5FL/rvQzjOrUSXS7NDONW/RKdw/UM6oZREpXPoQz0PcUTIgA1DPRMHRKrBVUM9FK1EpZmYQz0Wu0UOvbZDPRgkRL//J0M9GatE4jdSQ0FwEkTRDy1DQXwsRL/N3ENBfxNEwITMQ0GGcUUIEkpDQYdbRSxPOUNBiE9FxLw8Q0GJVkV/g9dDQZt4RLQTtUNBnCJEmZqVQ0TzakTvtjhDRT/MRIrYJUNJLeREnA+eQ0k5F0VdEINDSU5PRmcdykNJY49FiN0DQ0vrHESoKbFDUky9RS5Q+0NYE39ExA2bQ1kKxUXPRvRDWva0ROCzXENa+zxE35InQ1xFwUScMB5DXt9KRJpcx0NgzaZGOyHNQ2ENvUT97+pDYs0FRfNSAkNi9ytGBD8wQ2TMSkUu2FNDZY/kRKgiyUNl0G1Ehty6Q22GkESkXJdDcWpiRRnQVkNy8YJGSbN3Q3QenES4TINDduLrRTUaOkN29PhEk7kCQ3c5okSZCzVDgdCPRTApaUODdwZGBHBJQ4R2p0V1YTZDhXYmRLXzMUOFlctElBq9Q4bOMESTot1DhvNfRJNN8UOG9CNEnwhxQ4fUFESbVf9DiHglRMi4gEOIeblFIGFhQ4h6sEe8vERDiJtXRJheI0OIxa1Eo+b2Q4j6xEaOIJBDiXpaRqm+00OLdB1GeHhjQ4v+HkUmOfhDjHPJRd9QAEOQC0JEl/VPQ5BSHkSz80RDkHUJRLX36UOQdb5FoOSyQ5B2pEWNR8dDkHfNSHwyw0OQecFFM3fJQ5D350a4qCZDkPm1RN4XiUORd3pG6IVmQ5J260WYpidDk3EyRfqI50OUcQNFIqGIQ5R4zESsG8ZDlJ89RNfDN0OXanhE51jmQ5hZz0VSwaZDmHTpSDJeJEOYdxJFBPneQ5j1aUXGt+VDmXRsRMuEtkOZdYVFILMiQ5p0CkWvgK1DnNSSRJzoREOfBQFEmD1KQ59DNET4rNtDn0PnRQ5HHEOfRXRFe3DnQ59HokWNPhJDn0kVRYJZMEOfTSJEtS57Q6Be/0SYKQFDoPD4RTrEt0Og8y1G4n16Q6D1o0UTOg5DoPadRQzFakOg/XhE8EsDQ6FxeEUOjKFDoXhVRRR6CEOkPzFEvkW4Q6RL/0VA72dDpfanRKB5tUOm9ExEnw80Q6iLxkT4SvxDqemtRJlSuEOqeO1E0Sm8Q7GKTUSVp8VDsjSsRQAyC0OyQKdEqtxOQ7JNv0Uq08xDsnYxRdSj8UOypRxExcPYQ7Lk10TKGbBDtw9rRJkijkO6c1pFoGxkQ75R0ESfrSZDwXguRaaORUPB+ClEz67dQ8IjQESouP9Dwnf2RSmx20PDhulE/qpbQ8Srt0S2z61Dxv0TRXRRT0PIAcdElNn4Q8l1TUcEESNDyfV/Rhwo60PKdPNF3JPcQ8r1TUTDVVxDzG6kRTBS7UPRcmdHOH2xQ9HlZ0So37JD0fKZRcGwN0PScflFphMzQ9Nx1kToQp9D1GwaRM4Ho0PWl5pFN7a3Q9lvk0aaQbBD23bWRMTM10PlaLlFeogNQ+bH5ETVAThD63NrRMXwWUPslolFOpOsQ+/2/US3KNZD83DuRSHOhUP0bjJEl+KcQ/SUO0SsZ+dD+v4HRKTRwUP7bmdE7Gf4RAE5XEUa7jdEAXmHRLuQM0QDEuNE5sDWRAU37kWxBVdEBXgHRR2m6kQFt5xExg8dRAXw8US0dQREB2w+RVL6L0QHbYFExZEQRAk2f0WMU+1ECXakROBYvkQLL2lE+8TQRAtH0EV8X8FEDTUERQSd1UQNkIJEsl06RA4ImkSw45dEEHn1RLyIQkQSCsxFJ3/3RBRLxkSUd6dEGESGRLO8TEQeL65EnXPVRB6qy0TG2MhEISo2RX72i0QjurlFL5pIRCUsw0VL53REJpL5RJPw7EQooBlFA2uNRCmCjkSvan1EKhQeRK1w8EQrfGtEpNCTRC3ZBkSlYZtELlz+RMNJkUQ0YdVEs24+RDjVskUV0itEQYhERSc4S0RIX+VEsFP1RE+FRESs5xBEUKevRLU0JURQ7tZEmWeORFF0t0SunvVEUkyzRRAQW0Ra+wBEvNgERF/DWUSzeHREbAl3RJ6TuERwnKxEvMq8RHDAmEYdkUVEcWp5RTBx7UR3GgZEygkmRHeN2kUMY5Y=</peaks>
+    </scan>
+    <scan num="1547"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT807.436S"
+          lowMz="51.752960205078"
+          highMz="998.254211425781"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.2140609375e05"
+          totIonCurrent="3.16155875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1548"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="407"
+          polarity="-"
+          retentionTime="PT808.179S"
+          lowMz="50.459865570068"
+          highMz="997.597778320313"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="7.04137e05"
+          totIonCurrent="3.77026775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1549"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="401"
+          polarity="-"
+          retentionTime="PT808.842S"
+          lowMz="53.731376647949"
+          highMz="990.221557617188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.124715e05"
+          totIonCurrent="3.53020925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1550"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT809.508S"
+          lowMz="50.187774658203"
+          highMz="993.739868164063"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="6.250875e05"
+          totIonCurrent="3.3392925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1551"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT810.229S"
+          lowMz="51.372398376465"
+          highMz="991.088562011719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.780791875e05"
+          totIonCurrent="3.6438145e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1552"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT810.896S"
+          lowMz="50.403743743896"
+          highMz="998.515563964844"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="4.1972125e05"
+          totIonCurrent="2.7917145e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1553"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="427"
+          polarity="-"
+          retentionTime="PT811.673S"
+          lowMz="50.359226226807"
+          highMz="996.965576171875"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.833524375e05"
+          totIonCurrent="2.84906e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qklv2UQksd9CSigXRBr2uUJS2gREYxJAQlLw4UR6IftCVQZVRE9AT0JXS2hEIZaLQll20kRcP45CYptORAstOUJn4BtEWhELQmsttkQvxXxCbaTbRCe9fEJt8OREP1euQm8KREQlZndCb8paRDxv9kJx0ulEW1DdQnOO8UQ62WRCdIgGRDWulkJ2Xi5ELA4LQnwvJ0Qnq2pCfQvvREJa/EJ9tONELRiJQn4E5EQZ0+lCgJXtRBNuoEKB00VEO9xlQoHuNEQp7cFCgzUCRCF9mkKJ/cREmMlxQo3/ckREOUxCkyOLRCYPtkKTI9VEJ6PpQpTOOUQzlzRCl73fRDPtWUKX8eNEPIrPQpmfEEQ3YdZCmteaRD70bkKdqWJEPpqqQp3WcUSSNChCnddRRC/1BEKe5+1EORMZQp9IpkQ9FkpCn7YURDKCcEKfwCFELJ3oQqDxk0RSwBxCoPPNRQ/fmUKg9FRFjkVyQqD1JkW5hZhCoPaaRE7ec0Kg+PpEy+neQqHVaESgnZlCoePyRCTcYUKh80ZEkO53QqMECkQ4ymFCpBKsRCmlK0KlcdZEGX2QQqgEmUS1icZCqnYDRDNPjEKr+7hFGgUHQqv/C0QnMfxCrABSRILOxUKsBf1EMW29QqwHmkWO6FxCrAkNRFxcrEKsDDJET4b5QqwTeEUjSuZCrCPRRC5VOUKt/NVErxdKQq649kQporRCsBD0RDVJ40KwRWBEIWozQrIMf0VqRmRCtdGFRMdvOkK14XREi6Z5QrXuhkSPM2JCtfteRKVOTkK1/ShEp3cbQrX+pkSKS4pCtf8sRJ2z8kK1/+xFhf8FQrYA7kZQ47RCtgHTSOwDDkK2AqVGhpw/QrYDR0W2N4lCtgRNRS6XLkK2BNBFBLUuQrYG4kR/YBFCtgeCRDKXBkK2CEpEjgsoQrYR90Qw5oRCtjIyRI8p6kK21D1EOOYdQrgDfUX92g9CuAzkRE/ONEK4LVpELddmQroD9UVr0UhCuq7QRBz6W0K81X1ET9k3Qr7aZkQr1EdCw4ZoRF/qCULDh7xETJfNQsSwMURMDTRCxeDERa/sd0LHw/xESbGsQsfZ8UWcww1CydsIRGJQXkLJ3ERFBvjWQsnd70ggkXxCy94BRpItQULN3RtFTvkfQs+q6kRMBxxC0etxRIia+0LT66ZHB9ALQtXTTUQ3shtC1+l3RI9RA0LYAQ1EOX4qQtnRGUQphJtC2frdRCsTFELbpR1EMO78QuAaaETbv5JC4fcoRI3wjkLh+ItHNVkvQuH5s0TU4HBC4fvLRI89tULirKBEUYEmQuRhiUQ1cHdC5fofRpSX50LmB4xEoOA4QufdjUQqoOlC5/qKRPuf+0Lp205GjrIbQun45UTZ1khC69tvRJFQHULt7qpFG0aUQu/zokRRwxFC+N/nRIwYEkL8D7hFyNK+Qvzs4URPxwhC/XvdRE08gUL9z0tGLjYqQwL3XkXtyDxDAvvJRg5k8EMDc+xENsuAQwP780SU79JDA/9xRCE7/kME3KFEIrQZQwTeIUc+tdtDBOZ/RFyhqEME+yBEmEQBQwbddUbfyC1DBuT8RrvDpEMH5QJE8GVbQwf4ikU++ClDCNzuRhlo40MI5DNF030aQwpA8URX5OdDCtweRMLnKEMLRqFEfaiNQwtK3kQqZS1DC7YkRDHuBkMM/FREVxjIQw7brURGrDNDDu3MRWko6EMQivxEOJn9QxDqyURIwHJDEOxdR+L+t0MQ7S9FSPO7QxDuO0UW9qlDEexpRfEK10MS69VEnWarQxL2AkbBs15DExPFRD594kMTdGFELtFfQxRwukRV37dDFHleREfUpUMU8w9GJ5t5QxbyVUVV+PFDG9/IRQKb9kMd31pEqcW0Qx76dEgvkaxDHvtpRa/3VkMe/JJFv1LOQx/6pEakeYFDIPnRRrN9YEMg+1JEj6u0QyM50URUgGVDJO1QRmR/sUMlCp5FHeJCQybsjkVtkuRDJvR/REyy0kMpngBEe9QuQymfbEYy0h1DKaBXRJLmSkMp+hNEiBbOQyxbuURZa65DLJ9DRFxbdUMuYe1EQXe+Qy7xu0Up5XNDLvNfRbldS0Mu9KtImD4aQy71y0YMh2FDL4w0RFDpm0Mv9X5F6l5WQzDREkWV8tFDMODtRI6lC0Mw849EYAEZQzD1vEUemcdDMgzpRosa60My0JFF4iamQzLy0UWFUEFDMwuLRD7SP0MzDbJEl4eIQzPCeUQ8B6ZDM8ayRDP8iEM0z+VFKy+6QzXkyES5gCpDNvIRREqSrUM41W1EkvX0QzrW0ERDSLxDOt9wRFScgkM9EC9EiuZHQz0RrUSGoW1DPRKWRFInmkM9E8FEYxtzQz0VEUSCS0ZDPRaFRH91QEM9GKFEORhDQ0F0q0TL/xBDQYiTRahv90NBiwlEKPyVQ0Gci0SbWQZDQ7CoRF0p3ENE83tERVLKQ0UREUSK3sFDRXinRFS7w0NFnThEON6zQ0jhPkRU3FJDSTlGROtFMUNJSWxEX9gjQ0lNBUR6R3VDSU5yRgdlqkNJY5pFGpgiQ0p1GUQltsFDTAkeREUpSkNNbaBEN1LRQ09ZbkRDeRtDUPXoROTOTUNSS2pET5vRQ1JMeERO44hDU42nRJUcq0NVJHhENZs5Q1YcakRG8GRDV0aURGmzWUNZCr1FynJNQ1oLmURwE7xDWvt5RJ+8iENcpRBEIpumQ121fkQ0yklDXsOvRHccMENgzaRGFXhCQ2ENf0S4wAZDYTJ6RFDW50NizQVFmg6uQ2L3MUXAOthDZPZ7RD9k+kNn4LNERg0oQ2fuQURHLYxDawUxRESAsUNtJSBEOlBDQ3Fp40STdIxDcvFzRgDkI0NzugBEO0Q9Q3Qie0QvBvNDduLlREcIq0N29T1Eika9Q3qD7UQ96apDetwtREex5UN8VI9ESGnQQ4HQaUSZau9Dg3cCRfrKZUOECsRETkqZQ4R2r0V9VFBDiDmxRIoyt0OIeP5ElegeQ4h6skd5Eo1DiPrMRjI240OJemlGRYJVQ4mlHERJvlVDifp2RE+JOEOJ/FdETXB1Q4pCRUQ53KhDi3QeRi2T50OL/fpEg6W2Q4xpvERJbFxDjHPJRYDKMEONEwZEODG/Q4+dC0RDhKRDkEUGRFIBZkOQdZpE5BseQ5B2bEUggbdDkHfRSDIXZUOQeQVFhXQJQ5B55UTvLXJDkIubREuRzUOQ9+1GWifEQ5F3f0aHR21DkffiRHAtL0OSdtJFDfvHQ5NxOUWsQGdDk8HNRCv/DUOUcONE5K67Q5doT0Q5cJZDmFm2ROEaIUOYc5hE44l+Q5h08EfrmCJDmHdNRDuNVUOY9WdFlKc0Q5l0aESSY8BDmXW+RDrv/EOac+1FOY+cQ5xToURKsEhDn0NmRM8O6UOfRQZE192xQ59GmUTHYBZDn0hcRP/ysEOfSmNEgNOdQ6AudURIj/dDoO35RJc2iEOg8s1E9V2yQ6Dz0kW5q8BDoPUARnqzj0Og/SBE0fZHQ6F4gkTbxRFDoYg3RCiT10OkS7lEUWSgQ6iK2kTdSw5DqnkqRK5mL0OrMbtETPVFQ65m3EQ6PhdDsQjMRGHDGEOx7sVEZ5HjQ7IYHERD3ZNDsjMyRNue/UOyTC1Ex9EPQ7J2M0WVTxxDsuTiRHjEoUO2J1pEOvTbQ7iY1kSLrfVDunNWRW5eYUPBeBRFXLc2Q8HqfkRKehdDwfe9RGCPD0PCd7pEvY+eQ8OGk0TAddFDxv0nRSf3N0PJdVBGoS+aQ8n1f0Wkn51DynUCRYqXO0PMPzpEQmBbQ8xuqEVZ70VDzVQEREAx4EPRcnVG6KWfQ9HyqkVqvOhD0nH2RNIE5EPTcY9EgUh/Q9aXXkSv6d9D18/IRInVSkPZb45GTMTVQ9qKB0Q87SdD33+CRIMwgEPjFLpENrqSQ+Vnw0UaNdVD6jUyRGIq90PslfJEg9viQ+2BrUQ2bvhD7hURRFWFQUPvUKNEYZvxQ/Fv1URS1itD83DTRGmZn0P5zwVEbd85RAAniURU2+ZEATlFRLhztEQDEjxEpN0ZRAU390UJ4yFEB2xJRQgrlUQHuaZEOp8CRAk2lET8wBZECldiRDrwvUQKy4RESzK6RAshh0RhkV9EC0bBRPni30QNNQRESWYoRBBF1kROjcdEEQ0PREYPJEQRF6ZEVxDgRBHED0RMaThEEgpnRMsf/EQWLwVEPjuCRBfQKURI7UxEGpWvREzCcUQbuPBET3ayRCEqJ0U4f8ZEIfRbRFZSekQjcBFENw1FRCO6TUTGsnVEJSwHRQ9WP0QlVBNET538RCouXkQ8829ELl/3RE8WikQyAkFERTd/RDM6zURITzxEONKpRIFFPEQ41VlEh8kFRD7hw0RqwohEQYjHRL5TlERCtE9EWlX9RE83QEQ1ZlJEVIg8REoRlERWQo9EQWhdRF0Zx0RCT+lEY0T1RFmgmURrKGlEUlfWRHC8x0SHZUVEcMB8Ra7OS0RxUoFEdPjzRHFqDkReAClEdqYBRDuJA0R3i9VErthkRHk9zERKXNM=</peaks>
+    </scan>
+    <scan num="1554"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="368"
+          polarity="-"
+          retentionTime="PT812.467S"
+          lowMz="50.45588684082"
+          highMz="990.162292480469"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.13154875e05"
+          totIonCurrent="4.4413625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QknS1ETZFZlCYIMoROgyfkJibCxE5HCVQmsbkUTqy8dCbZleRQRAU0J39AlE9FpWQnwC5kTm+GNChm+vRL61f0KNNCVE19o4QpCRekUDgdRCkutyRPpud0KTUiVFCqS7QpQrvkT4tKdClflDROtWV0Kbk8hE2nbKQpz07EToJkRCncE8RPsE+kKfREJE3qGeQp/sHUUFOdRCoPLzRovV70Kg9MJE6cgdQqHVWUUTVkNCofMRRSsFCUKkHPlExs+DQqQdW0To/URCpJVxRPxr4EKlDIVE5pz7QqVAdkTZqdhCpb1LRPdhBUKn7LtE4uyMQqo11EUFqJZCq/VpRM+kxUKr/EJFtkemQqwA30UZYaBCrAdhRWcpSkKsCBtGJ3FMQqwKs0UTEzpCrBI+ROXHFEKsE/VFsrEmQqwYg0UkdHxCrNmxRNKQB0KthWhE80zgQq3kV0TDMvVCrmqGRO+ZlkKxa+hE4mVxQrHcAUToerlCsgxwRYtx/0KzhfhE2C8LQrQjTUTwOKFCtZ6NROrOk0K1/uJFVsIVQrX/k0W4IgxCtgHKSUaGLkK2A1tGFN3lQrYD60XK2ZBCtgRaRg4WOUK24/ZFEIGnQrdqoUTPHyVCuANyRkvMZUK6A+pFlHoiQr8vz0TnjlBCv7hnRRE9DULCp0FE9rgLQsSL6ETncz1CxeDARfREtELH2eZF6MENQsncQ0VB7C5Cyd3hSE6gs0LKfAJE5rC/QsvPIEUGy6RCy93wRrBdFULN3QtFmsaEQs3wuUTpSL1C0WquROIdcULTPFVE892yQtPrlUcBk6BC3D73RPVZA0LeJ3JFEJKoQuH4e0dv5XRC4oulRS363ELjtghFBWCYQuPtwUTi/HZC5foORsOZG0Ln+mVFa4FPQum06UT8k8xC6c0fRQTlRULp20ZG2BS0QuoJqEUcGFFC7JfmROpl9kLt7p1FS3AuQvW8FETr3HhC9vxcROcXLkL3sXpE9WsNQvwPr0XNw7FC/c9HRjALZUMBLWFE2k2xQwJUBkT3YKdDAvdKRhk/SkMC+71GVuKaQwMI4kUQyvtDAxGjRPp5EUMD3tdE3U7MQwTeF0d7Dp5DBVW5ROAwZEMGD5tE10XuQwbdTUb1inhDBuTzRw7eqUMH5PpFMoUZQwf4dkXAihFDCNxpRTJCzEMI3PFGF/ARQwjkMkYK5MhDCbsMROzr2UMKASlE5wCoQwo/x0UPCW9DC0XrRTPT70MLVGRFAm62QwxUhETuq9dDDIODROUFnkMMp5lE2wVkQw7txkWhUDJDEBtaRMvEO0MQHGZFFO4RQxDrDkTbuWxDEOxUSDurWEMQ7oVFIf5nQxHsV0Z+NApDEpVWROVNXEMS69pFB/XkQxLtgEUB/PhDEvX5RsoqGEMU8w9GUdBoQxbyWUXNNopDG9+kRVCzI0Mb7v1E3HQCQx3M9UUD87VDHvftRRe/skMe+mpIiU4KQx77WkWxF7JDHvydRZqyikMf+p1GxYqOQx/88UTGvEhDIPnDRuYrykMg+11FCqCQQyOGoETjXD1DI7kDRQGW5UMk7UBGvnrFQyZ7nkT2lMdDJuyMRcIqSEMpni1FQsQZQymfwkbqCPdDLEU1RRctXUMs9RBFBG+nQy3LZ0UuW3lDLvDzRR5MekMu8tNFl3IWQy70o0jWZQ9DLvXJRe7HzEMu9slFIFliQy/1f0YomzlDMFfpRPWCj0Mw0SBFlUwiQzDfhkT645VDMPWjRWkZR0MyDOZGz7OYQzLQg0Y0V51DMvLSRgeJSEM0F2xE1yTrQzTPpUU/h7xDNePIRVdlsEM40+JFINgmQzk1zUUJijlDOVntRQEzTkM9DgFFAGp2Qz0Oh0TbD6VDPQ+pRQYeMEM9ENtFFL1JQz0SI0UoV89DPRNBRT8f/0M9E5NFOkPJQz0VfUVc5JVDPRbmRTDzI0M9GIdFEjO8Q0F1LkV+WMhDQXz+RS109UNBh+VFOodaQ0GJIkZEQZtDQZVGRTJKRUNBnTZFb+L5Q0Hhq0Tf/KVDRPGeRPm3a0NJOQ9F0+KkQ0lIu0USiFlDSU46RqzXhENJY1RFqA3aQ00uakUBHVlDTqinRQ6z10NSSvVFG3RPQ1ROF0TsE8NDVhFYRP/7okNXRqFFEzwaQ1gSe0UCshhDWQq2RcrbFUNaC4RE/j4wQ1r2gUUm+NNDXc0tRPfVS0Ne651E+7A5Q2DNfEZaRORDYQvQRRZuNENizNRF8nBKQ2L3HEYK0tFDaR/uRPFOS0NxaABFgBJlQ3LxbUZ2j4dDc1o9RPx55kN5+j5E8CSvQ4Fuh0UB5aNDgc9HRUHFgUODdvlGIiz3Q4R2o0WdE79DhJLZRRDrUEOG8ttE4ygwQ4h6p0fEfdBDiPq/RoPAj0OJelNGojYPQ4p5/kVP3fRDixwYRO07X0OLVPRE3YXhQ4t0FEaYDyhDi/z0RSGkg0OMc6tFr78yQ5B1oEVSq+ZDkHfGSIGAiUOQePVFmPsUQ5B8NkUBCTNDkPfqRsme3EORd3tG0CvNQ5J2x0WWVA5Dk3EzRgQerkOUxmlFAvafQ5dkcET2ZSNDl2k6RROhlUOYG0lFE0jqQ5hY9EVMcIJDmFpRRTV+IUOYdORIOt2kQ5j1SkXyF0VDmXRIRVt3bkOZdY1FJJs4Q5pz+EWDeZxDmp5fRQd/WEObdNpE/saUQ5zmkUTmcXNDn0GqRcE+IUOfQwJFquC6Q59E5UVnGW1Dn0bbRVfvxUOfSHxFazajQ593F0ThVV9DoOAvRQISfEOg8wFHNr6WQ6D9mkU3YzFDoTrLROl1j0OheF5FR88pQ6MrZUUDq6lDo1RARRDTnkOkSlpFRO0CQ6ZGn0T2XnNDqIygRUfwoUOsAedE2V/pQ653DkT9O8FDse7pRV7LA0OyMlVFGp1IQ7JLWEV+bJpDsnYQRhPiLUOy40xFN2qeQ7Z250T3XzNDt/TRRQzrpEO4mKRFQRyrQ7kZZUUHRy5DunM2RaBmnkPBEjJE/nLMQ8F4DEXL4W5DwnfzRVOtmUPDhOlFUsMzQ8QMvUUCptBDxKohRO6qaUPG/DtFjT1UQ8b9/kVRAJNDx63pRPvP9UPHygpE/Fw4Q8gtaET/Av1DyUAlRRYcy0PJdTVG7/dcQ8n1YEYpxDVDynTZRej8FUPK9LhE7O9VQ8xuvkVlDAZDzPIGRPVQ+EPRclxHPvseQ9HyqkXljCZD0nHtRdJbq0PU1BpE9A0YQ9VHI0T3z3VD1pWHRWaG+UPZb4NGynG6Q+BUJUUAa4tD4W1+ROZU1UPlachFrDgsQ+bGhEUQEzhD6GRDROUi7UPqNPlFIYrEQ+yUHUVPT11D8e+nRQJr5kPyzpVE6iT2Q/Nw1kU22NlD/d/qRPRNnUQAt9dFDMOxRAE5TUUdW9xEAXMCRQSne0QDEZNFCgWJRAU35UWkJYFEBXgSRR748UQGJ3ZE9a/4RAdrwEWIiHlECTaCRbUTfEQKOn5E5qVmRAprMUUWn3ZEC0X0RcPoe0QPcX9E+spoRBAMbkT1JdBEEgk5RW9t+0QSXNRFDN6yRBJkAEUE0VdEHKMzRRtTg0QgJsVFFrupRCEpXEWwrslEISsmRYtGX0QiMABFFSTnRCO4pEV+kklEJS2dRYz+ckQooW1FQBZ+RC5gHEUo5tBEMTbxRPrG6EQxmrtFDOotRDIC00TtoUtEMzhIRU2t70Q405xFdbeEREAXhkUH3K5EQYkQRYvHO0RDn3xFIX8rRElOi0VFDgJESXhmRRVUQURKffJFAbexRE4T60UDHrlEUkqlRWHpk0RTKrpFBCWTRFSbuUT6YKtEX+3TRR8s2URm1o5FGVAiRGesvUTa+rVEbsDJRPxBNkRwv6VGOnWORHDCj0WRjYFEcWhHRYcGBkRy0S5E/b7JRHXrsEUHoOhEd4pjRUD63w==</peaks>
+    </scan>
+    <scan num="1555"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT813.059S"
+          lowMz="50.364360809326"
+          highMz="990.169372558594"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.25197875e05"
+          totIonCurrent="2.950499e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1556"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT813.782S"
+          lowMz="50.342239379883"
+          highMz="965.628784179688"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="5.32049e05"
+          totIonCurrent="3.0201155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1557"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="464"
+          polarity="-"
+          retentionTime="PT814.525S"
+          lowMz="50.311988830566"
+          highMz="994.605102539063"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.8533790625e05"
+          totIonCurrent="2.751421e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1558"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT815.325S"
+          lowMz="51.63688659668"
+          highMz="994.854370117188"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.16133875e05"
+          totIonCurrent="3.29711225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1559"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT816.015S"
+          lowMz="50.098335266113"
+          highMz="990.187072753906"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="3.29749875e05"
+          totIonCurrent="2.7398335e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1560"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT816.748S"
+          lowMz="50.048278808594"
+          highMz="990.216430664063"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.94235125e05"
+          totIonCurrent="2.67329925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1561"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="399"
+          polarity="-"
+          retentionTime="PT817.524S"
+          lowMz="50.069881439209"
+          highMz="987.319458007813"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="3.4995734375e05"
+          totIonCurrent="2.83913475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1562"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="396"
+          polarity="-"
+          retentionTime="PT818.226S"
+          lowMz="50.087024688721"
+          highMz="990.206787109375"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.625756875e05"
+          totIonCurrent="2.78102225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1563"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="407"
+          polarity="-"
+          retentionTime="PT819.001S"
+          lowMz="50.360969543457"
+          highMz="990.191040039063"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.635943125e05"
+          totIonCurrent="2.977665e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1564"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="411"
+          polarity="-"
+          retentionTime="PT819.705S"
+          lowMz="51.102592468262"
+          highMz="990.184326171875"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.536476875e05"
+          totIonCurrent="2.7011765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1565"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="403"
+          polarity="-"
+          retentionTime="PT820.486S"
+          lowMz="50.591255187988"
+          highMz="990.185424804688"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="4.35913875e05"
+          totIonCurrent="3.09976025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1566"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT821.177S"
+          lowMz="51.494766235352"
+          highMz="991.078247070313"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.3152303125e05"
+          totIonCurrent="2.80620425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1567"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT821.909S"
+          lowMz="50.231819152832"
+          highMz="993.692687988281"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="4.6158665625e05"
+          totIonCurrent="3.04604325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjtYkR81Y9CSh8VREztEEJTI7lEZWjTQldER0RssqhCV6azRISsRkJZxqpEXC5pQlzAyURhSZVCYnlgRITDmUJkQh9EgSpkQnBSi0SIfftCdJNgRGo0fEJ4/DNEZkfhQnsCnURWHVpCe5wvRHGOXkJ7qwxEYUX+Qn57f0Sc0D5ChsIQRHmUY0KHxy9Ef8F8QolO00RsqoJCif3LRNrOUUKL/R5EqgKFQo+uEkROk9JCkYg2RJ5J4kKR7SBEd2qJQpKYRERoDbZCkqF8RH3P00KSvDNESat9QpND5kRofyZClMcMRIPifkKXPp5Ea1GnQqCHFUSLgc9CoPJ/RHRTxUKg82RFc1y6QqD0aUYFretCoPj7RKXd/0KoBKhEvvueQqv7k0VDHl9CrAXIRJd+E0KsBpdEZzK1QqwHa0W2/LBCrAg3RNU9CEKsCeVEgpqAQqwKQkSGYopCrBM2RVT3bEKsjzREY2/fQq38s0T/P25CsO55RF2U2EKyDHlFaAsZQrJAe0SZS51Cs+bURIcRwEK10apEoZnwQrXubESuPSxCtftgRLQmDkK2ADVF1SoeQrYA3kYlmaVCtgHQSOFiVUK2AzFF5ApjQrYEJ0X4g8VCt3uXRFKxokK4A3lFqISfQrgMukRyRrRCuRjlRHikTEK5ty1EZX0PQroD9kVQrEZCuqqcRIaCskK67jpEvgnGQrvYYUSHBeRCu/qcRH2uL0LF4MRF7aAlQsXl1ES+XIdCx9noRbPxEELJ2kdEj4x1QsncDEUQ1qJCydzhRXQ/o0LJ3ehIR7E6QsnfhEU/BLxCy3P/RHVCcULL3fdGrdkJQsz2MUSb4LBCzd0WRV+HOELN6dhE3TIHQs36EkR2M9ZC0etxRK5OBELTUq1Ec7t7QtPrnkcgRd5C0+yGRKhxCkLX6WNEeUzsQtommURdQq5C2uguRIKo+kLgGlVFDzvlQuH4f0dBe6tC4fmaRIQOGULl+hxGmN1tQuX7O0SbiH5C5slNRIW4i0LpWRFEa5IfQunbSUaGGBVC6fjRRNyIWkLqCZhE6X/qQuvbVUUMM9VC7JWJRJFwsELt7o5FXCdpQvDdWESMiPlC8i1URIxnQkL4fhJEgBXQQvjfXUS89E5C+eIWRH9kUkL60hpEZoQoQvwPqEXLhGdC/c9ARoEMfkL/zd1EfxD7QwCsHkSS23pDAO2sRLTIm0MC91FFpoM4QwL7w0YqFsJDBBpTRIG3ZEME3h5HS6PLQwTfZESUDCtDBOZ5RM81a0ME+yBElsq0QwbdY0bT4glDBuT2RxU86UMH5QJFG1LCQwf4hkWKZiBDCNzsRkeOQUMI5DdGHQqoQwnkMETICNhDCgMkRHp740MKQV9EmLiJQwrcIkTyj69DCzsGRM/U+EMLR0ZEzXxwQwudp0SO72RDDu27RW6eUEMPdaBEhckkQw/iH0RwEXZDEBr0RGK38EMQ6s5E5c3iQxDrVEUMJoxDEOxaSAxH6kMQ7fZE2jS7QxHsYkY6gKFDEuI1RF3NrkMS6+5E+KmVQxLzhESGzyRDEvX8RrCGHkMU8xFGLt5fQxV+u0SEyXdDFvJcRSUrwkMZ/9hE1qSmQxqBA0Siv4lDG9+dRR4hgUMcO5ZEg3hxQx6uhERolx9DHviLROrFCEMe+VNFXQVYQx76b0g7dDBDHvtqRYDtzEMe/KVFtn7FQx+KCESOgp9DH/qkRptrTEMg+cpGr4W2QyD7Y0UInBNDIYCLRGxfIUMhleFEgn46QyTtUUZvQ6ZDJQqSRQzwHEMlLOBEdLh6QybRhkSM1ilDJuyARZBKaUMm9IxEurAYQyirgER+pDBDKZ9XRnR5BkMpoRVElOdcQyv4j0SALfBDLOlARGgRbEMs6dlEVjb3Qy3Mr0Sa3wlDLl3bRJDlAUMu8cVExk3UQy7ybEUjiB1DLvNVRaHCgUMu9KdIh3qaQy71xEW5a+FDLvZ3RQ0QL0Mu91VFDAicQy+xR0SOHHtDL/V2Ra4c9UMw0SZFkbmiQzD1vETvu5BDMSA5RHvo90MyDOhGjHdIQzLQn0YL95NDMvLBRYtX+UMzDd9Ek0z7QzNU0kSKRuBDNM/7RYvDTkM1Ei5EkgnEQzXlkkTac21DONUIRL6ovkM9EkJEohPHQz0ULETPoz9DPRUORJFqSkM9FnNEqbERQz/yAUS3Zh1DQSAqRH4Y10NBdGxFC0UuQ0F8JUSatP1DQYhqRdW4DkNBibZEs65BQ0GcZ0UAtI9DRPLhRLGJ1kNJOO9FLP8eQ0lOLEYuFxBDSWN4RSa/OkNP8ElEhbcEQ1D16UUAc+NDUkwgRPIi5ENVB4FEfXHVQ1dE7USiywVDWBJvRI2PUENZCrdFsA10Q1lG0kR87KJDWdaZRH+BRkNaC59EnmomQ1r2Q0TtqXRDW6ICRIaxzENgzZdGS4XNQ2EMyEUYEGtDYsz/ReRcBUNi9ylF7MW/Q2MPsUR/nIxDZMxXRKxe3ENpRq9Egy3cQ3EhpURjh+RDcvFsRhE7D0N1rnBEe9rDQ3wuyUSgB7dDgAtxRItBu0OB0DlEj9vPQ4NFcESG4a1Dg3b7RfTUdEOD9xdFHZWNQ4R2rUWwc39DhOu/RHHcLkOGcGhEfnOUQ4h6r0eHG3xDiPrNRl0/w0OJel5GgErtQ4n6ckUCmndDioB/RIGRE0OLdBpGTqMjQ4v0SkTOTthDi/3BRRgj3kOMc8hFpCasQ40vt0SM3nBDjbDKRIHCFkOQdaVE6QfvQ5B2XEUGZsFDkHfLSC4EEkOQePhFR3QDQ5D38UZbNzRDkXd8RozaqkOSReNElk/5Q5J29EUDWeNDk3E3Rby71kOUZjNEe5S7Q5dqIkUFT91Dl70hRG31rEOYWkFFDYL+Q5hbVESzOdxDmHOZRJ0VBEOYdOhH2AfwQ5j1X0WBjyJDmXRDRP6DMkOac+FFRd0JQ56AykRikR1Dnzb0RM8hK0OfOLJEwNyJQ586YETHynhDnzqxRMnAhEOfPLJFMsfDQ58+akVgfJtDoPApRGqMxkOg8qRFhr95Q6D0hEa1VV1DoPYfRarWGEOg/LFEzxzGQ6F4dUTk/dpDo1/CRIOdWUOj+RdEx1ivQ6QJI0R65NJDpEuURMvj7UOn2mxEm1K/Q6inBUR23UdDsWzIRJtQIUOyNBNFI/vcQ7JNH0Ul65RDsnYzRcpwXEOy5GNFBjoNQ7eZJESlbLRDuJi0RPPKEkO5chREi3ISQ7pzcUV9bc1Dur/iRJPn1UO7c+lEtA4CQ75I/USGDz1DwXgVRaWZNEPB+EtEmGRoQ8J3wUSqSZRDw4YkRMgl1EPEcVJE3gYNQ8RyxET2V5ZDxLS6RIKJNUPG/b5FOBQqQ8l1QEa5W3RDyfV2RajWrEPKdQxFtlArQ8p44ER+htxDzG6LRR4fTEPOhGxEginBQ9AqDESHwQZD0XJvRvM8PkPR8qBFjaCLQ9JyAUUtmCND03FjRQEbSUPWlvZE3vYeQ9lvjkY1hZFD2xhBRIOUNEPbpJxEkcMqQ+Rz9ESD/XdD5WZMRL9SMUPlaFRFCrzCQ+VqWETLrMhD5shXRKRfMUPpzfpEko34Q+tzZkUTxmtD7JW8RRbqukPvzcNEh8n0Q/Nwy0T/1S5D+23sRMN+pkP+VgpEhGotRAE5dkScs+5EAXkyRJE5KkQDEnxFKrBrRAN+9kSDq/dEBTf4RTHTZ0QFeA1EjIABRAW320SXd3FEBmGNRIjmNkQHbK5FJQFvRAkgAkSRcbtECTahRQhzJ0QLFkxEmE/FRAsu+ETU3rdEC0dVRTMJEkQSClRFH+dXRBYPYUSJsfpEGnIMRKvifUQa0mhEgDDPRB4UtESEYF9EISqnRXyFMkQjufNFDJcJRCUsfEUdY7tEJleVRINMqkQsbdFEbKhyRDParERmkSxEOGibRIWvYEQ41SZFEexqRDlcxUSB7j1EO/z+RKBPdURBiJdE7ZX5REGphER/J2dEQa7gRI+jKURE+3lEh/ZOREZXSUR3gepER2fZRITrikRIcFtEwL3xRElYNESxg0tESwNzRIQNqERMbsFElLRWREzN9kSZMK9ETy1cRJfRqkRPV6FEh3lNRFJMSUUauvBEVKclRIFBL0RdDGtEkOLWRGOt1USAhQlEZRqlRJz1JkRmoMdEm5DfRGdRrESBidZEbEzIRHdsdkRtHj1EhiTtRG1Li0SkWDxEcG0RRIuxtkRwcHFEZB7aRHC9kUS85dlEcME9Rfv7pkRwxJNEoZxXRHFDy0SPIN1EcWm9RQT6r0R3jKRFBWW1RHfHZUTDSzBEeGxVRJ2EBw==</peaks>
+    </scan>
+    <scan num="1568"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="454"
+          polarity="-"
+          retentionTime="PT822.616S"
+          lowMz="50.21114730835"
+          highMz="965.644836425781"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.225099375e05"
+          totIonCurrent="2.20713475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1569"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="422"
+          polarity="-"
+          retentionTime="PT823.537S"
+          lowMz="50.176300048828"
+          highMz="990.206787109375"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="3.7639578125e05"
+          totIonCurrent="2.484027e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1570"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="428"
+          polarity="-"
+          retentionTime="PT824.356S"
+          lowMz="51.563827514648"
+          highMz="999.05126953125"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.27162e05"
+          totIonCurrent="2.259166e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1571"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="411"
+          polarity="-"
+          retentionTime="PT825.238S"
+          lowMz="50.65113067627"
+          highMz="993.206665039063"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.5704890625e05"
+          totIonCurrent="2.908475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1572"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT825.967S"
+          lowMz="50.480182647705"
+          highMz="990.207153320313"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.4939553125e05"
+          totIonCurrent="2.899652e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1573"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT826.682S"
+          lowMz="54.957321166992"
+          highMz="991.193359375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.662423125e05"
+          totIonCurrent="2.90492125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1574"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="486"
+          polarity="-"
+          retentionTime="PT827.401S"
+          lowMz="50.307983398438"
+          highMz="990.202697753906"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="3.3926225e05"
+          totIonCurrent="2.3028155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1575"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="446"
+          polarity="-"
+          retentionTime="PT828.279S"
+          lowMz="52.131744384766"
+          highMz="965.625122070313"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.980810625e05"
+          totIonCurrent="2.4522315e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1576"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="454"
+          polarity="-"
+          retentionTime="PT829.117S"
+          lowMz="51.323421478271"
+          highMz="998.614562988281"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.3355153125e05"
+          totIonCurrent="2.3765385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1577"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT829.933S"
+          lowMz="54.85599899292"
+          highMz="996.980041503906"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.8044690625e05"
+          totIonCurrent="2.46897175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1578"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="442"
+          polarity="-"
+          retentionTime="PT830.755S"
+          lowMz="51.250255584717"
+          highMz="991.085388183594"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="3.3127584375e05"
+          totIonCurrent="2.33911425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk0AQ0Qa8lNCWHAoREe8Q0JjFb9ED3u/Qmp9vURU8I9Ca7T8RAdIwEJwCqBEFsRcQnEE50QlNPRCcWTNRCeoBkJ39O5EI6wnQn57gkRN2TNCgUucRB25qkKGVNhEHecLQon91kTwmyNCj0GDRDruPkKSjqJEJuzBQpLI40QRA1FClt8xRBWYhkKZnF1EIYO1QpnL8UQhP+RCmk3uRAtEXkKdN95EB/yDQp3WgUSl2WpCn4L+RC7AqEKg73dEdZYSQqDyKESvneZCoPOoRbcEDUKg+H5EbWoaQqD9tkQYea9CoTvzRCEqjUKh1WZEk7LnQqHzHURWf71CosPARA+i50KkR+VEUylcQqgEp0RcQs9CqGDWRByEVEKr+NRENvIwQqv7eET5jfVCrAAyRHIyukKsB1ZFXzQbQqwIFETPz0dCrAoJRFdJdkKsEzpE0oWbQq38yUSrUR9CsgyHRRZV3EKyP6VEgqOKQrLxFURoAPhCtdGPRHv9sEK10wZEJtNMQrXhGUQmyYJCte5+RFzbiEK1/t5Ep63kQrX/mETEehFCtgA8RXVpfkK2AQJGI2UAQrYB1UihwXtCtgNDRS3lcEK2A+9FAtiEQrYEbUWLzR1CtghLRIpQlkK2qMhEI3yPQrgDfUWlhE9CugP2RQ4ShEK66kVELZlpQrzddUQN0dBCvvQFRBwDKEK/9cBEMYjPQsByikQo3DZCwJ5CRB9+T0LDgiNES0OOQsXgykXY+MFCxeXYRKgVpELH2fdF4x+5QsnadkS1aVtCydt7RFsWkULJ3C1EilTXQsndGUWq2TxCyd3uSDXCgkLJ359FC4tiQsnglUSqg+ZCy937RpwMDULMtQdEOKNVQs0lWUQfqLZCzd0WRXXCQkLN3+1ETYFdQs3p2URjsQdCzfogRN49ukLR63hEhEspQtPqs0Sm+ddC0+ulRyatYkLUCKZEGQvWQtaSEURYJsFC1+mcREMDEULgGk1Et2znQuEqE0SC+6lC4fiHR0PpNkLh+/REJEzmQuKJaER9Gj9C4sl6RDQz2ELj+g5EL7KKQuTwXEQvkptC5fojRnD280LmB3hEhb/LQuYPb0RZ1pNC5sdSRBz7LELndJFEJY1yQuf6g0TX/DhC6Ax0RBKKmELp20xGkCaTQun43UUwtppC6gnDRI+iO0LroxdEOtFHQuvbW0SccdFC7e6YRQbECELv87pEb8y2QvE+REQqGxdC+awpRBT+ZEL8BKdETuE6QvwPq0V26xRC/c9FRmKIYkL92ANENKHrQv6AVUQa+rhDAAj+RHurQEMA7b1EOANMQwL3WUWHyNhDAvvHRdmUx0MC/f9EKc+MQwMPkEQ6WB9DA4P2RBJ1rUMDhHREECexQwTeIkcsmS9DBOZlRPQaVkMG3XZG87B9QwbkO0SBL/dDBuT5RyVZGkMH5P5FI3eoQwf4gEWNKqNDCNzrRiB3DUMI5DVGLck+QwnkRURwGpxDChs0RB/yrUMK3B9EqW1EQwtGx0Re8HRDDBZPREHWWkMMfBtEKPqWQw7txkWU9bhDEE4XRCZbdkMQ5fZEG3EEQxDrhEVJRgJDEOxcSABzCEMQ7UdFFIOQQxDt4ESmgchDEexgRkZgaEMS6+JFCLZsQxLta0RHT4xDEvYARmPP7UMTSa9EHP4XQxOPPUQS/a9DE6+GRC492UMT4zVEM7MIQxTzEkYV1LtDFfNMRL0LwEMWaZpEG+c4QxbyXkVxAptDGQWwRFipL0MafetEh0rpQxvfukTm4M9DHQQ+RBriY0Me+YpFJHIxQx76c0gDfP9DHvuDRQ8cvUMe/KtFR42HQx/6okZhQwZDIPnNRoDIQkMg+35Ej+eTQyL7bESODpBDI7aEREpN3EMjt8ZEVfckQySQfUQutV5DJO1URkx/8EMlCqFEm76KQybjT0Qf2CxDJuyJRWiaSkMm9GtE7i7LQygNVUQT2R1DKZ45Rh+1/EMp+g1ET3s3Qyz4pEQ0LkZDLRTeREE7d0MtyR1EQUx4Qy60eURBiaxDLvFaROAkI0Mu8o1EvSNJQy7zj0WMPbJDLvSrSDa8CkMu9e5FOPKOQy72kETF7i1DLvcgRIJ4C0Mv9ZBFgB1lQzDRG0Wg1YFDMODERJ8XJUMw83JEK2/qQzD1uUS6pN5DMgzvRm8YRkMy0JpGHWDrQzLy3EUXd5RDMw2gREqwckM00AFFXuQ9QzXk3USqO9xDNfc2RER9MEM3cHNEKWAdQzhP8kQjFzJDONFARJFkcUM5lF1EGXHFQzsBq0SAP/5DPQ93RHGg90M9EPdEZ7qCQz0SeUSFBHFDPRVERH2OUkM9Fs9EbPwWQz0YiURUV9RDP/IYRDjvUkNBdEhEkg77Q0GIT0WF28dDQYyeRD3t1UNBnEZEzWK5Q0IOGkQ1YllDQtliRCsf3kNC/PREPRlSQ0Tuq0RKJHtDSTobRRAUhENJT0NF7N7TQ0lQo0RAE/JDSWRuRN8f2ENJ6iVEH0UdQ1D12kQ93F9DVAArRBtbRUNVEH9ELEKBQ1bS2EQ0Gf9DWBNYRDy760NY7+BEonmfQ1kKwEXvOolDWvalRJadTENa+2VEgTVGQ1xHOkQmgzlDXqpiREP9yENgzZxGNtE3Q2EIbkSo7rNDYs0URef22UNi1CBEQOUgQ2L3HUXhs2lDYxoURC1ZK0NkzGJEjFqBQ2T2okSKk2RDZag7RCPEq0No6ipEOtPMQ3FkyUQtgbtDcvF6RdRXskN0/BFERjDSQ3UX4EQo5PhDdXpbRB4eFkN24slEH3LGQ3b1m0RHw7tDegNBRCNM/EN757dEYaIvQ3xfz0QxD1ZDfdSBRCyCpUOBzYVEnIhfQ4NSRkQkiLJDg3cKRg8U/EOD9whFBwpvQ4RtXkQ9puBDhHahRYwkdEOE6TJEKyCXQ4ZwkUQzxRpDhqFNRC09KkOHYDpEqFvGQ4h5uUS5c6RDiHqyR1iHS0OI+sNGH4hzQ4k4akROIgBDiXpaRjZlVkOKehdENM8aQ4t0IkYkQ8pDi82oRCWCikOL9FNEffFBQ4v62USToedDjHPBRXOIr0OQdZFEytohQ5B2s0TKSvFDkHfOR+gPgEOQeStEXPjCQ5D360YQmiZDkXd9Rk701EOSdvpEUjP6Q5KWzESCRelDk2z4RCRItkOTcVRFTaHCQ5Rw5ERdK9RDl2bqRLzXIkOYWbxE1tWcQ5h07kd+amlDmHZ7RD1Gi0OY9V9E5oGpQ5l1UER//99DmnPwRPI/HkOaqmVEEXuUQ5uzOEQbAb1DnCzXRFo8M0Odj3NEGVcBQ55eaEQm8CJDnzz3RMJBcEOfPzJE9/VlQ59AmkTvndJDn0J+RKPt9EOg6eZEST44Q6DrXUSHA/JDoOy4RCN1d0Og8LZExV05Q6DzvkZx2lZDoPT5RWf0jUOg9wpEbVBpQ6F4c0TVSb5Dong2RDfU7EOipIJEPr9kQ6RIMkSeHnZDpZYwRDMb70OmUWpEJaLeQ6iKjURBccZDqIykRJaEF0OqeTNE9FwQQ6uR8kRuD5NDrVbiRCkTp0Ov3VJEI136Q7DiSURU/flDsP0RRCuq+EOxdMBEUdEQQ7IzdESk7GtDskx3RKpdrUOydkRFl0OSQ7Ler0QtUThDsuDHRIz/k0OzddpEXtJyQ7OVHUR4tSlDuJi9RVInj0O6c1lFFnrFQ7x1O0SKrv9DvHuARDZQJkO+0qdEJLoCQ78IKEQuGCVDv4ZfRCKXtkPBeB5FTd4jQ8GSlUQgFFpDwfhARMIO1kPDglBEyzgZQ8Vw1ER+nLZDxc8eRCFOEUPF6TxEJ3+bQ8b9HkTvhc5DyXEARCWbMkPJdT1Gbr2+Q8n1V0VfcXNDynTnRRvO40PMbttEgN4mQ81uK0RnWRBDz5aTRCHwvUPRcnFGeYJkQ9F2WUQdtYpD0a81RDKlbEPR8ppFFAEoQ9JyJEUCCSpD1C9ORCyBKkPV/Q5EPnBmQ9bgLUQp1apD19FIRByDAUPYPqxESRCqQ9lvpUXOBrdD227IRFSIrUPbybpEQ1lYQ92QdkQxpO9D5Wc3REp+xEPlagRE0OtsQ+Vs50SYQHhD5sfTRKeYWkPqNdBEeq+8Q+q/xUQ3KSRD6zsZRExMG0PrdAlErVbdQ+yQ0UShGxFD8c/DREikeUPzcNFEhrzVQ/O8JERT0hBD/W/2RCp2J0QAEgxEWZSgRACaxEQra65EATktRJFYdEQDD7VEwBxVRAU36UTshFBEBXdQRC+2D0QFd+REJLYbRAdFtkQzretEB2w9RQ8AGUQJNpREl4LLRArM+0QxSCFECy53RGJkWkQLRvxE7KhYRA4XyURiRNdEEHUJRD2110QSB1tEyt7oRBY8P0QsWW9EFmv8RDjTfEQW861EWjTSRCBlx0RLytNEISo4RRUXUEQjtqpEzAKcRCUtskTOYYFEJfd9RDYYB0Qoy0tEKm+/RCyevEQ/BndELhxTRCBLNEQuXppEP8f3RDCBWUQk4T9ENQEfRC4HkUQ40TxEwiPCRDwbnkQq+L9EPxXERCNRg0RAKphEJqlpREF+g0Qte5JEQYhRRJCMZ0RE4z5EMg3VREgHlkQmJzpETjUqRDkhQ0RSSDpErfQ6RFhomEQgvBpEWbryRDY0eERcPlVEPOfFRF6jykQlIYpEY+ZDRDnsXERrcP5ELz7IRHDAikWR2fNEcV6WRDPm+URxZPpExjJqRHfFd0RWkv8=</peaks>
+    </scan>
+    <scan num="1579"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="450"
+          polarity="-"
+          retentionTime="PT831.589S"
+          lowMz="51.670364379883"
+          highMz="968.759582519531"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="3.3937115625e05"
+          totIonCurrent="2.26838525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1580"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="424"
+          polarity="-"
+          retentionTime="PT832.443S"
+          lowMz="51.39603805542"
+          highMz="983.021301269531"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.3998346875e05"
+          totIonCurrent="2.32033575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1581"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT833.298S"
+          lowMz="50.460018157959"
+          highMz="992.767028808594"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="4.1566375e05"
+          totIonCurrent="2.71782225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1582"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT834.054S"
+          lowMz="50.24666595459"
+          highMz="990.186767578125"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="3.6139759375e05"
+          totIonCurrent="2.36383025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1583"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT834.882S"
+          lowMz="50.137439727783"
+          highMz="992.426574707031"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.4017975e05"
+          totIonCurrent="2.55531275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1584"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="455"
+          polarity="-"
+          retentionTime="PT835.621S"
+          lowMz="50.865669250488"
+          highMz="990.187377929688"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.19653796875e05"
+          totIonCurrent="1.903774875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1585"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="419"
+          polarity="-"
+          retentionTime="PT836.555S"
+          lowMz="50.02933883667"
+          highMz="999.300537109375"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="3.352716875e05"
+          totIonCurrent="2.430348e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1586"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="448"
+          polarity="-"
+          retentionTime="PT837.352S"
+          lowMz="50.503475189209"
+          highMz="990.175476074219"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.49832640625e05"
+          totIonCurrent="1.885024375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1587"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="427"
+          polarity="-"
+          retentionTime="PT838.315S"
+          lowMz="51.928050994873"
+          highMz="998.837585449219"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.6935203125e05"
+          totIonCurrent="2.3094635e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1588"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="461"
+          polarity="-"
+          retentionTime="PT839.072S"
+          lowMz="50.083034515381"
+          highMz="990.191467285156"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.0249059375e05"
+          totIonCurrent="2.055196375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1589"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="423"
+          polarity="-"
+          retentionTime="PT839.994S"
+          lowMz="50.739181518555"
+          highMz="994.994140625"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.243240625e05"
+          totIonCurrent="2.5132405e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1590"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="440"
+          polarity="-"
+          retentionTime="PT840.727S"
+          lowMz="50.19645690918"
+          highMz="997.205017089844"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.726615625e05"
+          totIonCurrent="2.17856425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkjJLEQzIeFCSwXeRDRh2kJUozBEELWPQlbdZEQVnd5CWQX4RBuG+0JZ6iREEsIUQl38EkQjNalCZUyNRD2AokJmlq5EEUdtQmjYCEQLSZdCaWOYRBt/40JqsIZEDxVMQmyXE0QVgHJCbJsRRBu/KkJuH6pEFAF1Qm7N4EQSdw1Ccb0ERB2imUJyRiNEFnDEQnQOakQac3xCdEHXRCj5wkJ1Ep1EGYgjQnfz60Rd1WZCeDotRBwAnUKAUO5EIhblQoLRMEQVhBtCh81KRD6/XkKJ/c5Erg4sQouOuUQfJmZCi+YsRCvO7kKQvi5EMmtBQpFRSkQ3ckVClC1cRA3JY0KVZQ5ENbsSQpcAgEQey/NCndZwRJwucUKg8YtFwxuhQqDyUkWBR1ZCoaerRDlBH0Kh1WNE3dRGQqRH8EQg4olCpYuJRCNdHUKoBKJEwOkHQqiobUQYfdNCqeCcRIKMmkKp+ypEYTunQqsBg0QTWutCqwX/RAwV3EKr+xJEhYMvQqv79kRksMRCrAOpRB71S0KsBuRFEmulQqwH2UUCYwRCrAg6ROJpQkKsCgREKoNUQqwLcUR388BCrBKlRJivkUKsE71EmcrsQqwUFkSYdWRCrBaSRD/HR0KsGKxEFKQPQqwht0Qq2DhCrfzIRIckSEKvijtEFNY8QrAmH0QnM6RCsOHRREGdvkKxoHpEJ/z/QrIMf0TtkjNCsj9/RDr6T0K1gRJEEwMjQrWng0RUXV9CtdFnRE0hc0K2AGNFb29JQrYBBkYpwDJCtgHRSIUiskK2Ay9Fn7hHQrYET0WTAB5Ct2/5REHUkEK3felEHxAfQrgDdkWUVeFCugP8RQlbbkLAeXlENYDPQsTCzUQkfK1CxeDIRfff+kLF5eNEtd1JQsaxSkQ8uGZCxutrRBMGekLH2fBF/maiQsiFGEQ31dFCydrHRKjBLELJ23pEmieiQsncOEUqq+xCyd3oSDz+1ELJ34NFUuZ0QsnkBkRAX0tCy931Rqn/bELN3Q1Fo+DJQs3p0ESyysRCziXkRBJCgELQB+VEMTCoQtDnrkQj64VC0VApRB0eLkLT66FHKQ2xQtT6MkQd7btC1e0CRCn6WULWlPZEXju9Qtfpf0SaE8lC2F6HRDC5PkLYzipEKDxkQt0nlUQoCulC3fOFRG09u0LffzNEQv/gQuH3aES+9ANC4fiCR0y6A0Lj+k5EdVOgQuX6GUZPy25C5f28RCY3o0LnsWRENF5jQuf6bUSDryZC6AfVRDkFk0Lp20pGr46IQun410S0d5JC6gnCRKc37kLr20hE0/taQu21VUQYbz5C7blSREnaQELt7pdE2+cRQu4RzURgW7dC7qFmRDikO0Lv88tEjrbCQvOhr0QoYOxC9FQ2RBMvykL0mi1EF3MaQvjdYEREfvVC+9XGRCjWyUL8D6tFf/E5QvzrG0QdDzlC/c9ARo3nl0L/5ZlEHtOmQwDlCUQzAWlDAO2pRIVL3UMBDeFECXpQQwG/CEQY+mNDAtaCRBecCkMC91NFWzwnQwL7wEWut3FDAxFERF24V0ME3XtEsn0CQwTeH0cb/tZDBOZjRPu8L0MG21dEcGMkQwbcq0Qe0+dDBt1yRsvEd0MG5EFExDkHQwbk+EdPxftDB+T6RZXDuUMH+IJFrlEcQwjcT0Q0u8tDCNzoRg47VUMI5DNGdoQmQwnkLESNrFVDCtwrRMYJj0MMgqxEOuXmQw4svEQpoI9DDu3FRalTvkMPkUZEH7LoQxAy6EQpdLNDEOrgRMoICUMQ64xFgg8mQxDsWUgJZBlDEO2oRQa1bEMQ7mJEnh0MQxD9xkRjA55DEexcRlMIh0MS05xELY2mQxLr3UUTeS9DEu1oRJWuKEMS9fpGNFPoQxTzEEZZjLtDFWJXREHLwEMWLYBEMVULQxbyYkWLJf9DFw+5RIWBtUMXmAdEGtn2QxjTbEQTQNRDGQXJRE5qu0Maf7hEewYHQxs4lkQbcMxDG9+8RJ/FsEMe+X9FHg/gQx76bUfZRjhDHvvzRMWnDEMe/L1FRbItQx/6pUZBObVDIPnLRk4d9EMg+3VEY4mlQyEesEQYG45DIdeDRGNEtUMi4G1ER9yaQyL7aUSH7t1DI7h5RFIpzkMk7UxGPC//QyUKokTfL4tDJuyMRTZlYUMm9H5E2kx6Qyme10YeOrtDKaDdRFhayUMp7uxEHQ8MQyoOSEQZgb9DLOksREYVaEMs9ShEpMFIQy3LI0SEmGdDLl04RCNtJ0Mu8ZlEhqZbQy7yv0US3CZDLvOYRXZA50Mu9KhICyGjQy72fkUDHplDL/WDRS4JKEMv99dEUEteQzDRIUW+w5NDMPW/RK6JAUMxQ7FELkYqQzIM70ZStJ9DMtCYRgqkUkMy1/xFBr35QzLy0URkBdBDMw27RJc5nUM0z/dFicQjQzTXc0TVwQpDNeSPRLWq9EM2g5JEIp08QzjTYkSly+NDOpU8RCXvxkM7Ab1ExX53Qz0RGkR/UmNDPRJ8RGyrqEM9FC9ESZrGQz0VEERaMn5DPRaoRHC2KEM9Gd9ENRhaQz/yMESJ/YtDQXCAREnuCUNBc49Ee18gQ0F8N0Rgi2BDQX0FRDVBaENBh7FFBrkEQ0GIfEUwvxtDQZupRGAB2kNBnORERFPeQ0L9A0THX/RDQ4nQRCEz4UNE8ShEl9DIQ0k6TUUXb7ZDSU9lReL8b0NJZKhE6bl0Q1JKZ0SjX1RDUuO9RBljsUNWmftEJ6bdQ1byPEREYF5DVwDrREbukkNXESVEIsgQQ1gTiURdxEFDWBZWRCHNhkNY779EsUDEQ1kKtkXt8chDWguvRHtDbkNa7wpEgORMQ1r2g0TttH5DWvsmRHqnRUNgEyxELKLyQ2DDm0SAe3RDYM2ZRoPvs0NhCwhEbpR6Q2LNBEYZ6GxDYtRVRIdavUNi9y5Fxd2gQ2P3SkQ/veRDZMxRRLOSp0Nk9pFEjKI8Q2ghK0QXLcxDbS9PRCRdAkNxZ7FEl/7IQ3I9+0QiBJhDcvFrRg2H/EN0/RBELH2JQ3UfuEQbtgRDdvWWRKuAHkN85uFEZ3paQ37l8kS50wVDgEaeRFbo4EOBHvxEIO26Q4GAE0Trfc1Dgc2LRFe//0OBzyNElMnGQ4N3AkYN+5dDg/coRN89i0OEdqZFtVomQ4SS5ES5A0BDhPafRJVLU0OFdkZEomaRQ4ZgPkTK/XdDh2AaRNhBfUOIerBHJ4z7Q4j6wUX5DpxDiXpcRh2lpkOKefJERNyJQ4t0HEYNaWJDi/Q9RJRZT0OL/HxEsvthQ4xzwEWEKbZDkHakRPoqnkOQd81HvClBQ5D38EYD56dDkPmNRHbx+EORd4pGCnmMQ5J210SYO1hDk3E8RVDSl0OXHapEObglQ5doqERffm5DmFECREQy/UOYWgBElsYPQ5ha7ESi8stDmHTqRzUBaUOY9TlEt4KaQ5j2Y0RSPbJDmnQXRMzDuEOb/BxEYSz7Q5xz8ERRkyJDnl59RGaxwkOfPZNESecjQ58/1kUWV9FDn0HtRJKFLEOfRF5EbNwKQ6DltERHFzNDoPG1RmgrbkOg8vhFrYgkQ6D0dES8SXBDoXhzRSUneEOkSixEeI9xQ6WC3kRRJAdDqIsyRIpL+kOpehtEHO/BQ6p49ES0QpNDq5HlRLb690OsEr1EJiiGQ651p0RZwGBDsVxbRCGmGEOxg4tEIb/3Q7GEo0RMxm9DsjMNRK8ExEOyTBVEtEEnQ7J2MUWnzb9Dsn4JREvVjEOy4vNEqY39Q7Yea0RBa1hDt5kkRGK30EO6c0RFH15CQ75hY0RDbm1DvxodRGEf5UPBeCNFei/0Q8J3qER2jAdDw4S5ROu1PUPG/WtFDE2CQ8l1TEZjYqhDyfVsRYQ960PKdOhFQIY8Q8xus0TL94BDzOh2RCkQhkPOtBhEHK9wQ9FyX0Y8RZ1D0fKmRRcjTEPSccBEl7fwQ9NaTEQkXzRD1ctARCPaw0PWlQ1FAsKtQ9b6ikQrjPRD2W99RYuNiUPby7pESrGNQ+Qi20QXn19D5WHXRDtd70PlaGlFDfw2Q+bIEkSGYS5D6xfnRCAX90Prc7VEwTbOQ+xzXURzFvdD7JPQRLuFRUPzcIdE3m0pQ/bWRUQpQbBD93wPRF3NZkQBOUVEnjHLRAFJwkQjVOBEAramREzRREQDD7dENX2+RAMRXESqXJ5EBJo1RDh1DEQFN/9E0Ul8RAV4B0R3xopEBbg3RE2WOkQHbHlFD58PRAk2j0SRfBhECd1vRC3GqEQKO3lEgHZrRArMykRAp6dECy4ERJsWj0QLOtdEQtKzRAtGiEUGI3VEEgkJRJwEEkQZLGBETByJRCEqSUUVLIZEISxJRDfhEkQhwtxERUNtRCO4pUTW8n5EJKP6RDBizUQkuTNEJiM9RCUsgkTq9zJEJl8SRCkhgkQp03tEPPBHRDAn7EQ5cdpEM1g4RD5zNkQ3fNNEP3vgRDjTc0St6R1EQU21RDrFC0RBiFhEhzbDREI4uERaPItEQ3IPREhUEkRFC5REJbkSREWSgUQ2bN9ERyAxRGhzakRJT0pEY0vvRFDL3UQbjBpEUdw6RDSU40RSSoxEt9j4RFRdYkQ+1mREZo/iREZJbURu+11EKiPURHDA5UWN6QFEcWebRLxU20R0GqhEOYXoRHeLiUSVddhEeU0fRCFmnw==</peaks>
+    </scan>
+    <scan num="1591"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT841.551S"
+          lowMz="53.159645080566"
+          highMz="990.164123535156"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.893729375e05"
+          totIonCurrent="2.1944155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlSjekQkmM9CVQFkRB2LSUJlC91EEosFQmpQlUQRQGVCefIXRBlwQUJ6jNlEGWt9Qn234kQlqdtCf3rfRA9/R0KAHK9EOjuzQoAtRUQcrudCgyZ+RCFV6EKDKOBEGKXEQoQHGEQl9VFChJKJRCsPKUKIgBFEGUZIQojrAkQa6+FCif3dRKp6l0KKGvdELvH1Qo6eEUQi7hVCj41LREOEPkKUnMZEEHmhQpVw6EQyo7hCnGZeRC9YlEKd1nhEvj0KQqDxqUR2PF1CoPJhRfm4OkKg985EQPalQqGNs0QQvjVCodVhRQHdNUKkFSNEE04rQqR0n0QYVWtCqASiRLpg10KoYeZEG3JaQqngqURDwpVCqwOTRC71CUKrI5xEErTdQqv7BUQ9Za5Cq/vBRKoqPUKr/11EOwiNQqwATkRGLEpCrAeeRTp67kKsCHVEscOwQqwTiET9y0JCrBRcRELwE0KxD81EQENXQrIMa0TmYMdCsjH6REHFe0KyPn1EclUdQrLxM0RquGxCtLwIRBGegkK1hUlEEwupQrX7cURvieFCtf78RJ9m70K1/3JEJrL7QrYBzkiNS55CtgPyROTOkUK2BF9FHkcoQrYIXURkHEhCtsWCRDw5gkK4A3pFjBM1QroEBUS9ouBCutxZRBjyMEK+NZZEG8jWQsNnz0Qaz6NCw4SxRBW1u0LFOoNEL/+lQsXgw0YDUAZCxeXfRLwW+kLGBO9ELCTXQsfIW0QisPJCx9nuRhKZQ0LJ1n5Ek/t/QsncGkUw/ENCyd3oSFEskELJ3sVGI6xrQsngIERVjIVCy93zRrxfzkLN3QVFjJG9Qs3gBkRYAEZCzenIRKqZoELN+gNES4L8Qs4XNUQbcOFC0TuqRFQstELR60FEVIPJQtLZ+ERLekRC0+ueRyZb6ELT7JpFDyeiQtUixURfEv5C1+mXREqkX0LZEQ9EKJmUQtyS2UQdiO1C4BpeRQJ190LggFNEFf9uQuH4gkdNG1BC4fmgRQH1MELh+/xENDnaQuKqGESsIFhC4sZBRBG06kLl+hlGU4mlQuYB4ESAtfxC51ToRC6bJ0Ln+p9EYxwiQuiG90Q4sehC6M3BRCrBfELpeP9EInyuQunbRUaeC4JC6d69RCASPELp+MxEtgIZQuoJykTAgolC6v9hRB6B+ULt7oNERcR1Qu4RqUQ45LFC7kh9RDJjGULyQ5VEHRl3QvnZVURT3t5C+gFARCThiEL8D6BFWU8SQv3PPEZowztDAvdORWfK1EMC+8FFqjCxQwMQqEQ+GpRDBN4cRxsc60ME3stEzaYBQwTmaEULu3lDBtySREZt7EMG3XRG/aOAQwbeGUUJ7DtDBuQcRK3Y1UMG5PdHUkzIQwbltETF6opDBz7jRC9I4UMH5P5FkfD3Qwf4gEXEsHtDCNzmRh6v80MI5DJGcnULQwnkNUSVTgVDCj6tRCmYB0MK3BxE9+U2Qwr1L0Q4UuxDC0W3RIPQQUMO7clFiWF2Qw+i7UQrTG1DEBjqRDzClkMQ6t9Ejz2PQxDsVkgG0e9DEO0pRaZBzEMQ7n9E4vBUQxHsW0ZrqK9DEuvdRQFKCUMS7ZJEffjhQxL1/EY5jfNDE+OhRBqvf0MUZwhER0tfQxTzDkY9xGRDFfNARMEnS0MW8lNFi3F5QxdvPEQlkpRDGX0yRCjdtkMZ/+dEqm/sQxtwWkQj6odDG9+1RPZlqEMe+LxEVnLfQx76bEfqIxtDHvteRXI9k0Me++9EyuRcQx78p0UaEdJDH9lTRBaP/UMf+ppGKihYQyD5xkZL5vNDI7k9RBF4v0MjugNENOnUQyTtRkYrixBDJQqJRPYzMUMl7wxENit1QybshUVMywFDJvR0RMnTpkMnkVREMiG+Qye7HUQ+h1pDKZ6xRiLw0kMpn3ZEmLpJQyrnREQd5E5DLadtRCEY5kMu8nNEiskuQy7zbEVlRwxDLvSlSA0JeUMu9bNFjFP0Qy72KUTfcd5DL/V/RWMkz0MwX25EH/vrQzDRF0XT+g9DMPWqRHJ0YEMyDOZGX/ErQzLQj0YtpclDMtf/ROu3LkMy8r5E8t9yQzMNsESWqZJDNNANRVdVJ0M0141FAs6NQzXjlETJ6ExDNs9IRGag2kM6AQ5EK4EdQzsBp0UAWu5DO90FRCxf2kM9EF5EclnQQz0SnERxsM5DPRO5RFHZSEM9FWFEpXfiQz0XRURztPNDPXi1RDRbjENBcEtEYFppQ0F0nkSQtaFDQXxcRHbC+UNBhyxEk5hJQ0GInEV29+tDQYoGRJRZ1UNBnJ1EdC7CQ0L9DUR/ojFDRB5vRDoC0UNE8AREd7m5Q0X0mEQj08lDSTotRNon60NJT2xF8KV2Q0lknEUfDixDUPX2RIuNNkNRpY9EIFSlQ1JHKERLwaVDUkkKRGl/G0NXQbBEJYLYQ1gSjkSZGvJDWO/WRJjxW0NZCrlF1TJxQ1oLkkRJ+1BDWvaLRJo8hENcadxEKu/IQ17DnkSNeiRDYMOWRDZK1ENgzZZGiBSlQ2EKMUQrPzxDYsz8RhRG3ENi1K9Eh0tEQ2L3MUXZ1ElDY9ScRCByQENkzGREoZGuQ2T2OkR6V5BDZoPERB9Y9kNn7q5EZsqkQ2hJOUQzVfRDaOnxRJE8LENrK8dEILKsQ3DEAURCv9ZDcvFiRdmVWEN24rxEcjd6Q3b1hkSWzupDfOafRHzuKUN9kTNEJRn7Q37l2URbHlJDgCtvRCHgUUOBzqlEeXX9Q4N2+EYOESZDg/cVRNJUJkOEdqpFxVKwQ4SS2kSH5TJDhPbZRG3spUOFdmhEg2kyQ4c8wEQqI5lDh2AuRKCJykOIeD9EeYY1Q4h5hkRqh2xDiHqtRzWPCUOI+sdGC4nBQ4lwjkRjtY9DiXpaRh3btUOKQP1EUiOfQ4p54kRQWRBDi3QZRjbKRkOL9BxETNoiQ4v75kSHkslDjHPERWQXCkOPXkpELGTFQ5B2XkUrVWlDkHfJR8HK5EOQeOxFGSd5Q5B5qURkVfhDkPfpRgCZMkORd35GIP42Q5J26ETGzilDkoMiRD/EhUOTcStFUma3Q5RxAER3SC9Dl2fXRIP2i0OYEVVES2vmQ5hZMETsFeFDmHTqRyxtfEOYydlEK6IxQ5j1aETbKehDmXQ6RI/FyEOadAVEisKQQ50K3EQzF69DnTeORDPkO0OeXnREkJ+dQ584yURWqllDnzyDRKY3CUOfPtlEJnvaQ58/8kSO3IBDn0LDRL508kOfRE1FMXHJQ59IOER7bCZDoPDrRIa7lUOg8nZGhTrgQ6Dz/0TH2MtDoP1RRJfeNUOheHBE58cvQ6NZskRCZyBDo/lRRKVIakOkR8dEMHV2Q6RJPERBx5FDpkzHRCuESEOoi21EeNHjQ6p42kR7KPBDrXKORJfgR0Ow1oFEJgjIQ7IyBEShHvBDsksxREshoEOydiRFioAsQ7LhukRRvTJDunNLRW97+0PBeDNFP9SvQ8GCcUQvdiZDwfhpRLp6GEPCd9hEpn3uQ8OD7ER7RnRDxHFVRI43/kPG/FhE+jlGQ8l1UkZMdMFDyfVlRVUhtEPKdNJFaRFMQ8xuVESSbe5DzW4DRIfM8UPRb9tEK6A8Q9FyXkZJ2B1D0fKmRNYsnkPScepEqxJuQ9RUfEQ16rRD1pQhRIGdo0PZb59Flo3SQ95cdEQppOtD4MOURC4KZEPjMYFEZiEEQ+ViSEQ+jIVD5WYpRCQ3KEPlaKFE7VyRQ+Vq8URW8ShD5vQhRD6qdkPqNh1EmtqfQ+tzmUSbZg1D7JHtRElqKEPxM89EHPg1Q/IrcURXxmZD83DFRO0F70P76jBEKyOVQ/yEokRNGShEATmBRLm/OEQDEHtEavgbRAPYFURWMy9EBTf9RFqmx0QHa7FE6CGsRAj0E0Qm145ECd8eRDbpBEQKUqFEVAOwRAstakSRqttEC0XZRM2C50QSCFlEX7y2RBR4IkQ6hmVEF4sVRDzd0EQhKXxE8lkhRCIw40RCcltEInjyRDCaSkQi3XlETBQgRCMKcEQspbdEI7crRJo8N0QlLJ9E46XZRCZifUQq5vREJ1hlRDIEJEQpZmBEhuSRRCmCp0RUydNEKh08REIkoUQqovVEVKGXRCq28UQukM5EMmNJRDsDSUQ0DhBEKVEcRDjSBkSk/O5EQYi4RH8iqkREeQ5ELc7uRE6uXkQ5bL1EUkizRHahOURWagtES5YURFdAlkRc+41EWXCGRDXt00RjsBVET+r+RGdm1URhKnZEcL/jRYrJ/URwxSpEh7kJRHFltURY1GhEd4qBRI7bBA==</peaks>
+    </scan>
+    <scan num="1592"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT842.374S"
+          lowMz="50.358703613281"
+          highMz="990.156616210938"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.626111875e05"
+          totIonCurrent="2.208436e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1593"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="507"
+          polarity="-"
+          retentionTime="PT843.148S"
+          lowMz="50.385452270508"
+          highMz="990.182678222656"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.51153296875e05"
+          totIonCurrent="1.893317875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1594"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="407"
+          polarity="-"
+          retentionTime="PT844.111S"
+          lowMz="51.155376434326"
+          highMz="990.187622070313"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.8887290625e05"
+          totIonCurrent="2.1331715e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1595"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT844.934S"
+          lowMz="51.819953918457"
+          highMz="986.236206054688"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="3.2428353125e05"
+          totIonCurrent="2.29217275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk9HokQdeP9CUUzjRBxO/kJTtdlEORa9QlWxhUQpV+BCV0QVRDgTukJc3d5EGMLKQmBf6EQfPgVCa7ZlRB5FB0JtdvFEJ6b2Qm63UURNxz5CbwJnRB716kJ2F25EFGDnQnf0CUSUyFRCeUomRAzqAUJ6lL1ELqzkQn57fkQ/9V5CgZLQRBClFEKDeF5EH/LkQobE50Q0QBJCh7F8RCQEckKJ5atECnt6Qon9zEUORzJCijRPRB3LhkKLVMVEahuUQo54F0Qhce9CkllPRGbsIkKUg7VEXklLQpdojUQirBlCnCTARCWo/UKd1m1FDBJ+QqDsE0Qp4CxCoO4ERDgBHkKg8HREWmZSQqDwykRfVwtCoPH7RbS5XUKg97BEa4omQqHVY0VTN5FCofGCRBQlDUKh8ytEgvXEQqRJyERSqhNCqASyRNDPqkKr9VhENG+sQqv6ykQ+/qlCq/t2RFcTRUKr/DZEqQ8bQqwA1ERktJVCrAQeRBxo8EKsBqtEwdEnQqwIHUUsmaJCrAl8RFLReUKsE+JEp8l9Qq38rkSQRIhCrygKRBqT2EKvpg5EG6xaQrIMbETzfH5CsthBRD4g3UK10UtERl9uQrXubEQrCvtCtf6lRIMEJ0K1/yBEMz3uQrX/0UStL/RCtgCVRdYhQ0K2AdFInldxQrYDUEWCCn1CtgRaRU68ikK2BZ5Emg5FQrYIEkQV9+tCuAN+RaB7I0K6A/VE9KURQrrsS0QTkm9CvgbNRBU8NULF4M5F6Y+wQsXlzETNdJ9Cx9nrRcJwuULIQOZENqGKQsiWikQdwy9CydxxRXYBSkLJ3epITHP9QsnftkU7NRlCyeB+RI7oSULLrylEHtZpQsvd9EbKdWxCy98RRBoRE0LN3RFFoQsvQs3gA0RHAGZCzemyRMuNMELR62FELhP6QtMZw0Qgk3pC03mgRDfB/ULTus9ELD5PQtPqDERsFylC0+uiR0bz6ULT7rNEkHyFQtdKLUQa+ApC1+mQRMQ5JkLboz1EQoJgQtzOiEQ6lKNC3kekRB3zK0LfxQdED5E5QuAaUkSA8TBC4fbHRKDFsULh+IJHZNVBQuH5okT8CK5C4i47RCj8FkLiYe1EJamdQuNxpUQqVQlC5fobRl9orELmB4FFBBScQuf6nESNBdJC6F11RC39n0Lp20lGoU7RQun47UQo5zpC6gmbRMggI0LqWJ9ENTYfQuvbc0SJxqJC7bdaRBlfIkLt7oJEfNG6Qu/zjURqb31C8LJiRCDULELz9ItEHeEQQvbiUUQq4WZC+6hGRCA4+kL8D7xFcnAmQv2fdEQltUtC/c8/RoY2tUL92B1EQGtaQv4Hb0RTiaVC/mquRCOFDUMACQhEYYkgQwCtoUQfdNtDAO2wRJWduUMCFmFEJgVbQwL3UEVMzRRDAvvARbLnrEMDENVEgaC2QwP790SGrh9DBNxzREkRlUME3h9HLFSzQwTmXUUKRKBDBPsPREdpYkMG3YBG2//dQwbjx0Q5AfZDBuT5R3Ij9UMG5bxEt0KvQwfk/UWkN61DB/iERfqGikMIgx5ELYAEQwikyEQtpy1DCNzmRhGpNEMI5DNGi+wcQwjlLERDKFNDCd6BRCNlcEMJ5DdEXYvEQwrMX0RJRHRDCtwaRMGX4EMK67FEknRgQwsCxUQhJ+BDCzHqRBH8fUMLRapEOVznQwtGZ0RL5/RDDPxnRJIG1EMOx5FEN7UrQw7tykWmbI9DEOsQRSOGukMQ7FhIHCwfQxDtLEWaKHJDEO4ARQR/eEMQ7n1Ez5/TQxD9sEQ4kutDEexeRltOZEMR9xlEF+kcQxIIp0Rm4yNDEuvlRNjC+0MS7XBERGJaQxL1+UYPlOBDE5B/RDsD9kMU8xFGM+JFQxXzNESYdq9DFvJYRY/W1UMXXchEPczPQxkFmERlo0tDGY7+RCANkkMaf4NERD/cQxtyJERET0FDG37/RD3We0Mb37ZEkpPSQxv9YUQmeG1DHM6QRCyJLUMdBo1EFtgDQx746UTAkANDHvpuR+olUkMe+19Fe9B1Qx78bkUYjhVDHwHLRDnY1UMf+qVGUKrlQyD5ykY3yBtDIPs6RGDzfUMhsg5EGOOZQyO4DkRxYkBDI9mcRECAZUMk7VFGQPQAQyUKokTOi+JDJr88RBhP60Mm7HxFXhHgQyb0cUTlmf5DKZ8jRioMgUMsSUpEHUi3QyyygUQyS+hDLOjvRJCnQEMtpOREMq/KQy3K3UQ6549DLl9ZRHi2O0Mu8VZEk/E1Qy7y7UUS+3FDLvSnSAcUiEMu9btFX45uQy72y0SQnMFDLwsbRBeLXkMv9ZBFP2scQzDRJEXd4xZDMOApRLfw5UMxKvVEM5QTQzIM70ZP9ptDMtCSRjziSkMy1+lE5pIXQzLytkTdh6VDMw2/RIg7YkMzLwdEKbLUQzRUlkQ5tE5DNNARRahlQkM013FEuK8NQzXkmESOioxDNs+TRCf/U0M28d5EeefgQzjTIERtzphDOwGPROfpj0M7u7VEL3WhQzydGEQ0e4hDPQ/URITFl0M9EYBEWAQ3Qz0SS0RcjZFDPRLRREzbEEM9FDhEgr1tQz0V5kSKmqBDPRatRF/6KkM9GJZEJQAhQz0gPkQnAVxDP/JCRKjmgkNBdUdEGd84Q0F88kQ0kZRDQYcmRHvlm0NBiRpFTyKcQ0GVUUQqqIFDQZ1SRInrCENC/QREvJ/qQ0MBbURE4+RDROGIRBvMJUNE8JpEggYpQ0k5/UUE4ZFDSU84Reop5kNJUwZEJZ9vQ0lkXET7Dt5DSysIRCJl20NQ9e9EY2MZQ1G5u0RFJwpDUkoLRHR1LkNV925EXU5fQ1jv6kSrM/1DWQq4Rgr7WENa7uVEZ3xVQ1r2gUSeIO9DW9fbRCC4q0New95EgpMkQ2AzJ0Q+TmZDYM2SRmZy4kNhCqFEWjfZQ2LNBEYbmxpDYtRfRIMKNkNi9zZF7FPuQ2TMcES9AfpDZPZ1RKV73UNo6ihEgNoHQ2tPi0QxkuNDbOmJRF2CxUNw7opEQLdvQ3Fm9USvG+dDcvFsReCrpkN0/CVEqWm4Q3XGkEQ9WudDdj+WRDlRSEN24n5EOimIQ3b1m0TIFlRDd9IhRE1HakN4C3BELWc2Q3zmckRyvG9Dfip6RC0BbkN+5dBE3YDqQ4GADETL9GxDgYXGRBt3m0OBzrtErp8LQ4IoaURHCDRDg3b/RiN6PEOD9xxEtCcbQ4QJokQ1VvVDhHaoRbBKTEOEkuVEodelQ4T2oEQ8rrpDhfZiRD5iwEOGYFxE1E8AQ4ce1EQufxJDh2AiRQR1AUOIF/9EI1IVQ4hfwERajd9DiHqwRzM+E0OI+s9F163DQ4l6XEYli+xDifphRG4agkOLdCRGMba7Q4v0JkTFKbxDi/wARIJaPkOMc8VFeqDHQ4ywa0QsUJFDjNT2RD3o4kONc0dELsW+Q43H3ERJst5DkHWBRFwGyEOQd8tHs87JQ5B5AkTV/+RDkPfkRfI4f0ORd3xGDbp2Q5J3AESGEylDk3EnRUwaYkOUcMhEZDnmQ5TO2EQbaUNDl57RREwAIkOYWRpE/AQTQ5hy+0RFpuhDmHTvRxdOzEOY9AZENwrwQ5j1T0TaW9NDmXVrRCvAuEOeXnREwkUDQ59DjUTmbFJDn0Z2RO+up0Og6Y1EdGPjQ6Du60SU1PJDoO/nRNfYIkOg8jxGZJSBQ6DzeUWJbJVDoPQvRTpvvEOg99tELDEmQ6D9TUTAx7dDoXhgRPvLN0OkSc9EkgYrQ6WCbkQivHxDqIvARLYrQEOqePlEkNk9Q7Iy10TAJ99DskvrRIvL8EOydj9Fklh6Q7LiY0SWDYFDsvaBRJjvjEO1b1hEWfBLQ7etjERCBhxDul2lREn8LEO6c1pFDRoqQ8F4OkWKhyVDwfhhRLG+4EPDhClE1gqXQ8RxcEUUtoZDxvxARSS4nEPJdUNGVMcUQ8n1XkVpxkFDynTlRSEAFEPLdO1EOXPaQ8xuq0SDJdVD0XJ+RigL6kPR8tpE+mpqQ9JyM0TASABD1HUJRD40u0PVoYxESFGvQ9aUc0S6ZQpD2W+HRVMy+kPaqcZEMiCgQ+A2x0RQ6DVD4VzoRCkT6EPi7g5EKTEsQ+NXjEQecEtD5Wj0RQGhnkPmxo1ERKTfQ+j7EkRKObRD6jJuRHnDi0Prc5xEvVUOQ+yTLESkVdtD7PklRDIbu0PwRY1EHq5uQ/FP+EQsKnFD83DpRLmgVEPz0JREPcAOQ/1WeEQtckNEATmHRHrfr0QDEP1E0T46RAdrn0UJQWpECTZbRGMJn0QLFTlENGNURAst3ESlFqZEC0ZlRM6n7kQSCIdEqBP2RBXAuERLx1xEHNZGRD9dLEQgKKxEN0uCRCEpbUUs5bZEIT6dRDdTeUQjuBtEziUgRCPN5UQyrXZEI88xRCuYF0QlLMFE97aPRCaspEQgiHtEKtsFRD6tC0Qs2/JEOBgYRDII4kQxpF1EMoDvRCbtq0Q40wFEtFgXRDqV50Q096ZEO9fhRDEXRURAKc5EL0ZVREGJFERP5XVEQykqRDazQ0RGJm9EO/2bREpm8kRaYeBETz9QREMQSkRRpEpEO9BERFJJw0Sn/7ZEUricRDNFH0RV3c9EJs1URFcihUQ0XU5EV6BHRD+U7ERcHKNESy1jRF0IrkQ9ObdEXxqARC1L6kRhZftER4jaRGMLBkQ+DpxEcL9rRaY3DUR2jx5ESmN1</peaks>
+    </scan>
+    <scan num="1596"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="429"
+          polarity="-"
+          retentionTime="PT845.758S"
+          lowMz="50.179996490479"
+          highMz="966.591247558594"
+          basePeakMz="91.003593444824"
+          basePeakIntensity="2.22533515625e05"
+          totIonCurrent="1.802977625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1597"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="448"
+          polarity="-"
+          retentionTime="PT846.718S"
+          lowMz="50.132976531982"
+          highMz="990.169677734375"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.03877296875e05"
+          totIonCurrent="1.973682125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkiIK0QIDy5CTBp9RBibskJcm3VELc8TQmL1BEQVIctCY1ceRDThskJmTpREBSY1QnM0VkQAkfBCdqfXRBioO0J34VFEKoQ8Qnf0C0RCFHdCeKwlRAvHjUJ+e6REdHEZQoHPLkQmYfhCgjaURA386UKCopxEKvtZQoS02kQFYP9ChiBARB712UKHCoFECCelQojeuEQAEuZCif3PROlnvkKLJ+VEELrQQpATikQetotCkV5wRAhGFUKTSSNEJ2G0QpUJekQYAipClgR4RG9dlUKWioBEEeYxQpjppEQmTwpCmsScRANBnEKd1nBFB/+cQqCvZUQJX01CoPA7RHnzgUKg8YBESM7AQqDyi0RLmjlCoPMyRTc54EKg87VElFI2QqD0XkWswEdCoPX3RLJQHkKg+KRE3yekQqHVZkUC6qVCotwwRBooxkKl8blEKhpaQqYGFkQXfsNCqASVRHSvt0KrWtpEFs6VQqv720R4WUNCq/yWRMSFmEKsAVlEifjgQqwHsUSsbJ5CrAh4RSvW2kKsCUZEv8k8QqwMRURAMRlCrA+IRFu9gUKsEltEIa+LQqwURUTehLZCsQgCRBn96kKyDHZEv5DAQrI/I0Q1629CskVNRCPmZUKy4uREFe8WQrNg5EQWGTdCtf+RRQi080K2ACtFTDLAQrYA5UWZp49CtgHRSEcZU0K2AyNFHqRXQrYEJEUzrphCtgUERDYWLUK3FOBEDLCNQrgDd0UPaKtCuAz0RELs30K6A+xEop9nQrrswURd6m1CxUWVRDux2ULF4MNGDQ6YQsXl1kSnld5Cx9n1Rdo4nkLJ2cdEcpXkQsnaeETViRlCydv/RQmN30LJ3OtFhOPxQsnd6Ug2o3RCyd93RObHFELJ4ChEuzSZQsu1gUQagMhCy93yRqVnnULN3RhFkOVGQs3gI0RIsDNC0etlRNXgeULT6oJEgRq/QtPrpEcwT/xC1e1kRD2de0LWlS9ELm0SQtaYNEQXp71C14wcRBnRXELX6YNEhHm7Qt3zgUS0PUJC4BpzRFV1s0LhLX9EpEoCQuH4gkdHeDZC4fmlRJ8Qn0Lh+9BExROyQuKqQUQhDSBC5fodRkfo2ULmB4hEYlAkQueoTUQOuw9C5/pzRNkcDkLp20hGjlrFQun40ESPvFRC6gnTRMRvPELqMutEGOiNQuvbVkSdfcNC7JQERDg6DULt7oxEs0zDQu4RsERY/NVC7/PBRKAgNELwR89EDZSvQvCnJ0QRcqZC8lE5RAvjA0L2MZFEHDDGQvjdfkQi8N1C+/65RDAa0kL8D8VFUQAuQv3PQEaIouhC/dgSRFfDJkMA7adEP1vEQwL3TETy2a9DAvvHRc52AkMC/fREMbvSQwMRTkQ4RcFDA7KmRB9BZUMENh1EV1fxQwTeHkcP2yhDBN7DRKr3K0ME5m5E1HxgQwbdc0aZvvlDBuMSRA4ui0MG41lEDwpaQwbkIURgNeJDBuT4R0g5qEMG5cREKR0tQwbmI0QNyCJDB+T7RYYVoUMH+H5F205dQwi2WkQm6yxDCNzpRfB2BUMI5C5GLqCsQwjunURVA/lDCeRCRIpcAkMKP2hEbB35QwrcLkRfjEdDC0ZORI0g4EMO7cZFk1TkQw8JK0QgV6hDD8LERDXuSkMQ6rxE4xhZQxDrWkUa/qlDEOxZR/+C8EMQ7TJFbvOKQxDttUS1RlZDEO5QRK/2+0MQ/eJEoH+oQxHsZUYWPylDEgkHRFPPFUMSkiFEI1taQxLW6EQjAB1DEuvpRTYVBkMS7XpErjlpQxL2AEYQ179DE3SURCBmMEMU8xBGFzrQQxXzSkRxNUNDFvJZRXBT3UMX1jhEGKIVQxgP20QQuoJDGQW7RIo3zEMadW5EDBuQQxp/ykQosUZDG9+mRK9VoEMeRZxEKfgMQx76bkfKTdtDHvtoRSN67kMe+/5EiKaIQx78rEUanwJDH/mKRG0cOEMf+qRGL9duQyAsAkQcNktDIJ1SRBEkiEMg+LpEI3F6QyD5y0ZK0XRDIPuDRIaqg0Mh13REQr3cQyL7nkQvl3BDIxFgRCOEXEMjuIlES6NBQyTtS0Yh1a1DJQqoRLMvt0MlGHlEL5ugQybsfkUiHGVDJu6ORBWxL0Mm9JRFFH+CQymdPkR4zglDKZ7hRhnhhEMpn95EiYh2QymgaESNNWlDK9yhRDXi8EMt9ThEFKpPQy7w9UQuYLdDLvI4RMJYD0Mu81lFBGB5Qy70qkfhCMFDLvXFRR+6BEMv9X1FGOqkQzDRHUXLZq1DMOFVRIK/lEMyDPBGVwawQzLQk0ZRJb5DMtgDRNrNXEMy8tlEq1LnQzTP+kVnVmRDNNeARPT4PUM10f5EeAKoQzXkLESSCSpDNs9cRJcO+0M7AcBEw4HLQzsY7URg091DPRHaRG8UmEM9E0tEQCIvQz0U+ESHNcBDPRZwRCw5hkM9FxtEGMhRQz0YQEQYjXlDPRi+RC3vk0M+PmVEGoe+Qz/yFkSLZhtDQXV2RGJ0jUNBfTtEiUoiQ0GJgEVx4OBDQYsQRFTQtENBnVpESq4RQ0L86UTYnjtDQ80XRBlaq0NE8TxEYcTLQ0j0PkRciwJDSTm9RQB+2ENJTv5F1DY1Q0lkM0T1OKZDTPd0RDKuXkNN4EhENhI3Q1D1/0SJbaxDUYrcRBjvhkNSSmNEv6TfQ1dEmEQZyJ1DWBQGRFhwokNY39lELiW4Q1jvw0Qt22BDWQrGRePgSENa9n9EW0dMQ1smgUQucCRDWzK5RBwwHUNcq9REGFU9Q1zEIkR54FlDXsOzRMEI8ENgw0JETI8NQ2DNm0aFstFDYNE6RIgUCkNhCxpEPr3kQ2GDbEQRgXZDYs0ARkCVmkNi0HNEKLgsQ2L3KEYDUkxDZMxYRR6RGkNlYfNEJPfeQ2jpz0RVgFhDazpwRDBbQENxZ65ElQu4Q3JHAkQTYmJDcvGEReCq7kN24wFERJuxQ3b1iUSHrbpDesxoRFEg2EN85oFEwgvbQ4GAFUSjlxVDgc8fRJcHf0ODdwNGEKIsQ4P3EkTpsTFDhHakRbe8jUOEkuhEnezoQ4T2vESWZEZDhXZIRHrg1UOGYGJE1QZcQ4b0pURlYghDh2ASRNL+AEOHkC1EJUcqQ4g57UQgdBlDiHqvR0KVuUOI+sFF68tOQ4lwwEQ3jDNDiXpcRhnoCEOJ+o1EYsjzQ4tlnUQ4TkxDi3QeRgivREOL6bxEFYupQ4v8mUR6F9pDjHO6RY1P2UONfdpEKWQYQ4+yckQb1WpDkHCVRB01QUOQdmlEgB9GQ5B3zEehGmxDkHj8RMaqiUOQ9+tF4iTkQ5F3g0XmPUlDkfgFREn20EOSXJ5ERrAIQ5J2+kRz5/FDk3FCRTFjz0OTekNENvIeQ5aX0EQrBpdDlq+BRDH+dkOXaNJEwSQGQ5haJ0Saq3lDmGbrRD23f0OYdO5HCMuRQ5j1UURKOcRDmXXDRCfRhkOadAdEkkhfQ5t3J0RYcYdDnl5tRD2wnkOfO/pEah1NQ58+kUUFQSNDnz/4RQ078UOfQnpEtSX5Q59DuERrQ1RDn0SwRC6EIUOfSEJELSjkQ6CH2USBnpFDoOwdRKhwk0Og7shEQctMQ6DxRUSc6IdDoPJSRUNteEOg80VFQHcNQ6D0WkZVSJFDoPd+RK47/EOg/SVEwcRmQ6Ew+UQk04JDoXhbRRtf2EOieBVEjbj/Q6NsqUQXgTBDpEorRLFfC0OmL/tEHCsyQ6Y5j0QrwhxDqItyRKOOukOqeRdEoybcQ6uR4kSyg7xDrBGzRDbIDUOvl61EQbpJQ7GkVUQTYDNDsjK0RI/0RkOyS7VEm2YYQ7J2OkWwsRtDsuLtRLPh5kOy9kJEUA5MQ7pzakTQsrtDwXggRYMsh0PB+CZEpQqIQ8J360SI85tDw4TORKixnUPF9ptECaFdQ8bU6kQnXpJDxvpzREXqZUPG/ZRE7oSWQ8l1QUYkpCxDyfWRRQ++UUPKcoFEDYzJQ8p01kUTxeZDystqRCganUPMbpBEQcamQ81ukURMtDRDzokJRBm8qEPRcnFGJttOQ9HzFUSgtWZD0nIvRJhg8EPUlNpEGOd4Q9T9nERYPTVD1nj1RBfD7UPWlRJEml3eQ9lveUVlz3ND28ahRB40AkPgk/dEGQezQ+VoqkUKpTRD5shiRD3W1kPrPnFEFwb5Q+tz3UTWzTtD7JO7RI4uB0PtotJEKrKXQ/NwxETHp3pD9x8ZRBlEj0P6dhJEPevAQ/wlH0Q+mmtEATmHRHqELEQB+yNEMD2sRAK2eEQrnZlEAxFbRL/lRUQFN8pEhJK2RAV4PESCeVVEBlSeRBGaRkQHbJpE4F2GRAk2f0Q42wZECe0hRB7wQEQLFXBEP+wxRAstrkRLhy1EC0ZTRL0RJUQODElEMxOyRBII/ESfK/9EE1ZkRAwWeEQhKoxFGkQXRCO4m0SjRM9EJQ+dRBDxvEQlLKVE1ef9RCaPPEQZ6btEJpR3RD+f+0QqK9lEIdPiRCx4L0QtJ+hELl3tRBi6VEQxoUtEHkrgRDjTbkTKefBEQDyTRDLM9kRBRQ9ELDVUREF0zUQq3MFEQYmJRLngvURDWPNEJZPBRErPzEQv7PJETKqxRCb+q0RORAhEIIxbRE7Z7UQ2UuZEUawtRB3qekRSSm1Ei5Q1RFRs0ERVo9xEVuAqREnBwkRZjwREJoGnRFwg9UQ7nXdEYUtSRBOPRURogt5EEf5HRHDBPEWQ8C9EcUb8RBgtu0RxZ75EqdQxRHeK3ETBaBo=</peaks>
+    </scan>
+    <scan num="1598"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="429"
+          polarity="-"
+          retentionTime="PT847.575S"
+          lowMz="50.779861450195"
+          highMz="990.183044433594"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.44837578125e05"
+          totIonCurrent="2.09753525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1599"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="428"
+          polarity="-"
+          retentionTime="PT848.404S"
+          lowMz="50.21586227417"
+          highMz="990.16064453125"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.25880515625e05"
+          totIonCurrent="2.10997425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1600"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="427"
+          polarity="-"
+          retentionTime="PT849.214S"
+          lowMz="50.516929626465"
+          highMz="999.624328613281"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.0905903125e05"
+          totIonCurrent="2.36837725e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1601"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="428"
+          polarity="-"
+          retentionTime="PT849.987S"
+          lowMz="50.846984863281"
+          highMz="993.931396484375"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.9770290625e05"
+          totIonCurrent="2.354819e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1602"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="457"
+          polarity="-"
+          retentionTime="PT850.765S"
+          lowMz="50.154037475586"
+          highMz="990.136535644531"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.38989328125e05"
+          totIonCurrent="1.8607155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1603"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="454"
+          polarity="-"
+          retentionTime="PT851.712S"
+          lowMz="51.533397674561"
+          highMz="997.132629394531"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.5649140625e05"
+          totIonCurrent="1.89653475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1604"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT852.658S"
+          lowMz="50.837142944336"
+          highMz="990.100708007813"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.52779484375e05"
+          totIonCurrent="2.01430675e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1605"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="451"
+          polarity="-"
+          retentionTime="PT853.544S"
+          lowMz="51.881061553955"
+          highMz="990.111022949219"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="3.1434928125e05"
+          totIonCurrent="2.25519325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1606"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="432"
+          polarity="-"
+          retentionTime="PT854.358S"
+          lowMz="52.312919616699"
+          highMz="994.770263671875"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.7303696875e05"
+          totIonCurrent="2.119487e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1607"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT855.201S"
+          lowMz="53.735744476318"
+          highMz="990.098815917969"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.8880815625e05"
+          totIonCurrent="2.17490525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1608"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT856.013S"
+          lowMz="50.32035446167"
+          highMz="994.119018554688"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.5412496875e05"
+          totIonCurrent="2.0485185e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1609"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="459"
+          polarity="-"
+          retentionTime="PT856.86S"
+          lowMz="50.314086914063"
+          highMz="990.105041503906"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.6516825e05"
+          totIonCurrent="2.130082e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1610"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="459"
+          polarity="-"
+          retentionTime="PT857.68S"
+          lowMz="51.324703216553"
+          highMz="996.899230957031"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.53923671875e05"
+          totIonCurrent="2.109086e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1611"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT858.521S"
+          lowMz="50.979587554932"
+          highMz="990.104919433594"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.08400921875e05"
+          totIonCurrent="1.846857125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1612"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT859.418S"
+          lowMz="51.288280487061"
+          highMz="997.417297363281"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.56768734375e05"
+          totIonCurrent="2.11622575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1613"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="440"
+          polarity="-"
+          retentionTime="PT860.205S"
+          lowMz="50.566913604736"
+          highMz="990.972106933594"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.85734515625e05"
+          totIonCurrent="1.777946e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1614"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="458"
+          polarity="-"
+          retentionTime="PT861.151S"
+          lowMz="51.468090057373"
+          highMz="990.080749511719"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.37522421875e05"
+          totIonCurrent="1.932894125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk3fU0PgWiZCTuXIQ/jNIkJS6ytEF8F5Ql5gAEPpQZdCX3nmQ/NDrkJikXFD1G6oQmKR00PPNM1CZygSRAJBKEJngUBD9soAQmk63EP58qxCaxoyQ/IhMUJxhXdECucbQnf0EETKWXFCed9mQ+JSmkKAb5ZEBGpNQoCvrUPsE/pCgsiSRByaVUKDMVREABYtQoTVlkPf3MpChl23RALqU0KHYuxD3WHCQoegGEPRHK9Cib1nRAfEcUKJ/c9FGrKjQorY0kP4FvtCjf9jRGG2A0KTmnND96LOQpdqjUQftvFCl/pvQ/328EKYfRVD5hHJQpjNNUPzdBZCmaRQQ9iwRkKai/ND5Xp8QpvC80P0WSFCndZ8RWg1t0KfdAlD9OBXQp+fP0PkJV1CoD1TRAJ3aUKgnHxEB9YUQqDtYkRLW/9CoPDeRKT39EKg8cpFNoSJQqDyjkWK4M5CoPPuRB0GfUKg97FERFtyQqD5eEPml5FCodVrRTvvSkKh8xBEg0U3QqLhlkPbr99CpglxRARQEUKn+/JEBtPEQqgErkSEpEVCqFWZRCVU2EKp4KdEDTU3Qqn7N0Qa+TBCqz4GQ+xeF0Kr+29EsCwLQqv8F0Q2WOdCrAAPRCFCJkKsAnREEVXgQqwGxUSM0HdCrAdPRQbBAUKsB9ZEvkk7QqwMcEQMEINCrBKARDIlnUKsEyxEnJImQqwTzkQxTe1CrB6TRBCg5UKsT0dEF/S2Qq380UTJr99Csgx+RNcjjkKyOttD9kLqQrLk+URB9YBCsvF3RDF57UK1gRxD+5cbQrXRXkQVvIlCtfGWRDMk20K1/uBEOPPgQrX/pkTt779CtgBnRRVgOEK2AQVGBuV6QrYB10hn9JtCtgNDRSQuBEK2A/NFE0bOQrYEYUURE2NCtlBfQ+qnzkK2hBtD+01aQrgDhkWeS1FCugP6RNewEULCLcpD6613QsXgzEXGdP9CxeXKRKtpJ0LH2fNFz+cvQsnaj0RgsqpCydraRGxVnkLJ3ClEtmOrQsndBkW5zopCyd3wSB9uC0LJ36BFEoXfQsngqERj1gZCyeRQREfAB0LL3fxGnF6MQs0NtkQWGlJCzd0bRS/js0LN6dJEmphyQs3xjUQOIvZCztFVRAYhl0LR62JEgxGvQtPqq0UHxDxC0+upR1QXBELT7ZZEOSJQQtPudERXqatC1eAmQ/Q3v0LWe4BEBNufQtcy1EPyY2lC1+mKRPEPvkLYAzVEAOaiQtjwCUQLCmhC21H0RB8s7kLcv2VEGkeRQt3zdEURxhBC3hFuRAbS+kLgGmJEike8QuH3ZETr9ydC4fiKR3CDt0Lh+dJEvMm+QuH7+ERoPXZC4qpXRC1OiULl3jpEG6VDQuX6HEZRq2ZC5gHJRBu+GELmB6ZEVEEfQuZX/UQZ0+pC5uuwRAuKVkLnJQxD/yQxQuf6kESJG0pC6dtNRnkiYkLp+M1Erz3uQuoJ3kR8nHhC6xBSQ/8PkkLr22lEpjAHQu3ulER5fgdC7hG+RAHTykLv86VEz8tEQvU12kP1IO5C+dlERLR8aUL7gsxD6/8eQvvAf0P6lktC/A+6RTt+x0L9z0xGmTJ1Qv3YE0SM+gBDAAjxRAZgKUMA7a9EiGj0QwEwHkQHkz1DAlkVQ/WzEUMC91tFB4OhQwL7xEWz4L1DAv4EREx5/kME3iNHDQUSQwTmckTAGZBDBPsrRF/A3UMG3X1GsFuOQwbkO0SKQ+JDBuT7RzAaoUMH5P5FZRB5Qwf4iEX/tspDCNzuRe4bnUMI5DRGOQ0aQwjusUQ57JZDCZGeRAQ45UMKQRBELtklQwrQdEQLVTxDCuuxRCYgcUMLQsNEGTRTQwztAUQAJvtDDu3NRYXtoEMQ6tZEEJCLQxDrj0VKlrFDEOxeR9w26UMQ7eBEuxs0QxD93URqjzJDEToERAMdv0MRyV9D+GkLQxHsaUYYy4dDEgqDQ/W9HEMS6/hFDA+/QxL2AkYMxRxDE/dTQ+lcbEMU3lhEB2nBQxTzFkZITM9DFfNMROgznUMV/JZEFcPxQxbyWkVtUUpDFx39Q++UbUMZBctEwlncQxn/1kQxTSdDGoHoRAdcdEMb37tFDyuaQx738UR2E2tDHvjMRIJRbEMe+nNH3oZDQx77f0ThgkBDHvypRRGdUUMf+qVGUY1TQyD5zUZcSANDIPtzRC4ydkMh15xESPs7QyL7YERMhbtDI7qgREcBOkMk7VZGG7cPQyUKoESvbIhDJuyIRRwlRUMnM4lEDObjQyme20X8O5lDLPUtRDyQTEMuXTpEUXf/Qy5qK0PxsaJDLvOSRSjs0EMu9K9H1SO/Qy/1iEUbqPlDL/fcREE4wUMw0StFy9J0QzDhXkQmFiFDMPW1RCWcNkMxmNVECL9rQzIM9UYoOINDMtCXRmWQ6kMy1/lFDFW2QzLyz0TRMp5DMw2pRE6EyUM00ApFjPvbQzTXbkTfmDFDNd/rRGQ3n0M2z2tEdTroQzjVf0QbQvtDOP5WRCAKv0M5qqZEC7tpQzsBxETaPdVDOw98RA21Z0M9DU5EGreDQz0Q00RjY4hDPRGPRBjfMkM9E0NEWMrsQz0VCERhHSlDPRdHQ95OK0M9F/VEKxruQz0YlkQGmJtDQSLyRAltQkNBdEpEhvRaQ0F8HkQ9GW9DQYZsRClC9ENBiEtFQC/yQ0GcZ0RPGxtDQZ1mRCRuUkNC/PNE5Pq6Q0Tzf0Q519FDRRFAREGjN0NFn0ZEJ5TIQ0k6ckTlFi5DSU+uRb7GsENJZNpEr62RQ1D2HkRf9j5DUUCVQ/p8B0NSTQJEUjDBQ1X3a0QRjndDWBQiRCoL8UNY769EPQW+Q1kKzkXT11BDWu89RANwRUNa9mNEINSVQ17Dk0Tx4GFDYMM2RJzhP0NgzZpGk9QkQ2EN30SBtmpDYRBHRAsrH0NizQxGLOhvQ2LP0EQr/TVDYtRDRCc/gkNi9z9F5na1Q2QhfkQPgahDZJDHRAXlEENkzH9EyJ1EQ2T2i0QkXd1DZuiHRF5DUENuxIVEA5uxQ3Fqi0RJdIJDcvGARcEJIEN0/ElEiYjWQ3bi7ERArilDdvWJRGxE9EN3zz1ElIAbQ3yqTEQCJ/dDfOZuRHoi6UN+5aFEhfVPQ4GAKUUOjLhDgdDGRHZSDUODdwlGLSvGQ4P3A0UNDphDhDVGQ+ChVEOEdrJFsY+YQ4SS3USiIkhDhPbgRO9l+kOFdlVEV8WJQ4ZgVETo04dDhnrdQ/gbUEOG9KBEHF/pQ4b/fEQjqgZDh2AXRUKrEEOIOL9EGgqXQ4hf2ESLOUxDiHmwRKvgyUOIerRHQ7gKQ4i1XEQXFTlDiPrJRgGPgUOJemJGJ0n+Q4p6GEQ06GNDi2MkQ+/p3kOLdB9F/iE8Q4v0D0SWYm9Di/4rRGPC9EOMc8FFVOy9Q436eUQ4Wr9DkHXGRJg24kOQdqtEj/kNQ5B30EefYRdDkHkjRJoyyUOQ9/hF5BAkQ5D5PESdnvVDkXeJRcs/f0OSdthEWe6qQ5KWuURrVMJDkwJwRAwVMEOTcTJFHRaTQ5N6FURWoRVDk32cRGBcLEOXasREk/bxQ5hZjkRz81RDmFpHRE5OUUOYdPRG0T3+Q5j1ckSKhI9DmPaIRDpuQUOac/NEoLXsQ5t3RkQpBj1DnCTHRBfab0OeXmdEPKmpQ59D20Q7RuJDn0ZxREalCkOfR7RExY99Q59Jr0Sjk7BDn0sQRIrEo0Og6BREGdXaQ6DuZUP9vJhDoO+9RD/FEUOg8ltGN3m8Q6D1nkRF7rtDoP1GRGgNXUOheHlFHmjCQ6J4PEQxCTtDpEwjRCCgLUOoi2ZEdR97Q6p5GUT9ltZDqntXRCJx+UOtvSpEDL2YQ6+8FEQlinFDsi5ZRH6kaEOyR3VEZBgxQ7J2RUWE6TxDsuUjRDVEAEOy9mFEIJPdQ7N1pER0GPtDtFr1Q99Xy0O1DtlEPmxZQ7dmCEQO6NFDunN1RO8eSkO/zT1EBo6rQ8F4WEVBFX5DwfhnRILXGEPCd+JEmEzRQ8OHMkR5vppDxHFyRHkYgUPGqxhEBtQKQ8b84kS/QUBDyXVaRjCWKUPJ9WtFIwRvQ8p09kUiLUFDzG6QRKtic0PNbkdEJ9PnQ9FyeUYNTlRD0fI9RJnC3EPScg5EQh9bQ9QPpkQc179D1cDBQ+xThkPWajJEIyZ1Q9aXx0RUWiBD2W+vRPmXl0PeLGNEDQezQ+Bgr0QPtwND5WhrRIYkhUPlaqlEkC/sQ+Vu20QKBHtD5sfiRB5YG0PnY2tEF5t7Q+nQBkQZ11RD6jOIRDjdpEPrc9REtTWJQ+v0D0QzVKlD7JbaRG3M2EPwfRNEB6sEQ/NtKUQGBu1D83DPRGRg80P0FWFD8zluQ/yCBkQIc2NEATk8RIhQkUQBwGVEArPERAKz7UQA/ExEAxMtRIV7eUQFOCxEkPGaRAdszUSxEsJEB8tXRBb40kQJNoZEHxGrRAofQ0RVjOZEClA9RDbcikQLKrtELtskRAtC3US8lTtED+cmRBN5WEQSAAxEC3OfRBILAkRhIv9EG/xnRBdK3kQfDQNENOWERCEqKUTwvepEIf/BRBKqcUQjusxEn8LERCUskUSb6HJEJTIYRAr0oUQle5tED9vkRCxQvkQg14pEONYARKKCDkQ51JpEGl3vREGIckRc4ehEQ2MARBnCL0RLf6xEJrg8RE74qERldeBEUk09RHjbmERU0I9EFX55RFaYtkP/ggFEWY6qRAHKjURZuplD9fPCRFo5PUQhrSNEXNu8RBENn0RdLLBELOibRGNXBUQbHJxEakebRA3EO0RqSexECKd5RHDAVEVZPshEcMQ4RJr7pURwx5REUCgiRHFrEUR+clREd4UrRH1Xiw==</peaks>
+    </scan>
+    <scan num="1615"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="453"
+          polarity="-"
+          retentionTime="PT862.074S"
+          lowMz="50.688354492188"
+          highMz="990.100341796875"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="2.23030515625e05"
+          totIonCurrent="2.15038725e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1616"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT862.86S"
+          lowMz="50.508563995361"
+          highMz="999.292846679688"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="2.30518921875e05"
+          totIonCurrent="1.82304475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1617"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT863.823S"
+          lowMz="50.905269622803"
+          highMz="990.104553222656"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.59507703125e05"
+          totIonCurrent="2.064407375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1618"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="442"
+          polarity="-"
+          retentionTime="PT864.684S"
+          lowMz="52.676624298096"
+          highMz="990.087890625"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.674281875e05"
+          totIonCurrent="2.275598e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1619"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="452"
+          polarity="-"
+          retentionTime="PT865.454S"
+          lowMz="50.497299194336"
+          highMz="990.985046386719"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.67158375e05"
+          totIonCurrent="2.19158225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1620"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="461"
+          polarity="-"
+          retentionTime="PT866.247S"
+          lowMz="51.957630157471"
+          highMz="990.102416992188"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="1.97370453125e05"
+          totIonCurrent="1.787983625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1621"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="469"
+          polarity="-"
+          retentionTime="PT867.189S"
+          lowMz="50.339740753174"
+          highMz="990.081665039063"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.11230328125e05"
+          totIonCurrent="1.877436e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1622"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="462"
+          polarity="-"
+          retentionTime="PT868.098S"
+          lowMz="50.017284393311"
+          highMz="992.498046875"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.498069375e05"
+          totIonCurrent="2.09818275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgRs0QJZvZCTfmtRCu43EJPzpBEFf+/QnOfcEQSZKNCd/QXRLk8fEJ51ZxEE9+/QoEzrUQUriNCgT0jRBEEZEKDw4ZEBuHlQoPTqkQPLThChpygRBHJYkKJ/exEroRgQo3/eUQwM6VCkBC/RA8gX0KQjlxEE8rPQpE5oUQtkEhCluXKRCOgv0Kbeg9EINcLQp3WekU/9A1CoO6FREE7G0Kg70hEvV+ZQqDwb0V19mRCoPGkRXtd2EKg90BEFe8NQqD3sERSvsRCoasMRBJrWUKh1WlFORmYQqHzBURTO69CpoRURBRef0Km/pVEF712Qqftk0QyuOtCqASSRGnSn0Kp6oZEGAd/QqtHWUQaZY5Cq/BHRG413UKr+21Eas32Qqv8LUSZqJlCq/0ARCYKIUKsAK9EeHowQqwHQkTrAilCrAfnRTLeK0KsCOJEmRyGQqwK+0SUy8pCrBPLROewrEKt/M5EhWhLQq6Mj0QqRuRCr6DERB8hhkKxKWtEKt3lQrIMeUUcGdRCsjs3RE9dskKy8b9ESVmKQrXRgERDm3VCtf+MRNnkNUK2AGtFZtW0QrYB1Ehz87xCtgOpROb1/EK2BGhFK2T9QrYFt0QgH2JCuAOARZTN3UK6A+tEpPC4QsUARUQUtUVCxeDCRemFhkLF5dFEZBZ5QsYXJ0QuSA9Cx9nzRbjsmELJfrVEI0VQQsnae0Qrv4lCydrbRB9YyULJ3ElFFlELQsnd7kgVSPhCyn/VRCu0CULL3fdGZP5nQs3dHkU8iDFCzenURIhoHkLN+iVEa9bzQs56RURHDX1C0cZiRDAqM0LR635EythfQtPrpUdFqd9C0+5LRDRYtELW0yhEDkf6QtfpgkR1JpVC2lDuRCB4iELc7mBENCtGQt2mXURKoINC3fN4RLET8kLgGmBELQUHQuExKkQc/1dC4azvRB4T30Lh9y1EwAMrQuH4h0dhAClC4fmjRM8yq0Lh+89EwLzhQuKMz0SQhfxC4u2JRBXfJELl+hxGhdf+QuYBtkRw2oVC5geBRN7U4kLn+oREd8pFQujBvkQuXxVC6dtNRm7UtkLp+NxEt6MaQuoJwETYI81C6uNCRCGUBELr21hEgQkRQu1IwEQmHeRC76YkRDLTEkLv8kVEJZtUQu/ziESf05pC8IapRBokwUL4bAlEMi4oQvnZY0SHUgNC/A+6RTtisEL8tXVEEJK/Qv3PREZ9NsZC/dgSROLBfEMACQ5ERvUsQwL3WUU3yudDAvvGRe695kMDEaBEUMCoQwMTYEQtRbtDA/vvREYWc0ME3VBEQTQeQwTeIEcYwYpDBOZeRMMyI0ME7sVEKWO4QwT7Q0QvkytDBQzxRDTpzEMG26ZEId7mQwbdckan9yhDBuQeRF3qmUMG5PpHHDvpQwbls0SATj5DBuX3REvnL0MH5QJFZpCOQwf4h0XYXSVDCAGBRCdbY0MI3OtF7SEvQwjkOEYbsUtDCWysRAgp/kMJ5F5EYxbsQwrcH0TuAOpDC0NORI7/K0MLW59EIyi9QwxJaEQrYCxDDu3ERVx6ikMPF61EJi+JQw94E0Qm3blDEA6HRBLebkMQ6tZEuYnxQxDrZkUJZz5DEOxcR9vvj0MQ7TBFaJvxQxDui0SAivRDEP3JRI4+uEMR7F9GN7jLQxLr9ETSbXNDEvUNRA2sLUMS9gBGLq6AQxTzFUZLgjhDFfNZRIL8lkMW8lxFopmMQxfyhURdm3RDGNGURCZJq0MZBbpExx2wQxn/00SpTHZDG9/CRSbnU0Md34FEaTHKQx3mnEQZcLdDHpCHRFCOL0Me+LtEwW4VQx76cUf8aOpDHvthRUNdfEMe/M1FR1o+Qx/NpURG+T1DH/qjRkX7GkMg+c9Gi6HKQyD7Y0REiMBDISpSRCIWgUMh13dEwGsHQyL7ZUS96qBDJO1QRiXMC0MlCq5E9NcHQybskUUSs8dDKLtbRCow+0MpnhFGEmjpQyn570RZd9BDLOkJRD61/0Ms9RZEQZZPQy3LoERcPsdDLvFnRHfVpkMu82tFKvtOQy70rEfwMeZDLvXJRU81dUMu9mJFB4lgQy/1hEUKIeJDL/fxRIkChUMw0R9F0HtqQzDhJUSCOdZDMPWxRKjEqEMyDPZGUk4SQzLQnEZMmQBDMtgTRL30OEMy8t1Ex4zLQzTQBUW0YjdDNNdPRMOX5EM14FdEoShTQzXshkQVTllDNiP8RB+KDkM2/q5EF6S7QzhREERFPthDONTVRCWzMkM7AaRE/YjZQzsY4USF4ZtDPRDZRHR1YkM9Ev5EghzcQz0VvURSfM1DPRc4RFWGwkM9GVlEPTJNQz3ucUQlyXNDP/IaRGcdpENBM7hELZk1Q0F02USCjhRDQXzdRHlcikNBh+lE3XlLQ0GI6EVaGE5DQZvvRF/Fv0NBnPVEkEVZQ0Ln2EQd/JtDQv0ARL99JENJOq5ExYdLQ0lLPEQyosRDSU/YReldmENJVKREWqvvQ0llJUTX149DSzJMRBaaaUNMBvNEP9YFQ0wJqEQWQ9FDTAsoRA52A0NQ9fVEuJCQQ1JLJkRmw6xDV247RCSm6ENYE6dEVUIrQ1jv4ESvgZhDWQrKRhCzNENZDjlEH1YGQ1n3Q0Q2RCpDXEmdREHlsUNew3BEhMJIQ17fVUQbWnZDYLDAREEPjENgwztEcMmUQ2DNmUaWHvBDYQxDRCdaRkNhDz5EQQQPQ2LNA0YjXbVDYtRIRDSsUUNi9zVGDQyjQ2P3cER728xDZMx6RP53jENpCThENyqMQ2zuZUQvN65DcUKkRCNOXkNxbGBEJEQyQ3LxckXHJWNDdJoxRCMOqkN0/A1EIuVwQ3b1hUT6zJZDfFIPRBRYbEN85qxFC5QdQ32o2UQk6vhDfuYBRNkKGEN/u75EJb9kQ4GALUTj3yhDgeiiRBxMREODdwlGUYHAQ4OCC0QhfQdDg/cURUP2hkOEdq1GAk8kQ4SS7kSmd59DhPbKRPIr5kOFLAJEIAXEQ4V2S0SjUBlDhgbXRBvUmEOGYFBEp9Q5Q4c5C0Q5qqxDh2AeRQgVO0OIN9lEcUvhQ4hfxkRq/3BDiHg7RGb9rkOIerBHkZjuQ4h8PURIaYFDiPrHRlwC9UOJcJdEMYPWQ4l6XUZibPFDifptRINH1EOKQrxERUzOQ4t0H0Ybm8ZDi61/RCzCXEOL6LlEIwKiQ4v0GUSjrytDi/15RFPuf0OMc79FTIOzQ43b7EQaUSxDjfplRD/C0UOQdcxEHlkeQ5B2ZETFzl5DkHfNR7wgD0OQePxFBUHzQ5B5YUSNhEVDkPfvReS5TkORd4RGDVjjQ5MJUEQljipDk3FARSweVEOXaVZEZs2aQ5drDURc3O9DmFniRKOYnkOYdPJHAZAmQ5h5h0RF+/xDmPUeRCzOskOZfqZEGNNXQ5pz9URet6JDm/wVRHqx00Ocni9EIw4QQ55ecERn2JlDn0DQRN7sXUOfQmlFIOWZQ59EfUSAktZDn/GoRC18nEOg7EtEgYZzQ6DxAEYwO/NDoPJKRfXUjkOg81BEuyDIQ6D0dkSg5vBDoP0gRG6wa0OheHpFCi13Q6H4fkSSEmFDonh3RFnFW0Ojo2lERD7DQ6RLekRpG4BDpEy4RCOb/0OojLtE2HbiQ6iszUQ8SyZDqnkhRSYaUUOq+S9EONcSQ6uR5kRj0btDrBDGRCnpTEOw0vNEUfrRQ7IV2kQ32qtDsi8CRL94pEOyR9xEiENmQ7J2TUWR4I5DsuRARDhmc0Oy5epEdJ1qQ7L2gERtykhDt6MKRCapKEO5cc5EH5N4Q7mVHkQl3qpDunNlRQJWikO8adxEIhlbQ72HO0Qq5J1DwXhHRZm+GkPB+F5E7haaQ8H760Q5kcpDwne9RQOwRUPC+AhEemPCQ8OHw0QxG5ZDxHF9RNSyuEPFcIJEKkntQ8acHEQzUxdDxvrERC4aQkPG/bJExAmgQ8b+9USFSTdDyXVURoHeU0PJ9X1FhtscQ8p05kWBdFBDyvUeRHLTNUPMbwxEhDdrQ9CGHURdQj5D0OWIRBWoCUPQ7alEL10EQ9FyaEYtx3ZD0fJzROKfdUPSXYNEFcwUQ9Jx6ESP1mND1HRBREQVakPUevVEOTXFQ9TA3EQtm3RD1paMRGGR2EPZb2tFUOevQ9v9FEQ5YsFD3MFyRCO5ZUPe/VxEKY/3Q98fAERsXUND5R+bRD+oCEPlaI1EPJaZQ+VqdEUDANpD5ZJrRB983EPmcEJERCBJQ+gmI0QYnkdD6V5IRBBUkEPpXvpEEVutQ+oz1EQxp6tD63OeRLpY4kPsc3REZwLfQ+yVSUR60f1D7JdWRI/vp0QBOUtEm1XBRAF5X0RhE9hEAY7tRDPUCkQBuYpEU4zORALsP0QaQ+JEAxJ3RHxul0QDHVlEH5G+RAM6S0QY2P1EBTf8RIB0F0QHbJ1E866DRAhReERnqAdECh/sRFZACUQKsVtEPK7mRAsq6ESfXZtEC0NhRPU/gUQPPPxEIFIARBIJxUQznXZEGErRRDzItEQZxB5ELXmWRBs4UEQgMQ5EHuR5RFJxf0QhKpNE6Cd6RCO56ESM9MxEI7vhRIWljEQlLaxEzOCGRCgrCUQlL9FEKEJSRCqhjUQsWFhEJenJRC2lG0Qg95hELlupRCPLlEQ1DedEIfXARDcH90RbQaNEONTTRHds8EQ6r6FERnl6RDvd30Qq7oFEQXcwRFGF4kRBiQVEjEXiREM22UQ9LQZERK7xRCEzpkRFqbREIMxzRElQBERFhJVETrXPRCyeVkRQjn1EI8aYRFJMZERTYKVEU2PkRBo+ZkRms7hELbepRGx5/EQk6c9Ebd1zRCTHWURv90pELXQtRHC330RBZnFEcME7RXz7NkRxbIJEmipWRHNArUQrGLdEd4XORKeZJUR4H+BEJsdP</peaks>
+    </scan>
+    <scan num="1623"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="457"
+          polarity="-"
+          retentionTime="PT868.943S"
+          lowMz="50.153656005859"
+          highMz="990.083862304688"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.187268125e05"
+          totIonCurrent="1.81350575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1624"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="447"
+          polarity="-"
+          retentionTime="PT869.871S"
+          lowMz="52.881423950195"
+          highMz="997.005737304688"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.59911359375e05"
+          totIonCurrent="2.09836325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1625"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="429"
+          polarity="-"
+          retentionTime="PT870.724S"
+          lowMz="51.880752563477"
+          highMz="990.075561523438"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.684121875e05"
+          totIonCurrent="2.17895075e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1626"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="479"
+          polarity="-"
+          retentionTime="PT871.546S"
+          lowMz="50.137023925781"
+          highMz="993.492553710938"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.239725625e05"
+          totIonCurrent="2.01710775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1627"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT872.4S"
+          lowMz="53.526473999023"
+          highMz="990.083618164063"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.24500203125e05"
+          totIonCurrent="2.15124375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1628"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="458"
+          polarity="-"
+          retentionTime="PT873.174S"
+          lowMz="50.999866485596"
+          highMz="990.984741210938"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="2.04979015625e05"
+          totIonCurrent="1.79993575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1629"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT874.137S"
+          lowMz="52.298988342285"
+          highMz="990.077514648438"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.4073015625e05"
+          totIonCurrent="1.965893e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1630"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT875.017S"
+          lowMz="50.381938934326"
+          highMz="990.088928222656"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.722814375e05"
+          totIonCurrent="2.2427275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1631"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT875.806S"
+          lowMz="50.984981536865"
+          highMz="999.520812988281"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.7335678125e05"
+          totIonCurrent="2.01195675e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1632"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="450"
+          polarity="-"
+          retentionTime="PT876.63S"
+          lowMz="51.53539276123"
+          highMz="990.079895019531"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.37465921875e05"
+          totIonCurrent="2.13913425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1633"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT877.443S"
+          lowMz="50.867431640625"
+          highMz="990.078674316406"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.49008078125e05"
+          totIonCurrent="2.0216355e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1634"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="427"
+          polarity="-"
+          retentionTime="PT878.307S"
+          lowMz="50.17211151123"
+          highMz="991.196228027344"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.19050546875e05"
+          totIonCurrent="1.91332475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1635"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT879.191S"
+          lowMz="50.561588287354"
+          highMz="990.098510742188"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.42592765625e05"
+          totIonCurrent="1.9422745e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1636"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT880.076S"
+          lowMz="50.688049316406"
+          highMz="993.258605957031"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.59767609375e05"
+          totIonCurrent="2.278153e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkrAkERM89dCToCSRDz3F0JWabZEO2UVQmSar0Q5fU5CatfNREmsL0J39AVEzh8DQoLu/0Q+9V1ChsKXRJvNHEKHqOhEV7R7Qof02URCpwJCiKARREgIn0KJ1JhESM5pQon90UUAjZVCjJ79RD+SgEKRiVVEdvnBQpKd1EREn8JClbzpRESYnUKW/odERWfhQpi2LESUj71CmzgXRDdhAUKcnJ1EOYumQp3WaEWConlCoHpJRDgcC0Kg8FdE8n3dQqDzLETLxHJCoPSGRf94Z0Kg+LZFAW2+QqHVZ0U/o4FCofM2RKH9zkKixplESKjJQqbnXkRcWI5CqASIRKMEVEKr+VlEQsXNQqv7zkTRTi5CrABTREV0RUKsBwZFI2ndQqwHvkVG/exCrApGREP5iEKsEtNE0+/kQqwTpkTCAzZCrEOAREnRP0Kt/MRE1zf9Qq8i0kQ+uKVCsTVZRFVi10KyDF5EqxiUQrI7u0R6UWdCs+j3RE1dv0K1/9ZFCTKjQrYAVkVR8zdCtgHRSH2t50K2BGlFQcSeQrgDfkVlG15CugP4RQT8jUK67vxEbES/QrugG0RE5oZCvj9IRD4Ti0K/HV5EPnDKQsCXQkRQxmtCxeDGRd3Ic0LF5ddFLwLgQsfZ9EXxb8lCyPqWRDMMOULJ22tFALb9QsncMET0caJCyd3pSDbNNkLJ4ItEgv84Qsvd90aOwRNCzLoJRHf1r0LN3RNFiRaoQs3gIkRUVG5CzenNROOPLULRSHtERjGgQtHrW0S3Y5xC0+ufR1LR2ULVA29EMwvoQtzeb0RFVnVC3fN9RKBIrELevqlENNNHQt+pHkRFhHBC4BoTRF3pzkLh+IFHSMTxQuKMKES9aERC4wITRDYXHULlNjxEN6z4QuX6GEaQG09C6dtGRjUlrkLp+QlEhOSWQuoJu0RxYh1C6vQFRFhaEkLq+11EZ6urQuvbikSJ12BC7AnzRF+jZULslmhEtPB4Quy68kRNsVZC7YKLRGHxUkLt7pZE0ZLBQu/zkkTvhWxC96KYREoukUL44DVEm/9hQvnZe0RQeEBC+jdVRIJAT0L721lEY/XAQvv+UERR5rdC/A+3RS8OGkL9z0NGrWUaQv3qoEROc+xDAO22RIrjm0MC91NFFWQ/QwL7w0XejeFDA3ECRD1IbEMD+/xEnLYZQwTeHUc0MxNDBOZSRIfKTEMG3XBG1EquQwbjh0Rq/ItDBuT5R09oj0MG5a9Es7NSQwfk/0WM3iJDB/h/Rc89nEMI3O1GMdDAQwjkMUZU715DCeQyRMs3okMKlQJEVeDuQwtDn0SoniJDDJgEREOOL0MO7clFrQ6gQxDq9kTiKYRDEOxYSANhG0MQ7ShFaFRbQxG/jkRbbvRDEexcRlgNQ0MSCuFEeULSQxLr8kTzt6ZDEu1vRIRy50MS9f9GN7mwQxPpKkRhF45DFPMTRjG0M0MV80hEolGKQxbAckRMGEVDFvJfRaHwxkMZBb9EueaTQxn/sUR2HnhDGkcNRFeJfkMagZ9EkVhwQxqDZ0Rw71dDG9/YRJRy8EMb5FZEUfwfQx7yKURlFshDHvViREM5c0Me92dEPGTXQx74CEQ/RkhDHvjFROL6k0Me+m5ICtXyQx77WEVx01pDHvzBRUshSUMf+p1GXK2SQyD5zUaNmk9DIPuIRJFLkUMh/B1EWp27QyJFz0RWVqdDJO1IRg/MW0MlCpZEqGcEQyVDZURmLwRDJuyHRTRmQ0Mm9IxExjZtQymX6kRP+JlDKZ6jRkyeJEMqvvZETVjxQytXekROxfhDLOj7RJWbXkMtzU5E0SypQy3tOURQx65DLl+pRJPX4UMu8aFEkFSwQy7yaES3AadDLvSpSAHCVUMu9qtE9japQy8dZkR9XmNDL/WQRVaUW0Mw0SNFxeTKQzDgE0SfY11DMgzyRjWNQEMy0JJGP7p6QzLX90UJhjZDMvLMRPwvNEM0z/pFku0aQzTXgESSWCBDNeCwRLhjdkM2Ak9EZjzmQzjViETWOFpDOdigRFreE0M6VGtETgbOQzsBtkSlM5tDPQ4rRKCBTEM9EJdEUgXOQz0RfER3c3lDPRLTRGMjx0M9E75Ec6cBQz0Vv0SHvjtDPRbJRIliJkM9GN1EStcaQz6p9kRwfSxDP/I/RGJfQ0NBcF5Eb+QwQ0Fy9ER0YzpDQXR1ROssOkNBiGVFdbT0Q0GUmkSdUyZDQZxTRIbsa0NBnO9EgGZpQ0JzWUSM+t5DQ+g9RFLFwkNE85BE8g1nQ0T1FkRbK1BDRhvfRDv7/kNJOmZFExmpQ0lKW0SCc2NDSU+VRhq3RENJZNZE8yJgQ1D15ETUs8hDUkzdRJ/kikNSyHtEQwEGQ1PqkURcTXxDWBKlRDu8XUNY7+BE/+z8Q1kKtkYLVbpDWguLRLeYCUNa9pFEwT9hQ17Do0SaV9FDYMMjRE4kmENgzZRGl7DpQ2ENzUSG84hDYsz1RimaZ0Ni1ElEQpAtQ2L3NUYPXvFDY9KiRFSOyUNkUntEYidYQ2TMb0TfWWdDZ+6JRItYb0No6ehErOM7Q3FquETQiDpDcvFoRcAev0N0FyNEYGA7Q3b1kUTqVw9DdvyCRFciRkN3CxFEa/yVQ3joMERWRs5DfOa8RR9UmUOBgBpEkaXiQ4HQxkT8cxZDgey5RGuESUODdwBGZJMFQ4P3A0UjC21DhHadRf1eL0OEkvNFDD4QQ4V2M0SzQbFDhmBfRJ2MbUOGcGNEYd6jQ4dgBUTBTZVDiHhnRLLteEOIeY5EcEFVQ4h6r0eSU9lDiLsoRFynKUOI+spGXFunQ4l6W0ZozfhDifqIRRCRwEOLdB5GFrxQQ4uTWkRcaSJDi/4iRQE3KEOMc8dFoqy8Q5B3zEfPiaFDkHjuRQZ100OQeZ9ENf5UQ5B66ESgknNDkMDgRFbPo0OQ99pF/FPMQ5F3dkYhE6JDknbVRGnhYEOTcTBFL6OMQ5Rw4USNTflDlM6iRHD0FkOXar1Ek9aKQ5hZX0TFUThDmFrdRMS8oUOYdOpHHFF8Q5j1g0SBNtVDmPZSRHQFXEOac+tEu23UQ55eMUR5FrFDn0GDRIfwOkOfQ/ZEp5khQ59FZUUcxz1Dn0aqRR1kHkOg7ERE49j/Q6DupESFcTpDoPJGRMXII0Og9INGms67Q6D9A0TBYXdDoXhkRQAFHkOh+J5EeRKzQ6J4AkSWRltDo/kZRIehB0OkTDZE9m+SQ6StbkRPxktDqIwKRI96D0OqeRpFNeQPQ63xjERscIJDsi9KRQphBEOySE1FAG8YQ7J2LEWwxRVDsuUzRNbjvkOzdedEZfe1Q7PM8ERuWVZDtJsjRGH2T0O3S8xETxioQ7pmm0RUWThDunNKRTV5TUO63vFEYoYRQ7+7F0RtUDlDwXg5Rc+xBUPB+GpFC+EHQ8J3tkS40tVDw4cvRMxVokPEcZVEr9wmQ8VxBUS1DVRDxvyyRQk+e0PG/lxEmgFGQ8l1UkZ8OoNDyfV/RZI8ZkPKTrJEdmQ4Q8p03EWPsJpDzG7xRL1JLUPNLFhER5m/Q9FybEZXXUJD0fJ9RQ35aEPSceVEygUoQ9aXz0UIgB1D2W+RRWTuD0PlaXlFKYa6Q+VrM0RHYeFD5W+hRE0JWkPqNapEYZjRQ+tzfETMzDlD7JaFROSLcEPzcO9E4sa1Q/RdeERs4TVD9MCYRH0yCUP5HCJEerh3Q/rBK0RTcXREATlIRO7oWEQDEv9E8r7TRANDyERGcDlEA3cqRGDMIEQFN/xFF0VJRAdsQUT4/0dEB21QRJ4mkkQLKytEiG0BRAtDr0UVkOBEC3RaRGBJ4EQQjP9Eim6GRBDjykRPPUxEEgqzRNipREQXtblEVuYjRBk/tkR027BEG3GoRE6FiUQhKhVFIYbuRCErdkSnmJ1EI7qaRI/kzUQlLUpFG42yRCd+vUSQznpEJ+PSRG0hTEQn7blEhan1RC9cZURXKc1EMa7CRFU1JUQ04/dEVEn5RDUgOESED29ENb8URGYHkUQ41bpFAz5WRDyLBER7jnREQYiARRUFbURCkm9EcYBWREtnwkSBjptETw7/RIKOHURSTQFFATuWRFee7URsn2BEWGz4RF4VRkRYwQ9EpD57RFqC2URXv61EXBsFRE9/8URcVAtEh2CcRHDAb0W9eG1EcWpiRO54W0R3hkREvPuDRHhQjURUHU0=</peaks>
+    </scan>
+    <scan num="1637"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="396"
+          polarity="-"
+          retentionTime="PT880.831S"
+          lowMz="50.368007659912"
+          highMz="990.097045898438"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.7827528125e05"
+          totIonCurrent="2.27517175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1638"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT881.631S"
+          lowMz="52.697135925293"
+          highMz="990.080444335938"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.4827428125e05"
+          totIonCurrent="2.035073e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1639"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT882.529S"
+          lowMz="50.62425994873"
+          highMz="990.981811523438"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.12089375e05"
+          totIonCurrent="1.97683775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1640"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="464"
+          polarity="-"
+          retentionTime="PT883.416S"
+          lowMz="50.97061920166"
+          highMz="990.102172851563"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.51755046875e05"
+          totIonCurrent="2.060870625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1641"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="451"
+          polarity="-"
+          retentionTime="PT884.311S"
+          lowMz="50.082252502441"
+          highMz="991.780639648438"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.52331515625e05"
+          totIonCurrent="2.079270625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhUOkQhHVRCUu0cREFk20Jf+7JEHZzVQm1bP0QRmpFCdIcLRAiMrkJ2GmBECcLrQncH9UQV2bpCd/QWRJdK5UJ6zEFEFdx4Qn3kZUQGXFVCfjdtRAFtQUJ/d9NED9QMQoE+wUQRPHJChLY5RBplgkKGpX5EHIpJQodC8UQTNHFCif3TRLdvh0KLxIxEHFNKQo5HN0QM5BtCkQJsRA4ukEKUdvpEI92NQpYfpEQILSVClm+mRBSwXUKZYJ1EBfWJQppG80QhEMFCndZzRUXDJEKg7lVEJAxaQqDvHESOdG1CoPHXRAjin0Kg84dFos0gQqD09ERDQUZCoPiHRKAnkkKh1WNFA0ROQqHy9kQPm05CpAHPRA0izUKkTI5EDfGaQqXC5kQYwppCpkiORAHGFEKoBKJEoJKWQqmnlkQSpo1Cqe2lQ/9uLEKr+utEzJXZQqv/wkQXTcJCrAcFRRUDEUKsB9ZE7oXkQqwITERPjQhCrAmTRD2gkkKsC6tEYihUQqwShURbqJhCrBLyRHEEXEKsE6pEiqDEQq2Cs0QNmZZCrbolRBq9YUKt/LpEq8/CQq6/ZEQYH5ZCsTlkRBVKi0KyDG1EprDNQrJZ+0QWOPtCsuZ7RB/U5EK11ihEGH/5QrX7VkRtZstCtf7fRGdUs0K1/4VEnMuoQrYAZEVt9AdCtgEFRf2uckK2AdVIdmrhQrYDZEVpVDZCtgQyRRRC4kK2CDxER0bVQrgDekVOg8FCuBYNRCKJAUK4LSZENJs7QrjsREQMNj9CuO7RRAZX1EK6A/NE7WL9Qrxlr0Qm2e9CvyzGRBsGXkLDh69ERkKHQsXgy0XAKlRCxeXYRQW7YULH2fRF7Jp/QsnagkSs5ENCydtRRD0ZAkLJ3EVE/4F1Qsnd7kgYUYZCyd/ERQiCYULJ4EZEDrVzQsnlc0QgudxCy935Rnaoo0LN3Q1FJoemQs3pwURcAYRCzfoORF2nUkLProREDRiyQtBK80P6vDpC0etkRL544ELT6rJE1hadQtPrqEdIzJhC1aLMRARIOELV6bJEDLenQtaYHkQXmJtC1+lvRO36gkLd85ZEwOs8QuAaQUSjMLxC4FY7RA7pu0LhcPJEI/tMQuH4hkcuIstC4fncRGBEdkLh+sNEaIL8QuH75kScZnlC4qlnRBxjoULj+ftEXwMZQuX6IUZtV2hC5/qqRJmKDkLp21FGLaL9Qun450UGtPRC6gnARKSF2ELr20JE0DMVQuyXM0RPepxC7LzyRBQTFkLt7o9ExercQu4RvERKwJ1C7nq+RBSQQULvFNVEEPZqQu8YNEQTjb1C7/O1RF4em0Lx6JZEIvaFQvPsw0QZsIFC9f5JRAXTpkL3v91EJxMFQvlo4UQFMsVC+dk7RGR2pEL8D8pFgXgkQv0tYUQyUAlC/c9FRp/+8EMACPhEUS69QwDtokRo6glDAXBeRAaNlEMCLFlEPOoiQwL3RkTeIJRDAvvIRdeSrkMDEkBEG68dQwMTQURaXjJDBN4iRy5aAEME5l9EnRa2Qwbdd0buXtpDBuT7R0AINkMHMXpECaWGQwflCEVNcjVDB/iFRcMymUMIQLBEA7juQwjc6UYeXaFDCOQ3Rj9Ge0MJ4SdEHXiVQwnkN0SA8FVDCkGGREcqKkMK3B5ExBJwQwr3ZkQgYidDDGsQRBZm5kMOytBEIViSQw7twkV7dAhDEGVXRCm79EMQfY5EDzNNQxDq9USZjIJDEOuGRSLU1EMQ7F1H5oi6QxDuFkUDzvJDEexlRi/NbUMSCztEI3npQxIOE0QP4ARDEuvdRNcSg0MS7VhERmRzQxL2AUYYusxDFPMURii4GUMV801EzZN/QxbyXUWDXbVDGKnnRBY9SkMY8ehECHGaQxkFrkRh2dlDGU6kRBfZzEMZ/+BEiaBEQxqCH0Q7OFxDG9+3RO+y3UMcvplEFFyRQx0XJEQYQm9DHh2TRAaELUMe1x9EIJHkQx7y70Q6pudDHvjVRGK94kMe+nNH9eKyQx77gkUAfdZDHvygRWtEvUMfR2xEGbU8Qx/6pEZkJWpDIPnPRmcgQkMg+4VETzsGQyHF2UQiOstDJO1MRiAM0kMlCoxEt6hIQybsikUoqrNDJvSMRK+5aUMnfF9EHVMBQymeWEYab9ZDLOkIRHmsb0MtzcREJQo4Qy3ws0QMl/5DLl4cRFMGPkMu8tlExMSmQy7zkEVZJy5DLvStR/Fx1kMu9fJE/VqNQy72ykSqLuJDLvdfRBrsOUMv9YhFOOIzQy/350RSHFZDMNEjReWhs0Mw4MlEZ6rCQzDzkERZ42NDMPW3RHaPREMyDPVGGLtmQzLPokQc91xDMtCeRmJuRkMy2BhFBPG4QzLywUUCWVZDNNAARXI5yUM012hFGLaWQzXXTEQ2LK5DNeHpRFTCMUM2z2NEp8f2Qzb9f0QlfwJDN7B+RB3bWUM41hVEii61QzsBxkS3vQhDPQHPREKn8UM9D8FELFErQz0RI0RHOcxDPRIdREM+pkM9Ez9EdoUjQz0UfERMa8hDPRUfRFIZCEM9FplEZwfzQz0XpkQ3tLVDPRmHRHZMfkM9pJREA10VQ0FvVkRCK5JDQXP1RFKQ60NBe85EIvmEQ0GIFEVagg9DQYk4RKH4tENBif9EORz9Q0GMckRHcrVDQZwBRG01OkNC/OlEQNM8Q0T0JURAH1BDSTp1RPC/jkNJT6pF53VjQ0lk3UUAEkNDSqbKRCcXmENL7CBEJ+npQ1A4AkQW+cZDUPXeRFVaHENSIGNEEnIJQ1JNr0RQgwdDVfdvREMfN0NYEz1EMlEsQ1jvx0TFP5tDWQrNRbEavENaC5BEPom6Q1qCRkQX99NDXVhVRB3R6kNeD6tEIjElQ17DxESE3xVDYM2fRpNArENhDnVEcLb/Q2LNDEYYddZDYtSRRLFMyUNi9zBF+nMfQ2NNoUQhBeNDZMxvRObiWENm6HxEXfDdQ2ei40QUe01DaOo1RHHe/0NqzMJETfJVQ2/byEQkEhFDcWtCRHmAAkNy8X1FuCJOQ3Oj8EQOt1RDdvWgRJDOTkN39cVEKZwFQ3zmeETbPaRDfuXxRNmumUOB0S9Eh7qWQ4N3BEZTr+1Dg/cnRTHKOUOEdq1F+77tQ4SS6ESdnmZDhPaoRDzTBUOFdjdEJbwlQ4ZgQkSXvuZDh2AXRMdokUOHb+1EIsOBQ4hf4UR3rlpDiHqxR4zAVEOI+sxGTCpUQ4lwpUQxg7hDiXpcRmFBL0OJhIFELW90Q4n6kUTvOYBDittbRFhJwkOLdCdGGfDsQ4v0NEQog01Di/6vRJdA5kOMc8BFg25lQ45th0QebdhDkHWpRIFqz0OQdrBEzgfNQ5B3z0e79aFDkHktRIyGA0OQeflEjvg9Q5D39kXkAXJDkPl7RGe+QUORd4NGGVNNQ5J230SbG1tDk3FARRSsQkOUcM5EZP6ZQ5cWU0Q0gGFDl2sLRKMo7UOYWctEk0WgQ5h08UcLfjVDmPVhRJJ0X0Oab1NEEDfMQ5p0CkS7XMFDm/wVREmhAEOfRYZEmdWcQ59G+ESLCbhDn0gIRLVYh0OfS7RE4hb6Q59OmkQhwA1DoObjRD/zfkOg6pxEjro2Q6DwXUSD0kRDoPOoRl/PdkOg9jBEqTcoQ6D3ZUQy55hDoP0eRKGEBUOhO0JEBXnmQ6F4gESjSmRDok6URBsWj0OkTKJEjJm7Q6iMWUSfy2FDqnkZRRBslEOq+M5EKhlCQ6x85ERDnxhDrXKrRHwXAUOyL8dEgB32Q7JJOUR1wh5DsnYsRWjpE0Oy5adEYQDmQ7UgG0RMfmFDunNeROOc80O77uREG62uQ8F4LUWtAyFDwfhjRSq5I0PCd9VFDXhTQ8OHwERpXulDxHGnRLmXs0PFcUNEZArEQ8b8/0TTteNDyXVMRoL9d0PJ9ZhFnsNAQ8prjkQlmk5DynUHRYCg0UPK9ThEN84zQ8xugUSVG4RD0XKCRjAzSUPR8s9Epa+CQ9JyBkRXKFBD03AfRBUxQUPTcd9EJuBMQ9SO1kQslRdD1P93RCtDokPWcm9EF9TeQ9aYQkSDBv9D2W+oRUja80PjdjRETgJgQ+PFx0QTMPJD5WnFRQyzxEPqMtlET0GNQ+qFSEQaSs5D63QDRQJF2EPsl0lEuPyaQ+8Oh0Qv2txD83DkRFy9wUP06+xEFypSQ/UWB0QbtUZD9j5YRB5D7EP/IIxEHYTYRAE0D0Q8JOdEATlxRPHVpEQBeVlEaRijRAG5F0SGvnFEAxNoRIfSYEQDL5NELFV6RATAPEQ6TzZEBTfyRPmsJEQHbFRE3/2sRAduvURtMRtEB/afRA0soUQH919EDmZKRAo5HUSFJCVECyv8RGOKi0QLRE9E0BgfRA9LwEQVMIxED7jXRD0bq0QQ8hZEG9bwRBILTUTHzzREEq44RCAr4EQTr3VEHJGtRBRQuEQXzkNEFHVsRCf5zUQaPWlEKW6FRB1SWUQyucVEHk4lRCNFU0Qf+WNEGv0YRCEqQkUDiOtEIlHmREJSKUQjuyFEj2IVRCPyREQ0ywVEJS1kRNPIiEQolflEHXBQRCq8eURSpE5ELC9VRCPn30Qy9s5EDABsRDjWfESR3uJEPtWdRCmPLkRBiCBEqeegRESdU0QcZ4JERQC1RB09dkRJT6VEZd+RREwsOEQqEpBETqa1RC1uv0RPTdJEHIw5RFJNx0So6rlEWCpaREFOHkRcKoZEKPpPRGH+hEQkr8hEcLtDRHXycERwwMZFjRDxRHDGLkSDCyBEcWt3RLjJKER3h3xEkOjtRHfx9kRKLLc=</peaks>
+    </scan>
+    <scan num="1642"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="446"
+          polarity="-"
+          retentionTime="PT885.167S"
+          lowMz="51.864486694336"
+          highMz="990.105407714844"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.9585209375e05"
+          totIonCurrent="1.8490265e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk91PEPilztCXAQFRAUZZUJlU7BD+w4eQnFXXUQeahJCd5WWQ/h7lUJ39ANEZk+xQn0JEUQAYrFCfm5iQ/GfdEKAAQREAc29QoBv80QS9jpChzyWRAREXUKJ9GRD+YmeQoxcf0QOyx1Cjf9sRDUtjEKQMLVD9vENQpIjxEQG0V9Ck1sCQ+/9lUKWo9NEBwApQph/7kQMH4FCmoPmQ/Vr1EKd1nFE+jAbQp6AjUQJnfNCoO7HRC2sE0Kg7/FEDOl3QqDw6EQqb1JCoPIARXllaEKg8qpFd32EQqD0DERbTYhCoPUMRACcMEKg9/RECG+/QqHVcEUcdmdCoildQ/3c5UKiQ+hD8S9vQqLqr0P1a2FCo0+nQ+YlVEKlC/lEAMSDQqZW00QJ4olCqAShRCts2kKqZVFEEG0pQqv6zETR6T5Cq/ubRCaMJkKsBflEj9P0QqwGoUUd5LNCrAdrRLA7eEKsEoNEuYXxQqweY0QMnstCrPE6Q+RNXkKt/M5EqYhZQq8/FEQCYu1Cr7ixRBG/kkKxlvpD7kr/QrIMfkUWHXRCsmCPRCcNn0KzuVJEFPq9QrQvEUP9G6BCtL8MRAFjm0K04dpD89/JQrU+1UQFUx1CtdFaRBM+2UK1/89EoJvcQrYB1kg/QwZCtgKmRehuW0K2A35FIC+gQrYEekTkqzlCtgafRBehFUK4A4NFSM3VQroD/ETV7zBCuvA2RCHdykK9ULJD+aLlQr25YUQGftNCvdlDRAVxokLCLKVEEMj9QsOHskQDnYlCxeDPRaYzlkLF5dFEonaWQsYwzUP3xqpCx9n4RcQ7f0LJ21JEeu68QsncM0T+yB1Cyd3wSBcOZkLJ39FE5U1iQsngeURLfmRCyeRDRB+PcULLPrVECXWeQsvd+0aAHNZCy97wRB4u2ULMuv1D997QQs3dIEViLuZCzem1RHa0T0LN8TNEYQUUQtEN40QOjc9C0Y69RAYTFULR63REd/CcQtOmKkPu105C0+unRy+zcULT7uVEje+lQtT/JkQEJRxC1e2FRCk6CELWHcNECzkWQtfpe0Sjp6FC2d9zQ+LYx0Ld83dEiqLKQuAaZ0SO4lxC4fiIRw7N1ELh+bhEUlBjQuKIl0QH/IVC4riyQ+gkrkLjTZtD6mqSQuWj60QnJ9tC5foeRn/3HULl+z1EGqJcQuYB00Qdb3JC5gdlREW7h0Ln+odEdBXGQunbTUYdTbVC6fjqRLXWcELqCb9EO6vNQupw+EQTMeRC7JchQ/jTdULt7rNETsYsQu8vuEQFvTlC7/PGRMe7bkLyLdpEH0xfQvRHfUP7TFhC9IllRAY/x0L52RJER3laQvvbR0RTJodC/A+3RTG2jkL9z0hGi7WcQwCiJEQAUr1DAO2yRGE38UMC91RFKMYXQwL7yUXTjHVDAxOrRAQ15EMDU7dD/8AJQwP8BUQgaddDBN1SRIM0G0ME3iNHGmWyQwTmZ0Tg701DBf7kRAoV3UMG3KVEQlIzQwbdf0boSSRDBuJ3Q+OEFkMG4rlD3ZfcQwbk/EcakjJDBuW9RF6H7kMH5QNFPwvHQwf4h0W/fJtDCIIzRBl3nUMI3ORGKFYlQwjkM0YtJvVDCeRFRFmvzkMK3C5Eo6psQwrrrUQiIB1DC0QCRG2wEkMLpq9EHsnRQwz9p0PlGDFDDYfNRBxRYUMOV7BENILAQw7tykVGiVlDDv09Q/+G4EMQGz5EI+uPQxDq80QYyCRDEOxcR7lJhkMQ7TNFRshuQxDueUUCKQZDEPVqRACdKUMRfGdD9m4QQxGNBkP5nx1DEexgRhNRhUMR7SJEI+1TQxLr4kUZvxxDEvYCRi2VCEMU8xdGNyPTQxXeM0QblSRDFfMrRFZpTkMW8mBFi0k/QxjejUPzLQ1DGQW6REjIokMZ/85EOa9rQxqCEEQb/UVDGqT5Q/w9ikMb375E+WZvQxzQy0QmcqRDHd7TRB8EX0MewadEFby5Qx74LUSA4otDHvjVRJxSxkMe+nRH6eoIQx77ZkVWHVRDHvy3RTT6xUMf+qlGK3dUQyD5zEZYnFdDIPt9RJZ0OUMi+3JELkEMQyO55kP0NwtDI7sRRBXVWEMkUtNEApFlQyTtTkYKH31DJQqNRLp/7EMmsh1ECB/1QybskEUJ/xtDJvRmRGaJSkMnSAJEC3ACQymcYUQnPZxDKZ52RfsvmUMqgbxD9leAQyvyh0QDeHlDLAKVRBNDIUMsTfZEGllDQyzo90QViFlDLRTWRCQIPkMuXnlEM4sRQy6YIEP1C6hDLvGRRKOWX0Mu8spE1l2dQy70rUfa0ZBDLvXGRSzOhEMv0JREIQaZQy/1kkUOVXlDL/fURDzVW0Mw0SFGBqKzQzDgmkQH/zRDMOGFRCPY9UMw9bdEgH5xQzIM9EX4YR9DMtCZRl/S2EMy2BVEoNUyQzLy2kSsobJDNNABRZWuqUM012lErhG1QzXhVUShxg5DNs9ZRDDIiEM3GMdED023QzsBykTP++hDPNvLRBwTqEM9Ac9EBLa6Qz0QaEQnOp9DPREjREeO3UM9EkREL7iNQz0TiURaTCpDPRdIRFbgEEM9GJJECHyyQz0ZT0QXXWNDQO3VRAnKO0NBc3hElFvvQ0F7RESCRixDQYZfRH0rckNBh4NFQupqQ0GI5kRNwhVDQZOcRF2o0ENBm41EmH1vQ0IT0EPpRDlDQvzqRFuyPUNDRNFD8aIJQ0T0QUQvjSRDRRE0RCV2MUNFLptD/rDmQ0eWikQHseJDSTq2RLyF80NJT/tFwOcQQ0lRukQD5DVDSWUxRKzcW0NLaSBEC0O+Q0z3fkQnvA9DUPXtRIzWjkNS/ctD+MJkQ1dFeEQqNUJDWBQoREKeHUNY7+BEX+1RQ1kKxkW1B4RDWgu0RGOFt0Na9m1EYpO7Q1r7L0Q4hGJDXsOiREIN30Ngw09ELq9DQ2DNnEZWcxNDYs0IRhDPj0Ni1JdEecUPQ2LlukQYUNBDYvcmRfhIoUNkzGdE27wbQ3IQqEQGStBDcvF2RaXpAkN0gz5EFiX5Q3a02kQLqJFDdvWqRKeS6EN4z6VEB2gUQ3zmlUS8IKtDfuXYRJ6SnUOAk0hEAeVXQ4Hya0QV/xtDg3cERk09h0OD9xpFBL2CQ4R2rkXhDhdDhHzpQ/+cwEOEkttEsLaqQ4V2REQf+4lDhmBORI3xFkOG9NBERV3mQ4dgAEThb9hDiDnuRD9/rkOIX+dETXVOQ4h4V0Rl6ixDiHmMRKiBh0OIerBHhZEsQ4h9mEQZt7xDiPrMRjxH9EOJemFGR+q/Q4n6eUS5AiVDinfKRFTuP0OKedNEL6rKQ4t0HkXhsPBDi/Q7RC38k0OL/rBEWxS4Q4xzyUVN8BRDja1MRAQj3kOOUIJEATlaQ5B3z0e08ABDkHj6ROOrT0OQ9/RF9gw1Q5F3gkYcrKFDkXlaRA7jEEOSdxFD/d7ZQ5KW0kSDMENDk3EzRNMxeUOTpF5EAv5VQ5Rwz0RmneJDl2tuRDKgJEOXz4ND+gazQ5gSKkQprnhDmFTVRAXVX0OYWklElX2kQ5h07kbg2R5DmPVlRJDyVUOZdGZEHgpDQ5p0DERelv1Dm9fERAP540Ob/ClESLAwQ59Aj0QsSz1Dn0SKRMe2BkOfRtREorbZQ6DobkQrenxDoOx2RAHSaEOg7U1EFpDDQ6DvEkRrQ1dDoPFxRYqMdkOg8rNGQEhaQ6D1tESCIQdDoPptRAHtQEOg/TZEE2PxQ6F4Z0UsYJpDo/lURFEElEOkTHhEPUifQ6WC/0QWMHtDpr44RACC/EOnQkhEFybeQ6iL4kRbQglDqnkMRRD2d0OvPPZEBfFsQ7C7O0QnUlRDse3KRDH1C0OyL9REbX+lQ7JI+ESnc/dDsnYqRXCTHEOy5a1EihJcQ7N2FkSJRuRDuJawRBEl7EO4u2ZEMDATQ7m0zUQ9ZlVDunN4RQZJrEO7hjpECCmrQ72KFEQDvplDwGp3RAkXaEPBeEVFu3CcQ8H4SUTixclDwnedRLJNTEPDh3REKWtjQ8RxWkTmdeNDxXFPRJ7XtEPG/ctEzmQoQ8d+wEPwaxdDyXVVRl8PFUPJ9YlFc75sQ8p090Uu74lDzC6ZRA2fHEPMbsxEfe/mQ9FyekY2pF1D0fK4RKb/UUPScfBEj1OiQ9bt20QmxSdD2W+BRTDqpUPaqOFEFkFrQ+VpHUT6e5pD6jQYRHMlJkPrc4FFBeA3Q+yXFUQ5u91D8oArRAfFu0PzJi5EEtCZQ/Nww0TNX+JD9lxWRBqY/0P2/mhECTRCQ/7dSUQEHHxEATllRJ4A9kQBeXtEiBNjRAMTPkQYfkVEA2VHRAqA6EQDxjFECrJdRAU38kTSkLREBXgNREKN3EQHbMNEu17pRAeGIUQC/I1ECTaRRFXFA0QLK6BEfB5IRAs36UQJUWxEC0QARMuDGkQSCbNECc4bRBIKxkQ+f0NEHrHRRBIQbkQhKrhE+uQrRCGwa0QTLI1EI7rBRIWiIUQlLO1EwtlbRCqU9kQJilREK47/RCWVK0Qub/dEFPP9RDJgzEQWmGdEONaIRH8In0Q66whEMZQ2RDxhjEQaVhxEPbzZRAvwvkRDwYVEEHuNRFEcfUQbvlxEUk0uRA5tkURYt0JECvckRFmZhkQDMstEXlsgRA2ECkRfTfdEAcPeRF9gbEQKZxxEYWZmRBI/UURonbFEJFL5RHATVkQmHN5EcMFdRYCZdURxarREhz9+RHJbjUQS2TpEd4a/RI/YtQ==</peaks>
+    </scan>
+    <scan num="1643"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="436"
+          polarity="-"
+          retentionTime="PT886.078S"
+          lowMz="51.063781738281"
+          highMz="990.714050292969"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.3105890625e05"
+          totIonCurrent="2.247877e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1644"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="422"
+          polarity="-"
+          retentionTime="PT886.857S"
+          lowMz="52.074340820313"
+          highMz="991.524597167969"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.21168109375e05"
+          totIonCurrent="2.1099475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1645"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="407"
+          polarity="-"
+          retentionTime="PT887.657S"
+          lowMz="50.110454559326"
+          highMz="990.078796386719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.414873125e05"
+          totIonCurrent="2.19219025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1646"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT888.433S"
+          lowMz="50.146385192871"
+          highMz="994.296264648438"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.92763359375e05"
+          totIonCurrent="1.91398325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1647"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="453"
+          polarity="-"
+          retentionTime="PT889.318S"
+          lowMz="50.863960266113"
+          highMz="999.827209472656"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.81994203125e05"
+          totIonCurrent="1.798613875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt0skPwYtZCUFUlRAltX0JSIbND1pb7QldAmUQBxVJCV0KBRB2d5kJZgEFD22wpQlxYDkPSfK9CXe+SQ+D6iUJeLVJD+9euQmQSLEPj+ytCbRnvRAI4OkJ1SGpEAghkQnfz/USG6mtCeYG3Q/CzckJ8URRECc0aQn4hf0PgA6pCfnuVRC5l7UKAlaxD5fzgQoNjSUPgxedCg/XTQ+dTrUKIJm1D74JwQolAEkQIsc5Cif3IRAjIfkKKROREDjrcQoqujkP4CNtCi/86RA0oy0KMO8hECnmdQo3/aURJoOlCjw/QRAY3fEKRgJ5EIIrFQpGKqUQE6E5CkeOBQ9P2kkKSly5D5noeQpNYa0PU4ClCk3fZRAtfyEKUAL9D8D0BQpYYu0P1P4ZCl/vyQ9oLPUKbxiJD9kW0Qp3WcUTkT7FCoFaQRAGfYEKg7ClD9ikcQqDvvkQrR6pCoPJ4RaBmjUKg9rZD6mcZQqD3y0QgIQJCodVgRQWQwUKmmGVEBvQ4QqiSN0QS8hNCqmaQRAJDjkKrXhVD9AMDQqu5rUQH/NZCq/xYRLu2IEKsAPpEQRddQqwF20QCOblCrAgvRTfubkKsCutD/gjIQqwTZkRIqg1CrBQTROaZpUKsoTND1T7yQqyhmUPSiAhCrXkDRAjGgUKt/MtELZdlQrIMd0S80txCsjlzRGTfNUKyf7ZEBj6qQrLxjkP2pYFCtXINQ+qtqkK1+1RECkUNQrX/40SlNsxCtgBuRSJm70K2AdJIMbqNQrYDaUUF6kBCtgRHRTsY9EK2CDRENzUuQrgDgkVBUMxCucP4Q+sluUK6A/pEp+TdQrru80Qr5nxCvYyrQ+vldEK+kblEAJVsQsXgykWxYeFCxeXVRNqqbELG6AJD4BQsQsfZ+UWqVG1Cydp1RHpTmULJ26lEmq1VQsncR0UMJjxCyd3pSAorqULJ375EuNExQsvd9kZwQaVCzd0PRUo80kLN6cpEOD3AQs36IEQR4wxCzq2gRBqdpELPd+1D+mO7QtHrZES8gkdC0+ujRyX0OULX6X5Eo6qdQuAalUQN6LhC4fiERxB/h0Lh+dREIMY/QuH7z0R1sXFC4oEZRBC1R0LiiopEUFcLQuOPOUP7WlBC5fobRoCrtULmAb9EH4V8Quf6hkSixHNC5/vuRBRr8ELp20pGC+JMQun420TMBLJC6gnrRCCXP0Lr22ZEcxA2QuyaWUQbY61C7e6eRLUd90Lv85NEnt83QvnZMURcyVpC+sR7RBNvAkL7xN9ECVbhQvwPvkVEgtRC/c8/RoYDC0L92CFEZ8LbQwDtk0Rl/F1DAPWmREfqGUMCwsdECPQaQwL3UkUeodVDAvu9RdojG0MD+/VEnKbUQwTeIEceKCpDBWitRARO2EMGEh5EDGfuQwbZ40Qj5D5DBty1RA6srUMG3XdG4gwQQwbk+kcT6m1DBu3ERAccUUMH5QBFQbRAQwf4g0W+swtDCNziRhjookMI5DFGGQJUQwj3BkPcINBDCeQ8RGTo10MKQjVEHvo9Qwqjj0QfV+tDCtwYRFH00UMK66dEWOjoQwsQ9EQEf31DCy4kQ+beiEMLNZpEBsdlQwvvekPy9mhDDcm3RAZR4kMO7clFHmasQxDDNkQCukVDEOpPRDQzFkMQ6wxEK8sRQxDsWke1fLBDEO5hRENuVEMR7GFGEO5CQxHtOkSXZslDEn3hQ/nL+EMS6+VE6UF4QxLtU0QMlZVDEvX/RiYvQUMTD8ZD33ftQxManEPzb6dDE8o4RB6B5EMU8xRGPgyMQxXzZUSu1eZDFvJbRXcGQ0MXF89D/jo5Qxn/v0QfK+dDGtafRDRAp0Mb0upEBNSpQxvfp0Sl5bZDHd8kREYH20Me+N1EqQH3Qx76cEf1+oJDHvyrRVqZ/0Me/rxEMEouQx/6okZVqs1DIPnIRkf4IkMg+4xEur6qQyO7skQQPPpDJO1ORg3SV0MlCplEmAVRQybsgUUAEoRDJvSGRIWUL0MpnhBGAzauQymgf0Q5WNlDKfowRBMMJUMqRNhEGKEIQy2eikQV8ulDLlwhQ/1Yp0Mu8Z5Eo3n4Qy7y3UR+nelDLvSrR9cBMkMu9qBEW7VHQy73j0QNDQlDL/VzRQeafUMw0R9F3loEQzDilEQWTJ5DMPWmRFuFCkMyDPFGIzkUQzLQl0ZaEJRDMtgIRN7t7UMy8stEpbuGQzMN7kQULflDNM//RZEpaUM012BEWjcyQzUSO0Qd4T1DNd6MRI/12kM151pED7ezQzayeUQFs+lDNs9/RCv5oEM4sHtEBor3QzsBukTEDV5DPFkYRAs/O0M9EOdEJ2bAQz0R/kQAqWxDPRKqRAMOyEM9E6JEV5vfQz0UZ0Rro11DPRWORAJY6UM9FntD7Rc8Qz0XbEQfD+9DPRkkREtX3UM+/PFEACAhQ0Aw0UPsq+RDQFDhRDYmw0NBdS1Ec01dQ0F9LUQ7Uj5DQYk4RVdrkUNBnSpETn6ZQ0Ha4kQPO8dDQv0ARE3wgUNE9XxEQS3PQ0XRpEQBIQpDR5wtRBAK4ENJGRlELCu0Q0k6SETIopVDST0cQ/yYc0NJSoxEDrfuQ0lPiUW1Kp5DSWTTRMhFAENJqqBEPag4Q02Jy0QLZ7NDTzJtRA+/H0NQ9ftELOb4Q1JOs0RWgKZDWBWGRA0hrENY77JEgc1YQ1kKxkXba0RDWu9gREuOzENa9k1ERw5GQ17DqEQ73EZDYM2YRmvz50NhD+BETDxwQ2LNDUX+m3xDYtSGRFTt00Ni9y1F4cRZQ2TMjkSXqytDZPayRIrgnENwCpREAKv1Q3Abv0QH37xDcO6oRBC78kNxajpERc7bQ3FsvUQhNQNDcvF1RaDfpkN1qZFEC6MjQ3YW90QF3JRDdvWVRKD6j0N5X3hECsOZQ3t3E0QErZ5DfOaWRMQB5UN+5dREoCrAQ3+gqUQO7btDf+YbRFGNwUOB0dJEKQLIQ4N3AEZOSMZDg/cTRN4c/kOEdqdFy0P6Q4SS5kSWrytDhPbVRJKyfEOFdlFEI2a4Q4ZgXERXL19Dh2AXRN06aUOIOBFER5OtQ4h4uURi0cFDiHquR3xq00OIe/xEXOQaQ4j6x0YtyDRDiW5nQ/2LdUOJeltGU3CJQ4mBeUQFs4JDifpuRKZ6Z0OLdBlGAiyaQ4v91UQl14VDi/99RCjrY0OMc8hFQaxCQ436rUQZn/BDjf+QQ/SWSkOPjoFEMxC2Q5B1GUSXVg5DkHfMR7DJDUOQegBEJNSyQ5CA80QlL0tDkPf1RdwIoUORGbtEDzsTQ5F3f0YbMJJDknbjRMfGv0OTcURFCdd2Q5RwykR1l6pDlWv/RA4As0OWIVdECZ3mQ5dqLUQ3tIhDl2tzRDPuLEOYWvlEqrf8Q5hcREQ3sVxDmHTvRuaik0OY9WVEdUdNQ5j2cUSlY9NDmXWfRE78LkOadBZENRBbQ5sZhEQP8nZDm/v0RCRD4kOeKxFD+ZUXQ55eSUQ8krhDn0NvRHJ6DUOfRaBFGmodQ59HrkSCxpFDn21NQ/upnUOgDiREDTPlQ6Dn5ERXcfJDoPB1REl2XEOg8qBGRowQQ6Dz6EUbvYhDoP0wRFJfdUOheGdE9sX/Q6H4lkRUfZxDo/kwRDTXfUOoizFEkXzhQ6p490TIjDVDrXJwRFQh/kOxfwdEHqQOQ7HrOURo5ABDsi0oRK71Y0OyRipEhNx/Q7J2NkV0xA5DsuQqRDGBiEOy5phEEwvwQ7L2K0QlrD9Ds3WsRHhwRUO6c4NEle15Q7x1iUQhFr1DvVlIQ+vvWUPAQFxEAHXAQ8F4LEWajPxDwfh5RQpyUEPCd8hFFI19Q8OHw0QVhcVDxHGJRNFhdEPEtGpEIRQrQ8VxOkS6CNJDxvygRJuf5kPG/rJEs8yhQ8cAsUQV3LRDyXVORo1+XUPJ9X5FfAm+Q8p1CkVhQIJDzG5yRJx33EPNX+hEBKVhQ81ugkQwj+FDzyIHRALUgkPPT1NEC3DrQ9Fyc0YavaFD0fKtRMxP3EPScgJEuCoHQ9aYgURAebxD1pq4Q/mVjEPZb6xFMs7HQ+VoFET4KE5D5W1jRA5pNEPmybVEcIS2Q+tznkT5qphD7Jh6REwpiEPvNItEBgFOQ/CHkkQhf6JD8iWYRA9TpkPzcMBEkt1mQ/OFeEQN1RpD9De5Q/4wGUP6dYtEY8ugQ/r2IkQWpaFD/BsuRBo9WUP85X5D+1maRAE5hkS8XNtEAbkzREjBoEQC7vNEC2eORAMU6kQP7sJEBTgURN+NcEQFt+5EGxJnRAdrtUQ8S0pEB21sRKzBdEQHbvpEPE2xRAkC9kQg2nxECTaURDlJqkQKZx9EIKhiRAspZkRPG0NEC0HdRMIlYUQMhldEMXp4RA7nHEQWW39EE2BXRBSONkQU5HpEDIzIRBWvgUQHhKVEFr+nRAay3UQaObpEGW+3RB2QFEQRjtlEISl8REKTlEQhK3VFBFpqRCO8BERFcg9EJSwXRPwh7UQog9tEBmx3RCii1EQjtVRELCeyRAihAUQycF9EB8JuRDWFukQPYYtEONShRF1RqkQ41wtEnLSmRDo6wUQKjmREPCp8RA9f/kQ8vb1EKP9NRD0IJEP7wYtEPZnKRAFrvERBiShELMp5RELtiEQMfMtEQwdWRDRJjURDRuhEFKJQREen8UQOVC5ESU+JREttW0RSTqNET+jNRFSMJ0Qjp+hEWSlhRAnF6URbTO9EJs93RGD4/EP2EndEZCvCRARLQ0RwvmhEjvBmRHDCc0VeZl1EcMX5RGyIbkRxa55EVVzORHKh+0QeHGtEd4L8RHmAl0R59PFEJXIM</peaks>
+    </scan>
+    <scan num="1648"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="437"
+          polarity="-"
+          retentionTime="PT890.235S"
+          lowMz="50.83610534668"
+          highMz="990.053955078125"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.03909984375e05"
+          totIonCurrent="1.783774875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1649"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="424"
+          polarity="-"
+          retentionTime="PT891.154S"
+          lowMz="51.551677703857"
+          highMz="994.759094238281"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.34642734375e05"
+          totIonCurrent="2.20884025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1650"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT891.924S"
+          lowMz="52.035724639893"
+          highMz="990.053039550781"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.43242625e05"
+          totIonCurrent="2.172244e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1651"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="415"
+          polarity="-"
+          retentionTime="PT892.705S"
+          lowMz="50.907634735107"
+          highMz="967.395568847656"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.073759375e05"
+          totIonCurrent="1.882116375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1652"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="463"
+          polarity="-"
+          retentionTime="PT893.594S"
+          lowMz="50.104000091553"
+          highMz="984.06640625"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.1327409375e05"
+          totIonCurrent="1.826754e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1653"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="435"
+          polarity="-"
+          retentionTime="PT894.517S"
+          lowMz="55.036125183105"
+          highMz="990.067993164063"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.42514359375e05"
+          totIonCurrent="2.076382625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1654"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="442"
+          polarity="-"
+          retentionTime="PT895.33S"
+          lowMz="52.165382385254"
+          highMz="999.254211425781"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.6097440625e05"
+          totIonCurrent="2.104922e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1655"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT896.138S"
+          lowMz="50.048984527588"
+          highMz="990.059814453125"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="1.688526875e05"
+          totIonCurrent="1.68466775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1656"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="456"
+          polarity="-"
+          retentionTime="PT897.101S"
+          lowMz="50.175430297852"
+          highMz="993.596313476563"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.22301765625e05"
+          totIonCurrent="1.815877375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1657"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="474"
+          polarity="-"
+          retentionTime="PT898.06S"
+          lowMz="52.037887573242"
+          highMz="990.050537109375"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.91252203125e05"
+          totIonCurrent="1.7902765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1658"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="447"
+          polarity="-"
+          retentionTime="PT898.993S"
+          lowMz="50.903099060059"
+          highMz="990.30908203125"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="2.05857140625e05"
+          totIonCurrent="1.906984125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1659"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="455"
+          polarity="-"
+          retentionTime="PT899.852S"
+          lowMz="50.767242431641"
+          highMz="992.649353027344"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.62127625e05"
+          totIonCurrent="2.003201e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1660"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT900.713S"
+          lowMz="50.52294921875"
+          highMz="997.192260742188"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.0572046875e05"
+          totIonCurrent="1.7305225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1661"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT901.642S"
+          lowMz="50.801807403564"
+          highMz="990.034790039063"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.0866490625e05"
+          totIonCurrent="1.7074885e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1662"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT902.605S"
+          lowMz="50.207347869873"
+          highMz="991.365539550781"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.03269984375e05"
+          totIonCurrent="1.755118625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1663"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT903.538S"
+          lowMz="50.541610717773"
+          highMz="991.693725585938"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.009425625e05"
+          totIonCurrent="1.718109125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1664"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="458"
+          polarity="-"
+          retentionTime="PT904.457S"
+          lowMz="51.224376678467"
+          highMz="990.005798339844"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="1.91778890625e05"
+          totIonCurrent="1.67776725e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1665"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT905.427S"
+          lowMz="50.080478668213"
+          highMz="990.010498046875"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="2.03209796875e05"
+          totIonCurrent="1.7419065e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1666"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="438"
+          polarity="-"
+          retentionTime="PT906.379S"
+          lowMz="51.447135925293"
+          highMz="989.998107910156"
+          basePeakMz="91.003593444824"
+          basePeakIntensity="2.1319740625e05"
+          totIonCurrent="1.7223385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1667"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="436"
+          polarity="-"
+          retentionTime="PT907.341S"
+          lowMz="50.140354156494"
+          highMz="993.140197753906"
+          basePeakMz="91.003562927246"
+          basePeakIntensity="1.96561734375e05"
+          totIonCurrent="1.712766125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1668"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT908.303S"
+          lowMz="51.232540130615"
+          highMz="993.681457519531"
+          basePeakMz="91.003623962402"
+          basePeakIntensity="2.000888125e05"
+          totIonCurrent="1.650413125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1669"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="484"
+          polarity="-"
+          retentionTime="PT909.264S"
+          lowMz="50.935188293457"
+          highMz="995.877563476563"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.950885625e05"
+          totIonCurrent="1.682699875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1670"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="462"
+          polarity="-"
+          retentionTime="PT910.223S"
+          lowMz="51.763515472412"
+          highMz="989.986389160156"
+          basePeakMz="91.003623962402"
+          basePeakIntensity="1.845560625e05"
+          totIonCurrent="1.66925775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1671"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="429"
+          polarity="-"
+          retentionTime="PT911.186S"
+          lowMz="52.228240966797"
+          highMz="989.977661132813"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.92354828125e05"
+          totIonCurrent="1.65166425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1672"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="465"
+          polarity="-"
+          retentionTime="PT912.145S"
+          lowMz="50.827213287354"
+          highMz="989.950927734375"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.7485803125e05"
+          totIonCurrent="1.644180625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1673"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="452"
+          polarity="-"
+          retentionTime="PT913.09S"
+          lowMz="51.709121704102"
+          highMz="989.129211425781"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.16064515625e05"
+          totIonCurrent="1.872023625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1674"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="459"
+          polarity="-"
+          retentionTime="PT913.978S"
+          lowMz="50.390312194824"
+          highMz="993.873657226563"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.12625921875e05"
+          totIonCurrent="1.813179875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmPrkP6SCRCS8bQRBb5fkJRwnJD8U0dQlXAO0QiXcNCX7yiQ9coRUJgWz5D7t4NQmP3+kQGoUdCZL7XQ/EsI0JmlYFEDZM+Qm0j50PyPA9CcX74RAQKLUJzq31D2JUZQnOzqkQEp05CdrZyRAi/h0J39AREqmLTQn57ikQkdslCfo2lRBGx3kJ/B/RD9z+vQoBhrEPnmS1CgcVNRAaKXkKB0b5EGf/4QoIyvEQGPuhCgn6FRAlA70KD4cpD7jVrQoR9M0QlkpFCiA3oQ/eAr0KIQuBECAxqQoiY9EQBuBdCif3ORD4iMkKK3GJEBbnhQosRmkQTLnxCjCeDRApbb0KNNUJEED7xQo3/cEQ0Uf5CjvpfQ/YBKkKPmSFEA9VcQpFTyEPgGM9CkVQ0Q/DD1EKTSQlECDqHQpRcREQTbjVCllz6Q/zxvUKa6zdEFi8kQp3WckTOUXZCnuSbRB9b9kKgSrtEAp7oQqDsK0Q/kBNCoO/GRDeomUKg8ZlFYKw3QqDyMUWIwMZCoPYURGcvSkKg95dEYDC8QqHVakTX9OlCofMXRE31GkKmLvdEDSYYQqeJC0REmKpCqASeRIc7FEKpTL9EDx95QqqWHkQCyVlCq5pRRAVY5EKr2fZEDw1CQqvwKEQO4whCq/voRN4AckKsB8dFTVT4QqwIsERzoRhCrAlbRCX4uEKsCi1EGkV6QqwPGUQi2rJCrBOZRPIo50Kt/NpEauv7QrDLWEP5wINCsgx+RNRdU0KyM5pESuugQrP/j0PnAyJCs/++Q+QoJ0K0lDdD/0mrQrWZsEQELSBCtf+9RIgd8kK2AFhFZgmEQrYBBUXadJlCtgHWSE+ke0K2AzxFelz+QrYEQkUVo5ZCuAOLRS0fhUK6A/FE5ickQrxfoEQSUxVCvLKERB9AuEK9rpFEGUElQr3Ei0QkSNpCwdGJRAgLk0LDlDJEJy1YQsXgxkXFVMpCxeXlRMUSO0LGfzdECjA+QsfZ9kWB+oBCyUMlRCufskLJVdtEGHkAQslq1UPzQ3VCyXG9RAvc6kLJ2p1EakKwQsnbc0RPcyVCydwaRM18lELJ3QxFlF7dQsnd7UgHcwhCyd+ORStqEULL3fdGYGPaQs3dGEUy1MZCzem7RNG6+ULN+itEM+RhQtHrakSUCQhC0+m7RGXR6kLT6q9EyZUOQtPrp0c9kA1C0+19REMK20LVNxVED38xQtU/SUQxYSpC1YqlRActvULV6clEBWrlQtbLh0QD1otC1+l7RNpE+ULbNJZD+mc+Qt3zlkR65tZC32O9RBFB+kLh93VEUOk1QuH4h0cKZaZC4h8QRBCzEkLj+iZEJiNxQuX6H0Yz6G1C5sfbRBNTVELn+o1EVWbhQunbUkYGpEVC6fjeROArXELrmytEIpLUQuvbv0QyJOBC7SPyRAthW0Lt7qZEmZvJQu/zqkSlfflC9oOXRAoc0EL5wNNEFWtOQvnZPERpuW5C/A+6RRV9zUL8HUBEKkgsQv3PSUaSDylC/dgZREX4jEMACPhEb8TyQwDtq0RMUe1DAbQdRBWfqkMCVb1ECZuYQwL3WET6RFRDAvvBRbA650MDFhhEEcE8QwSvwEQUXJxDBNwVRB7or0ME3XlEtORsQwTeJEc8Q9NDBOZoRMMjYkMGiJNEB8f6Qwbc20SuJVhDBt17RybrqkMG3klEZ8KbQwbi/UQ1HetDBuQ9RJbapUMG5PlHMmWqQwflBUVpAmZDB/iDRdV/eUMI3FFEvtXRQwjc7kYv4FpDCOQzRl/FU0MJ5EJEqnTXQwpChUQuxyBDCtwmROLVkEMLPUFENegqQw0GekQXBzdDDu3JRTTpakMPAGtEFzG3QxAbEEQdkBpDEOrPRI64F0MQ64pFG88dQxDsXEfEBcVDEO2wRMAe0EMQ7mxE25eMQxHsYEXrk29DEuv8RKulC0MS7XJEO5ZHQxL2AEX/ZcJDFOf/RAvbzEMU8xdGO5OpQxXzUUSfbgVDFvJWRXHE2kMXUw9ED3XxQxfFo0QifwtDGOstRAkIZ0MZBetEF2d/Qxn/4kRDKu1DG9++RNzHjEMdRitEDPh5Qx3j5UQJcCpDHvi4RHWI50Me+X1E3WykQx76c0fFnxRDHvv/RNKaTEMe/MpFQd5gQx/YUURcv15DH/qnRiTpikMg12dEXWwdQyD5zkZKqrBDIPtlRJH3ekMh13hENzPWQyLW2ESJmo5DIvt3RJjfCEMjulJEItbLQyTtUEYYqL9DJQqiRCtIakMm7JdFAv8UQyb0ikSVd35DKZ3iRgwsFUMu8aNEXORNQy7zlET+UGJDLvStR7Tg6EMu9pJEtPFDQy/1f0Th7G9DMNEoRasY+EMw4DpEeG5GQzIM70YJ3FJDMtCVRiQNckMy19BEXXWpQzLy1UUP0/pDMvoMRCLYuEMzDcVEJ5eJQzTP8UV5+w1DNNeLRKCKVUM02llEFTJ4QzXYj0SGm89DNs9qRFJgF0M5letEIi7rQzsBnUUB5rNDPQ8yRC59xUM9EH9EEHgtQz0RSEQQEdJDPRHQRBSWs0M9EvdEh2npQz0ULEQh/LdDPRU+RDGuKkM9FmREVPdgQz0YQURqOm1DP/IQREMOeENBGpdECyZiQ0FwiUQ3SRxDQXTcRKPsQUNBfK5ETeVKQ0GIykVNAJ5DQYoBREct6kNBnM9EjROgQ0fODUQB4T9DSAQ4RBsN1UNJO0xFCELJQ0lPE0RHfB5DSVB2RcpdvENJZatE5nI+Q0oDC0QMLxlDTuK2RAvLr0NQ+XpEEJu8Q1SMD0Pwu/5DVfdjRDdJ30NYEphEhv6EQ1jv2ETJgVVDWQrIRckGIENa+3dEU2k7Q10Fg0QA1+BDX3IFRBLEuUNgzaBGk1ntQ2DRKkRXQa1DYQz4RE5xvkNizQhGIr1kQ2LULERp5FRDYvc0Rg99iUNkzGNE+0xiQ2T2rUSK+pZDZ+41RDmWh0No6idEYLP4Q2tjf0Qbr2dDbl6YRBetC0Nxaj9EDxxhQ3FrmUQTG4tDcvGERc/RoEN6gW1EDAHKQ3zm30SV+y1DfiiWRAYQVEN+5gREfDZpQ4CQTkQSS/ZDgRjsRAbmJUODdwNGVAcCQ4N4YUQUb+BDg/ckRP8klUOEdqhFvYObQ4SS40SO9bVDhPbBRKmBYUOFdjFEj2HNQ4YapUQGBQVDhmBERDXimkOG87lEZDJDQ4dgMkS4j7JDh5jPRARKWUOIAHlEJQGVQ4h340QsvXdDiHqwRzFel0OI+s5GELnwQ4l6YEZDgIJDiY7URCJB6EOJ+nBEg+zhQ4t0HUYfUNxDi7RHRBJ7AEOL9EJEL5e/Q4v+h0RC/XlDjHPFRWLm9kOMpz9ECUVTQ41zQUQsU1hDkDNsRCVUK0OQdSJEhOv/Q5B3z0eMvbZDkHkkRF02dkOQ9/9Fw6u5Q5D5TkTzxXlDkQQfRC40F0ORd4BFyfyfQ5J27kSCPNdDk3E2RS55/EOTegJEV04PQ5Rwz0SVXW9Dl2tSRCIunUOYWRtEtNJQQ5h08EbAJfBDmPWgRJ2/j0OY9o9Ej/4RQ5l0f0QfZWBDmnQKRCv/40ObdzlEMp+hQ5v8FkTCaKVDnE9kRA3ML0Od4Y9EDzWWQ538tkQaJGJDnl56RJ4k/EOeZMhEHqhuQ59C20SPEqpDn0RLRKD48kOfRe5FFcDkQ59HYETvjLtDoOkURFhi2UOg8SNFja1MQ6DyQkZNBmRDoPNhRV8Ry0Og9IxEw7s3Q6D9PkSnP/9DoXhtRPILykOieBZEXmJFQ6KXnkQaV/BDpEu/RAZJNkOkTQxEQqQRQ6RONEQo7LVDqnkQRSu8f0Oq+T1EP/P1Q6srUEQOKshDrXKqRBISQkOvOiVEKDkMQ7HcmERdsgdDsidQRGilpkOyQEhEpgBPQ7J2PEVwKLVDsuP2RC6KX0OzdeNEI1eQQ7QUNkQSk+1DulMeRAphIkO6c15E7WXyQ7xz20QxB15DvHWmRFU8hkO9dCVETLyyQ8F4PUVtiE5DwfhWRMY7BUPCEgtEF67EQ8J3wESUIcJDw4gYRIAxyEPEcaJEph/cQ8VmU0QliC5DxXEyRLPGQkPG/ERFEk8gQ8l1V0ZBGvpDyfVbRTkQAEPKdNxFH37VQ8xuikQfXBpDzjpeRA9IVkPRcmxGBlZlQ9F9AkQc4iZD0fK+RJtMB0PWmIJEPARAQ9lviEUJdoxD255fRGMInEPfSLVEG4BRQ+Vo+UTpd+pD5sbQRGtxm0PpoX1EB6PcQ+o0nkR8/5BD63OORO7YfUPr88FEO9CjQ/Ivz0QOguhD83D3RIkwZkP4qhVEEcpARAE5XUS7vGlEAxPBRFfUokQDGHFEEoSORAQ31UQcY9JEBIkoRBv4JUQFN/tEn9qhRAdrqES4BXRECcimRFBRiEQKSplEUf4CRApiwURSm1BECyTaRFlyZEQLPVhEwGVORBILf0R2zbhEFQowRAyk1UQWTtdEPdtGRBa96EQRFmxEHC5mRBm5o0QeK+hEM7LiRCC7FkQral9EISl7RNPOm0Qij4JEKs1eRCO7REQ3hopEJSTgRBJyZkQlLMREwStPRCZH5kQlfLVEKHZcRDJFnUQoz6dEG6LFRCozgEQhMz5ELCYLRBGPR0QuXeNEK756RC/OIkQbWKJENOIkRBmHOkQ2nstEBL8DRDd/bEQJeYREONbPREbEv0Q5I41EGSMuRDzhnEQf1axEQYjxRIOPlkRDAVxEVVtSRESDM0QGJvpERRCkRBwIJURGMztEINomREiEGEQe2+dETosYRB/NLURPbQNEPv9IRFJOVUTBKs5EWfHaRBuTPkRboUxEE3jhRFy0e0QMzL1EcL+dRYxaxkRxZytEAQehRHFsFUSuhx1Ed3rbRHjZ5kR4d+pELwwQ</peaks>
+    </scan>
+    <scan num="1675"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="449"
+          polarity="-"
+          retentionTime="PT914.867S"
+          lowMz="50.057197570801"
+          highMz="989.907104492188"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.0831565625e05"
+          totIonCurrent="1.783803625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkg6kkPd19lCUuHhRDF0BkJU5NRD5pk4QlZIq0QJeu5CWX8xRAfP6EJZiGZEEZDHQlwOtkQpJW9CXHBZQ+biyEJdCOBD1bDtQl0JRUPQxEFCYBPoQ+T6KkJglW9D+ZTdQmdgwkPp5YFCa0GgQ9zV7EJtZAJEE1nqQm4ULkP/gldCb3bCQ+1dGEJxbJ1EBAXXQnMOM0PcWrZCc9+jRAIfW0J0EgxD7o+yQnUnkEQAk6BCdwK3Q9gn8kJ3JodEBXHCQnf0BEQycMxCeCkGRA2UNUJ4xWpEAS6UQnluskQVpBxCfMsGRAjB6EJ+e4VEHdguQoBemkQdViZChC7WQ++K6kKGhMREBdzEQoaNy0Pe8BBChuluQ923zUKG8+FD6Ub1Qon90UQIyb5CinZmRAURh0KPcZhD++yNQpS0lkQopyFCnHzaQ/yKHEKdqgVEZaApQp3WbkSVTTpCnoq8Q+L0fEKgEMJD/KtHQqDr1kQIU5VCoOzDRCUrbUKg8EFEMZ3EQqDxyUWYjHNCoPd6RFoHrkKh1WJE14VsQqHzLUQe+ShCpJ0FRB1DrEKlRkpEG0v7QqgEpESP4dtCqNSeQ+EjHkKr+/5ElnslQqv8xER0CWBCrAQDRBwgQ0KsB+NFHo6fQqwIokTFcdFCrAp2RADjGkKsDxpD7gY0QqwTtUS4dUJCrBR8RG4pWEKt/OVEizhDQq9vS0QH1vtCsgx6RPTHa0KyMwhEcGuMQrLleUQGg2hCsuZYRAXSoEK0dstEBG3JQrUz7kP5O1NCtdnjQ+3mIUK1+35EVB7YQrX+10SNrSNCtf+nRF8cE0K2AFxFOnCmQrYBCEX2RAdCtgHTSEtu6kK2Az5FJ2PwQrYERkUuBYxCtghHRDsvcUK4A4NFVHmvQroD5USl8LhCulTHRBBATEK6vXVEEf2uQsDx3kPq3qlCxFZ/RAvCj0LF4L9FkstYQsXl00Tg7JNCx0AgQ/N42ELH2fNFnAFZQsgnkkP9GTlCydwpROVzikLJ3exIAiBBQsnfmkSoL+lCyeApRHFHIELL3fVGZFADQsy7mUQZmkVCzd0GRVDqtELN6cdEhT+5QtHrXkRUMydC0+uiR0KQSkLT7XZEFE8AQtQrVEQSGpVC1utaRBcyRkLX6W9E4lnwQt3zf0Soxw1C34ffRA3n9ULgGmBEhNojQuH3ZESU0D1C4fiFRwbFwELh+m1EO9ISQuH77kSAVZ9C5AM3RAMk7ELl+hlGTzC9QuYHikRpAcdC5shSRDY4NULn+mdEf2/yQunbTUX3A9VC6fjrRJkuaELqCdFEctA5QuwnkkP9hJZC7e6oRIH8Q0LuGrlEB7sbQu/zuESka39C8DPVRAdOuELyLIhERDnIQvItpUQDF5tC8jvbRAnwAkLymK1D7GqcQvje0kQSqMlC+OHURAK8lUL52TVEL8kfQvqSwEP9cwpC/A+4RRV7xEL9z0FGl4S3Qv3YUEQe0ZRDAO2vRDW2qUMC91hE3X7NQwL7v0WP9jVDAxPTREE2hkMD+/VEJ/g3QwTc4EQ92xJDBN4iR0qmwkME5lxE2uw9QwbdfkcjRQNDBt4+RCpX+0MG5D9Ebez6Qwbk+Ec8M4pDB+T/RX54bUMH+IJF9NW9Qwjc5kY1aldDCOQ0RmvA4EMI53VEHB2kQwki1UQgwt5DCeRBRH+sykMK3CBFGAexQwr+5UQpbLNDCzzGREoF4UMM6wtEEnyzQw7tx0Vo76BDDvsgRBIROkMQ6uxEmLMFQxDrjUUWAxxDEOxbR8DD1kMQ7oREoa7TQxHsYEYTrCtDEuvfROohDkMS7XhEU8WaQxL1/EYLKsNDE75iRA7v1UMU8w9GL4RIQxXzUkSFTzdDFhCvRB6s2kMW8l1Fh02lQxkFxkSWmCtDGf/cRKJGW0Mb37NEoRjWQx73i0QBH3VDHvl1RNBzpEMe+m9HzGxuQx78xEUFDdJDH9hWRIQutEMf+qBGDfgpQyD5zkY99llDIPt9RLQgp0Mh13JEbi/OQyLWxUSh249DIvt2RHiDEUMk7U5GDht6QyUKoETSrrpDJS0URBeT80Mm7IxFJ4vWQyb0eESQZY9DKO0VRBTgmkMpb95ED/8iQymcx0Qbn5JDKZ4GRgLjtUMpxSlECdWaQy3OeERay4hDLvK5RI8JpkMu85dE+LocQy70q0e5FeVDLvaTRF0suUMv12JECCiQQy/1gETQropDMNEqRcVv7kMw4XREc3qbQzF0qUQHGFtDMgzwRfsIsEMy0JxGDgzYQzLy4USQhJRDMvpSRB1bwUM00BZFLmj+QzTXaESasWtDNaDgRB12bkM11+hEi85SQzZB1EQDD05DNpUMRBBGLkM3fahEDamTQzjWy0RJ2V9DOwHERRhs30M7X4JEAuR0Qz0Od0QXUWdDPQ/nRAhMVkM9Eh1EOiv/Qz0TJURIba1DPRP2RI61QUM9FSBEMNtLQz0V5URIySVDPRdzRE/l7EM9GMpD7c/vQz0ZmUP1WlhDP/IWRFCiNENALbpEC/luQ0EeCUQ3LllDQXTXRKAEEkNBfK5EdPZ1Q0GI7kVKfRFDQYogRITbHENBjVREZrA9Q0Gc40SJD+9DQalIRAbmaUNC/Q9EVf+UQ0T070RYFR1DSBP3RAiTOENJOwdE18QOQ0lOeUQHjHdDSVA9Rcm/U0NJVKVEOEXGQ0llgkSrOJVDTiNyRA9PKENQ4PRD8VcIQ1JM/0QU+h5DUk7DRCo4hUNTFfVEKbm3Q1YV10QGorBDWBQ9RGWncUNY79JE86cmQ1kKukXfpLBDWguDRBHRLUNa7sBERuM/Q13P1UQQeB1DX1wZRAk9KkNgzZxGjR+yQ2DQ50RGHctDYQ/IRM0OmkNizQFGIUPvQ2LQcERK6WZDYtRjRIqTvkNi9zRGAu1BQ2MUWkPybkxDY9kgRAHvZENkzFhFJcGvQ2T2k0Qqd01DZP6hRDZ8wUNl2X5EHfutQ2em40QGTttDaOo1RJm4A0NpEa9EF8EhQ3LxfkW2Oq5DdV7ZRAESD0N29XZETHfnQ3mm4kQXE1NDfOaARQLEr0N+5bJE3BCkQ4DckEQJDYJDgRmQRCEx1EOBaCBEBMhwQ4F7R0QBtYFDgYAjRCoKDkOB0Y1Eg9x8Q4LpjUQHsRBDg3b/RlR110ODeChEMHV7Q4P3IEUbogVDhHalRe1DAEOEktpEoNjhQ4T2nEQvZ5VDhPcORCcbYUOFdkJEnxwVQ4ZwOkSNIztDhxHqQ+lO/UOHYBdEnSM5Q4h6rUdRy01DiHvFRF23MEOI+sZGI+HLQ4l6XEZJYH5DifpdRDURMEOKQLpEHI0pQ4t0IUYHV0NDi/R5RGtn0EOL/xhEiXRkQ4xzxEWg/KBDjXM2REENqUOQdqZEqmSGQ5B3zUeIYfdDkLYxRCiDZkOQ9+VFk7ESQ5F3gkXz+kBDk3FARNrFJUOXa5tEO45AQ5haQkTKuO9DmHTqRrq8TEOY9a9EDwHEQ5j2XUQMWKJDmgqgRA8KwUObJndEAEzsQ5v8NEQZ1vNDnUPQRAKiCUOeUYZEDWflQ55emURgLBFDnnJpRApuYUOfQFZEGEX1Q59ELERHNYdDn0XmRPwnu0OfSSZEaLwTQ6DlmUQSWx5DoO32RArO00Og7stERkk7Q6Dx4kZK6hFDoPMkRWM54UOg/VVEYb3NQ6P5UkRKSHxDpE1ORIYRXUOlgspEBqaaQ6aKFkQJj9BDqIvkRGst4kOqFMBECU9KQ6p5L0Ui6h9DrXKKRFk3lkOtsF1EEAhhQ7Imq0SN591Dsj+NRInCIUOydjtFgPWnQ7LmIURgyppDuJZyRC2oXkO6c1FFEPJPQ7tswkQZibNDvWqCRCQ9YUO9dVdEHL5wQ72kz0Qb5JBDvk6VRAnBd0PBeDFFiKU4Q8H4OkTEYftDwnfpRLUodUPC+GdEKbjvQ8N3WEQIWXxDw4g9RKfe+EPEcZlEsZozQ8VxOERmSQhDxeeGRASDR0PG/bxE+/S8Q8fYxkQCyh5DyXVLRjr27EPJ9WtFK3/sQ8p05EUvag5DzG6tRJcAgEPMd7hEHdRvQ9FyX0XmTlBD0fKwRLWkLEPScf5EiEtKQ9NcfUQVt65D1HTGRDEwukPWMN1EH4BZQ9aZMER+FpRD1tmnRAV8jkPXcyNEA2EfQ9lvW0ULctZD2dK6RAFRfkPbnrpEkkx2Q9wbMUQTJp5D3nqbRAtvrkPjdtNERmY0Q+VpNkTVOK1D6jxJRB5yjEPrc7tE2RElQ+yYJkSGu/lD7VD4RCauQEPuboRECCoBQ/NwzUSlqI1EADuFRCq2FkQBOV1Ej+bpRAMTxURuMGlEA8suRAHOvUQEunFED8/oRAU4BER7GaxEBXgARCJPnEQHbLpEu2ClRAjAL0QlVwZECTbTRB9Ji0QLJJdEO85eRAs86ETGTctEDojWRCtlckQSC+ZEkpxpRBkZEUQKbiNEGv/aRAY0GEQcKA5EHSjPRB6l90QaCxpEH92XRBWf9UQg55JEJCWrRCEqqkUD/v9EI7uqRIWGrEQlCcxECAPYRCUtPUS79GREK+h2RAuJskQwaWhEHaXRRDEBkkQFCRhEMnmKRA1V2EQ3KVpEI8ngRDgDfUQaqBVEONbhRJfreURD0uFECPZOREjhrUQuFThESU/xRDkBoERJ9XxECVCdRFJOX0SknU9EUolYRCMLlURS/89EEBCPRFZcfEQvMeJEWZkQRATBVERhouREDRiARGXtCEQMOr5EcMFLRYRd90RxbFpEmlIORHOA90Qx1/xEd3oORHoB8Q==</peaks>
+    </scan>
+    <scan num="1676"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="418"
+          polarity="-"
+          retentionTime="PT915.783S"
+          lowMz="50.072120666504"
+          highMz="989.8818359375"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="2.07941921875e05"
+          totIonCurrent="1.789630875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhJ2kQ1DKpCSV2BQ/cjokJM+8BEDzFKQmBzdUQAPU5CYu3BRAdLh0JnicxEIyDdQmfM1EQD3TdCca94RADlF0J1oqFEBR3xQnfiUUQJEfpCd/QJRHLhdUJ7WGFEA/GaQoEbh0QImYRCgVJsRBiQpUKIUtNEGCIeQokZHkQKldRCif3NRIT5vkKKh0hECeCnQorwwEQBrvhCjf+YRDJbQUKOWlFECwjBQpCaIkP3511Ck0eWRASOWkKWDGlEClyVQp3Wc0SjiOlCoA4PRCG44EKg6rBEMfo3QqDv/0UF7VZCoPDSRbE2J0Kg8mpEaPv6QqD3A0SHt7hCodViRNVLSUKh8w9EGC9nQqM7Z0QOOE1Cp+sGRAnrj0KoBJNElFhcQqhoKUQKOMFCqOwpQ/i4zEKrW+VEGO0QQqv7r0RPACRCq/xwRKJupkKsBxJENM8FQqwHjERHpw5CrAhIRUhywUKsE2tEPIThQqwUMkS4jD1CsBmSRAcCdUKxZ/VEFBWRQrIMdkS75OhCsjHtRFCM+EKy9JRECND6QrTEA0QbREBCte6CRCkVjkK1+3BEEeB6QrX/ukS+JnJCtgB+RTyqtkK2AdNISxF7QrYCn0W4l3lCtgNeRSST4EK2A/NFAFjsQrYEZEUbtu9CuAOBRVJi9EK5VxREBe3KQroEBUSy7NJCvbSBRBA/XkLBwU1EDL4NQsINmUQHL85CwufCRAD+NkLFceJECneZQsXgyEWnzCFCxeXXRL6mB0LGDyJEJt5hQsfZ70WkK3tCyRpWRBZb1kLJT4pEEvJkQsnbiURc0hhCydxMRQNVDELJ3etIBjFuQsnfv0TwlkFCyeQgRCat4ELLs41EA7ZHQsvd+EZvgSpCzUDLQ+mdxELN3RVFTpv9Qs3gGkRP1YhCzenHRIo8pkLOAbtEGxfCQs7CO0QCZD9Cz6AsQ/06kkLR62RExn1RQtPqFkP9FgZC0+ukRzor1kLT7alEO23eQtPuQUQqBDlC1TDyRApyFULWmKBENAW/QtdgT0QM/19C1+lpRJ4C40Ld83pE2C2PQt5gUEQaHTBC3nNlQ/wjH0LgGldEL3f6QuH4hEcPLEdC4fmaRGsueULh/AREF7xYQuVFC0QpWMpC5Zt8RBZurULl+hhGRvYkQuYHqEQzo01C5/qiRHRk3ULp20lF51KxQun48USTGaxC618mREeAoULr21BEMfTcQu3umkR5oEpC7/OiRJzxJULyAeBEHc0AQvSCGEQP0oJC/A+6RQvR1kL9z0NGolMeQv64QEQGohlDAYfPQ+bh4kMBiCRD8SyUQwL3TETC7XdDAvvARboGE0MDE0tEHLNqQwTc5kQOVPxDBN4gR0ib5kME5mFEtpcKQwT7J0SdIHtDBt17Ry4tRUMG48ZEJQFmQwbk+Uc8yJ1DBuZjRCuLY0MH5QlFfuHGQwf4gkXy/7tDCNzjRjBzDkMI5DFGRke0QwnkSURYHMVDCgYtRBvS90MK3BdErJCzQwrrgkQFxlRDCzvbRDB1rUMOqZRD8N8MQw7t0kUMILpDD5xgRA0XlUMP+INEJUSmQxDq/ERyhGNDEOxaR7+9LkMQ7SVE+3zVQxDuFUSSpohDEO6FRH9zGEMQ8uZEGZYNQxHsXUYbc4FDEgmKRBdvmEMSqpxEEMK2QxLr60TMUQVDEvX8Rg/YI0MU8xNGLNZeQxXzXURQt4BDFvJURVZMN0MZBa5EbZ1mQxn/zkSdpb9DGoJhRBdXBEMb37hEq+AoQx1UUUQG52NDHZfRRBouRkMe+OpEk6fNQx75U0SeK55DHvpxR9DKIkMe/KxFdON5Qx+OK0QW445DH/qgRjPDa0Mg12ZEX0HXQyD5zkYm5BVDIPtxREoH00Miz89EGmisQyLWuEShkltDIvuTRBL2IUMjutFD92dhQyTWSEQZSmdDJOFLRBvw8EMk5cZD8W7/QyTtT0YVwZxDJQqhRIcGh0Mm7IFFDiZ3Qyb0UURw4vhDKZ5yRgDqH0MqjkhEECCDQyzpA0SSNMtDLn04RAAdQUMu8f5EDFqCQy7y8ERrOBlDLvSqR8WpKUMu9rZEjICJQy/1hEUmmc9DL/fmRGz1v0Mw0R5FvrfaQzD13UQ4tBFDMgzuRe6cLkMy0JFGPQwtQzLX8USw9glDMvLKREO4oEMzDaFEHKluQzTQA0WOVypDNNdlRI29JEM0/PVEBJB7QzXEsEQaYYZDNdbDRHKLIEM2z2tEMA+QQzsBu0Sd/eFDPLaQRBIT0UM9ESFEYkYzQz0SoUQ63IZDPRO2RExh0EM9FRREdXM9Qz0XjUQ1H/pDPRjBRDQUj0NBaQFEGKnwQ0F1LERW5HZDQX0WRFYgikNBiCdEUG+hQ0GJXEV18w5DQZVkRCz6sUNBnWFEogDVQ0J2j0P5nsFDQoHlRBfmJENC/OpEbA1WQ0T0tURUs69DRYtQRAs5lkNJOyNE9nsQQ0lOw0Rqf7JDSVBhRcV9ckNJZZ9E+TxqQ0mrSkQc+vBDTJbRRBoQpUNN2plECs4iQ1X3c0Qk5bVDV6JjRCQRv0NYEzJEe9IBQ1gYzkQrDqtDWO++RIxlWUNZCrlF72s1Q1oLhUQsoflDWjgwRB3ezENa70ZEIXZKQ2DCNUQXdhRDYMNoRDpboENgzZhGkY/XQ2EOlUQdurpDYsz7RhukykNi1ExERXLzQ2L3KUYMglpDY/b5RE0KfUNkzFVE5BCWQ2c1G0QN9zhDaFeSRAsV5ENxaCJEKQxOQ3Fr80QurcZDcvFlRcKkp0N6NRNEKltwQ3zmpUUJL4hDfuXyRO5zpEOBz+5EE7FdQ4HRbUQC9IFDgiaeRCxn8EODdwVGNfKZQ4P3FkUYRFNDhHavRdtA90OEkthEvdLPQ4TR5kRLP8tDhPbJRHZjPEOHYAdE02O6Q4h6r0dOiPRDiHvkRBBAQEOI+G5EGquaQ4j6zUYS0l1DiXplRiaadEOJ+lREOy/xQ4t0HUYN/axDi/89REfuSUOMc8NFmXUNQ41zHUQmmeBDjfpDRBpmX0OQO2dENnViQ5B2XERxX2dDkHfLR40UvkOQePxElIlWQ5D37UW5itBDkPllREH/pUORKWlEKGBZQ5F3e0YC6DlDknb3RDemdUOSshBEDiK2Q5LwzEQdc3RDkyuVRDbXf0OTcS1FHknxQ5N5+kQmU6pDlWoHRBM0fEOW6nBD/B1lQ5hZeUSDTaxDmFrvRCZv3kOYdOZGwU0qQ5j1WERbEk9DmPaARC93u0OaVxZECxD8Q5pzzEQUufJDm/vsRIY/BkOeXrBEe+1PQ59F0UQ9NexDn0bvRKNSm0OfSIVFHwbtQ59L6EQh1BBDn5KHRAp1qkOg5HFETd2lQ6DpEEQgB1ZDoO3HREF3aEOg709FA6SAQ6Dw6EZeRGlDoPJ7RQQDhkOg8+FETPpkQ6D9NERC4JhDoXhpRNgHekOj+UZEP6/8Q6RLOEQh2LhDqIs4RDZ+IEOojOlEWjQtQ6p5M0TshrdDrXJ/RJ0lJ0OxWzFEM2xaQ7F3J0RJulZDsiWCRIVrHUOyPn9Ehr7VQ7J2OkWSus5DsvZlRJ+jhEOzdb9ELaiTQ7pzeUTXyZFDvWasRAlpBEO+nDNEIVMEQ8Csh0Ql6gtDwXgyRZNqgEPB+EhEzP3eQ8J34ES/pZ5Dw4TGRBnXBUPDhfJEBCvcQ8OHv0SScXBDxHFeRN3JrEPFEFJEGkdJQ8Vw+ETLVp5DxhL/RBA1fEPG/PZE15AwQ8l1SEZWP5dDyfV9RUSXXEPKdPNFHayBQ8xuqETY9R1DzJ/RRBpa+EPRcmtGE2QAQ9HypkSfldND0x9yRBnN4EPTachED90vQ9Rpe0QgPrND1HRaRE/vakPWlg1ENziuQ9aYhERy82FD2TlkRDtS5kPZb6NFAeXqQ9ueV0SuXFdD3yYORAL/zEPlZ8JEY5sLQ+VquESt49dD5W3URDgh8EPrc99FAHn0Q+yUukQmx6xD7JerRIBtIkPzcQdEwtBHQ/cZN0QWOzVEAN6zRBhrhUQBOXFEsdZLRAMTxkREp0lEA05TRCrLZUQFN+1Epti/RAdsPETM5RJECTbXRDfpWEQKHJdED+U/RArCU0RjGjpECyObRHkF+UQLO/tEzQNCRBIL20RNyDhEEs+NRCUwYkQS0fhEHGjVRBWf9kQfWHpEFfmmRBWDVUQhKfdE2G0yRCKo/0Qdc8REI7reRJTLq0QlLfJEv00eRCob+0QmzOlELrl7RBGQxkQwW89EFCqyRDjWDUSl+jVEPE5DRB+Oa0Q/HltEJCmsREGJUkTBHARERPPiRBxI30RJJidEIHc9REyFWkQH24BETwiSREfqrURPHE9EJLpxRFJNb0RrN0lEVLglRCPw2kRWOXdEMk8IRGqs4EQWYIxEa8Q0RBLYA0Rt9s1EGwsSRG9tt0QymcBEcMBXRYwsPERxazZEeWCCRHd4cESAsRc=</peaks>
+    </scan>
+    <scan num="1677"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="463"
+          polarity="-"
+          retentionTime="PT916.675S"
+          lowMz="50.562576293945"
+          highMz="989.896179199219"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.768621875e05"
+          totIonCurrent="1.7794175e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1678"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT917.56S"
+          lowMz="52.662246704102"
+          highMz="995.423400878906"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="2.09243953125e05"
+          totIonCurrent="1.71759225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1679"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT918.458S"
+          lowMz="50.545955657959"
+          highMz="989.895263671875"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.783356875e05"
+          totIonCurrent="1.574370375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1680"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="447"
+          polarity="-"
+          retentionTime="PT919.42S"
+          lowMz="52.024387359619"
+          highMz="989.921081542969"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.7733653125e05"
+          totIonCurrent="1.672149625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1681"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT920.37S"
+          lowMz="51.041053771973"
+          highMz="989.871398925781"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.82178546875e05"
+          totIonCurrent="1.7118385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1682"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="441"
+          polarity="-"
+          retentionTime="PT921.267S"
+          lowMz="50.135181427002"
+          highMz="989.87353515625"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="1.9019040625e05"
+          totIonCurrent="1.63492275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1683"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="447"
+          polarity="-"
+          retentionTime="PT922.229S"
+          lowMz="50.291625976563"
+          highMz="995.941101074219"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.0916421875e05"
+          totIonCurrent="1.792117e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1684"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="440"
+          polarity="-"
+          retentionTime="PT923.127S"
+          lowMz="51.101989746094"
+          highMz="999.702514648438"
+          basePeakMz="91.003547668457"
+          basePeakIntensity="1.96026953125e05"
+          totIonCurrent="1.705475625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1685"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT924.087S"
+          lowMz="50.38990020752"
+          highMz="991.672729492188"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="1.89951125e05"
+          totIonCurrent="1.691487625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1686"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT925.051S"
+          lowMz="50.468376159668"
+          highMz="975.417785644531"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.8297846875e05"
+          totIonCurrent="1.7111785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1687"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="410"
+          polarity="-"
+          retentionTime="PT925.953S"
+          lowMz="53.5827293396"
+          highMz="990.80078125"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.52886796875e05"
+          totIonCurrent="1.5553545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1688"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="417"
+          polarity="-"
+          retentionTime="PT926.903S"
+          lowMz="50.710140228271"
+          highMz="993.351501464844"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.98196328125e05"
+          totIonCurrent="1.767266e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1689"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT927.794S"
+          lowMz="50.364807128906"
+          highMz="998.623107910156"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.86701640625e05"
+          totIonCurrent="1.71271575e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1690"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="439"
+          polarity="-"
+          retentionTime="PT928.689S"
+          lowMz="51.419025421143"
+          highMz="989.877624511719"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.71389953125e05"
+          totIonCurrent="1.658554125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1691"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="441"
+          polarity="-"
+          retentionTime="PT929.622S"
+          lowMz="50.316234588623"
+          highMz="989.880615234375"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="2.01188796875e05"
+          totIonCurrent="1.662961125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1692"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="442"
+          polarity="-"
+          retentionTime="PT930.583S"
+          lowMz="50.130229949951"
+          highMz="989.876770019531"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="2.043690625e05"
+          totIonCurrent="1.68265325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1693"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT931.543S"
+          lowMz="51.047382354736"
+          highMz="981.172180175781"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="1.8282728125e05"
+          totIonCurrent="1.616703125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1694"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT932.503S"
+          lowMz="50.824630737305"
+          highMz="985.995910644531"
+          basePeakMz="91.003646850586"
+          basePeakIntensity="1.55862640625e05"
+          totIonCurrent="1.63837275e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1695"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="409"
+          polarity="-"
+          retentionTime="PT933.417S"
+          lowMz="50.861064910889"
+          highMz="990.773254394531"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.80419109375e05"
+          totIonCurrent="1.7144775e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1696"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="447"
+          polarity="-"
+          retentionTime="PT934.309S"
+          lowMz="50.197845458984"
+          highMz="992.59912109375"
+          basePeakMz="91.003593444824"
+          basePeakIntensity="1.75366703125e05"
+          totIonCurrent="1.635042625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1697"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="444"
+          polarity="-"
+          retentionTime="PT935.27S"
+          lowMz="50.852355957031"
+          highMz="989.837280273438"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.88865390625e05"
+          totIonCurrent="1.67260925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkto0EP9ikdCTLdDQ/9rTUJOm0ZEBKkwQlfo2UQMH+1CXMm6RANmxkJdUEVD/FUtQl5hZUQK9INCYLf1Q+bYC0JuSEND2H+gQnMijUP15GxCc8azQ+oIMkJ2ridD4gR7Qn5yEUP1hRhCfyoGQ+Tfq0KHadRD+eoJQofV0UPeAV9Ci+R2Q/LgwkKOPRZD84qBQo6BnEQBPMJCjo9ERA4tCEKPfnVEDg+7QpATq0QE7NtCkRCjQ/bnTEKVxz5EJCg+QpYMqUPh4KxCmOVfQ+yq4kKY++JD/hY5QpzFZUQE6MpCndZ6RJ04tkKet9ZEAVXqQqArxEPnpY9CoOznRBsYUEKg8ftFIME/QqDyhEWbXvJCoPewRHjYKkKh1V9Egc7tQqHzF0Q5Ue5Co81ZQ/nS1kKoBKREMhjvQqv6vkPzL9lCq/zzRLZfwEKr/dZEAVQOQqv+O0QZilVCrAZ0RBof9kKsB55EP+GHQqwI0kUqJu9CrAn0RJf76EKsEqhEDSziQqwTYEQQnZtCrBSuRKLjeUKsFdxECe+uQqwaiEQLM51CrfzBRFisZ0KyL39EKOVQQrUvxkP+tJFCtdFkRAUTNUK1+1JECMklQrX/4USeX6JCtgBmRSTwNkK2AddIOHBZQrYEbUUN1WJCtjJzQ/gwlkK4A4JFSpC6QroEBESWPMJCvwN6RAgD7ELCITFD+EMoQsO3W0QHDxVCxeDORZcsxULF5elEqH0lQsfZ/EVxZUpCyAKoQ/+5CULITnhD8BjPQsnbGkRvrGdCydw+RLNRuULJ3e9H6jdFQsnf4kShDg1CyeCKRHzFokLJ/s9D+jHlQsux5EQJcz9Cy938RlR1tkLN3RlE6HRRQs3pyUStXdJCzfEDRAcqN0LR63BEmQl+QtH5I0PyAr1C0+uoRyO3HkLW/4tD1+kQQtfF/UQP1JNC1+mSRG5x10LYZgNEDb33QtjH2UPtcxhC2alfQ+cWS0Ld85lERZuuQuEvJEP0TqNC4fiJRvXubELijytEe5wnQuNXXEQFOw9C5EtIQ/7XPELl+h9GRVJMQuYHiEQW9pVC5/qFRI1nvELp21VFtZ7hQun48kSq+J5C6jGHRA31P0Lrm4pD9nwOQuxZLEP0F/ZC7e6kRLRV4ELv86JEzDDDQvDquUQAb5JC8qMlQ/vbikL5LoJD9fDZQvp+YUPn9LtC/A+/RVtGZ0L9z05GeOs7QwDtmkQ1UHJDAvdQROO0LEMC+8ZFn9PeQwTX9kQeuAhDBNwBREXGnUME3OREPI9kQwTeI0dOBPdDBOZrRJYDQkMG3YFHPl68QwbjiER1VplDBuT8RzBmGkMHiYxD5uIgQwflBkWHRVlDB/iGRcKsFEMI3C9ELcieQwjc6kZOxzdDCOQ1RlBH1EMJ5EtEnoc5QwrcKES/Pw1DCuPWRBFvTUMK67hEaCD6Qws6E0RIDcRDDq5sQ/DSekMO7cZFaMKNQxAbREQoZ25DEOpZRA5sWEMQ6v1EaU37QxDsXUevG6pDEO6kRJForkMR7GNGCkEwQxIKA0Qes0dDEuvvRPP9M0MS9gJGDU8HQxOHtkQXIyJDFHmjRAL7NEMU8xRGOweUQxXzWERlA1BDFjciRBD9sUMW8lZFYS1IQxfyt0Qey+BDGQW7REzz7kMZPTpD/Rx1Qxn/50SumwRDGoIhRCGSbkMagmVEJNpGQxrfPUQA7qxDG9+1RLTQNkMb7bdD+vzVQx3fFUQkCdpDHqSjRBQjvUMe+NxEbU00Qx76dEe9omRDHvzKROFas0Mf2E9EnYeCQx/6o0YmPZZDIPnQRhwzXEMg+1dEIwa+QyEL20P8ulZDIdeRRBsX40MiCm1EDZePQyLWtUSgTuVDIvt0RCut5EMjo05EB3QrQyTtTUYWtKtDJQrQRIUt/0MlgaNEFQG8QyYnKUQOxftDJuyLRUkVUUMm9GpEVy8hQyjEGEP4P0lDKZ2SRe9tUUMpnopEiKC8QyqlbEP0HBBDLcxsREyVk0MtzXdEGr6qQy7xXkRfWmpDLvKgRIHVu0Mu9K9HsoTrQy720EQTqNBDLv5nRACBVUMv9YZFElrYQy/350QWiJhDL/plQ+Wb00Mw0SRFlF/BQzDhOEQxQdBDMZt0RATFX0MyDPlF/UCuQzLQokXvDvJDMvLpRJFGrEM00CJFI8PSQzTXf0R0J3pDNOw7RDIGMEM1bBdEHl3UQzXUd0SOxuFDN06xRAlSjEM59NhD93lJQzsBskSaZvBDPQ8sRCcLVkM9D/NEDpEnQz0Sf0SWJi1DPRRPRE0BlkM9FVBELSQZQz0WfUQ71TpDPRfzRIG1lEM9GPpERv4RQz0bPkQBWNtDP/JWRD42fUNANfFEIJQCQ0F1zkSKakpDQX25RA7MeUNBh+JESp8eQ0GJ8UVPkJdDQYv7RIEPxUNBli1EJiLFQ0GeH0SRC0tDQvzrRErFX0NE8o9ETQ2xQ0kMlEP/Gb1DSTogRJ8kWUNJSj5EFvX1Q0lN+UQ2f2RDSU9KRbQ0V0NJUk1EOjRiQ0lke0TS5ahDSaobRBV/fkNSS9VEOQW9Q1JNSkQVJuhDUk5OQ+95akNWXZ5D8gAwQ1dE+0QwvJBDWBPWRBiIiENY781E3L/XQ1kKwEW/a55DWguSRFRQekNfQcJECFitQ2DNnkaHI+lDYQ4IREeEt0NhDz9EJ9KKQ2LNDkYc60RDYtSbRCS39kNi9zFGDswVQ2P3Q0QawG1DZMxzRNhsPUNk9ndEUXjGQ2byikQnOgRDaOoNRGMKB0NqGbxEAq7gQ2x+4EP+r1NDbhN7RAFC+0NxauZEJqp4Q3LxgEXem6VDdYyiQ/HB2EN2SUdEC9e3Q3b1u0SvKL9Dd+wIRABJQEN60TJEAkGqQ3riTkQFXj5De42WRASwHkN85sdEn2KNQ37l+kST1INDgdDORBZsgkOB0aFEJnQKQ4N3AkZuN+9Dg/ceRVYh7kOEdqxF8J/TQ4SS6USv6npDhPbkRD6AdEOFYaZD/jY5Q4V2XER32k1DhmA2RDua/0OG9LREJtlGQ4dgKkSlzKJDh3BCRDLQi0OIerRHSzNqQ4jhjUQJHz9DiPrKRhrn1kOJel5GH9vjQ4n6ZUSkWaJDinoURH0+vUOLdCRGHvtXQ4v0HkRyS75Di/XtRCjikEOL/m9EdUXgQ4wNwEQMJ6ZDjHPLRYTZLkOQd89HgPg5Q5D39EW8AjlDkPkwRPEOt0ORd39FvESHQ5J270RDUIVDk3FCRSpJlkOTefBEKmmWQ5PxsUQFNetDlRbrRAR5/UOXarhEKqSmQ5hZ8kSj0YxDmHTvRrrsW0OY9jJEYnQwQ5kM3kQgJJVDmXTbRCjcJ0OaWZhECDL2Q5v8QkRsudBDnzxAQ/eTt0OfQbtE/is1Q59FTkTJpVZDn0lgRCbAI0OfXjFEDoV4Q6CPjkP9qcBDoN4URAaLcUOg54lEQhcRQ6DxjEU0VSBDoPKVRkSTeEOg/RtEp8gfQ6F4iESQavlDo/kQRJG/nUOkTFRETIoFQ6TfOUQB/IdDpYKGRBPfUEOni2tEDhPUQ6p5D0Uq6elDqpAzQ/mAMUOqooBFkW5QQ6r5TUQdOstDrXKqRD01ikOyIx9EH0p2Q7I8IkSB15xDsnY/RZniDUOy5VVEe2r+Q7L2V0Q/ZNVDs3XyRIA230O3CulEC8QBQ7pzKETqUFlDu1GNRBL8BEPBeDxFa2gcQ8H4b0UHXQ1DwnfDRKPWw0PC5F1D/+iRQ8OHMURT0jlDw41sRAwZekPEcYBE+tojQ8TSJ0QR9HZDxXFDRI4ZCEPF6+hEJU42Q8b9dES7LS5DyXVZRjgmE0PJ9W1E7r3uQ8p0+EUwRX5DyqI6RKRFPkPK9U5EMkFTQ8xu2ESjHeVDzW6lREfKEEPP57FEJcM5Q9FydkXqC+JD0fJ9RM9gNkPScglEZq83Q9R0jEQt0cND1MRIRAzJ1UPWWTNEGuoeQ9aX70R/hG1D2W+dRQSf9UPedENEIaDzQ+N2wkRSl3xD5WjwRMG5BkPmx/FEFtpOQ+tze0S/LalD7HTQRBHnbkPslsBEks33Q/KqukQB8END83DKRJllwEP4aD5EA9V+Q/jAL0QQEp9D+PZfRA2lQEP6dUVELXxfQ/8Oz0QbZGpEATl0RN1aNUQBeaFEOD83RAG5T0Qs0E1EAfglRBpOg0QDAAdEAJt9RAMTCkSJ8A1EA7T5RA+lQUQEQ+NEAm2gRAU4HUShZsJEBeamRABC/EQHbJREwIrzRAd11kQSgEVECDF0RAwn7UQJNplEF5kjRApg/UQdo0NECyHDRDd9TkQLOh1EzmP7RAxj9UQW9IhEEgr5RIlfPEQUWiVEAQF9RCEqgETHnQlEImhtRBJN7UQjut1ERnb3RCUssUSb4uNEK6XMRBTlRUQsPZ1EBmsKRCxZj0QT9/9ELKpQRBDi1kQ1q8VEHGQdRDhzaUQfcLdEONWzRKfj/kQ57xtD/g5+RD3RwkQn1ztEQYofRH7XRURDCAZEH46CRElPLERB0nlESsFoRAZWzkRMtkhEHATDRE1PskQD6ipETds0Q/vpeURO68JEBI1XRE+d0UQMs4ZEUk18RKKNa0RVqQ5EIG8sRFeuikQLQ+dEW04pRAWlOURfwLBEArzfRGFymEQIy/9EYfUERAgPgkRkr35EJmENRGfueEQL0DREa1S7RCA0KURwwRpFgLpaRHFrBESbVpZEdyULRCM6CkR3dZZEP+1K</peaks>
+    </scan>
+    <scan num="1698"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="434"
+          polarity="-"
+          retentionTime="PT936.206S"
+          lowMz="50.613590240479"
+          highMz="989.86865234375"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.67863546875e05"
+          totIonCurrent="1.5819765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1699"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="450"
+          polarity="-"
+          retentionTime="PT937.159S"
+          lowMz="50.654159545898"
+          highMz="990.768249511719"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.90972515625e05"
+          totIonCurrent="1.664383625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1700"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="421"
+          polarity="-"
+          retentionTime="PT938.12S"
+          lowMz="52.242286682129"
+          highMz="989.868347167969"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.95245734375e05"
+          totIonCurrent="1.664006875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1701"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="410"
+          polarity="-"
+          retentionTime="PT939.062S"
+          lowMz="50.088115692139"
+          highMz="996.573669433594"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.956293125e05"
+          totIonCurrent="1.600432875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1702"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="457"
+          polarity="-"
+          retentionTime="PT940.018S"
+          lowMz="50.464042663574"
+          highMz="999.925842285156"
+          basePeakMz="91.003578186035"
+          basePeakIntensity="1.6333225e05"
+          totIonCurrent="1.6118765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1703"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="440"
+          polarity="-"
+          retentionTime="PT940.978S"
+          lowMz="52.243667602539"
+          highMz="999.978942871094"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.55913484375e05"
+          totIonCurrent="1.5759745e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1704"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="466"
+          polarity="-"
+          retentionTime="PT941.941S"
+          lowMz="50.657901763916"
+          highMz="981.998229980469"
+          basePeakMz="91.003646850586"
+          basePeakIntensity="1.9559159375e05"
+          totIonCurrent="1.654507625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1705"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="437"
+          polarity="-"
+          retentionTime="PT942.901S"
+          lowMz="51.51879119873"
+          highMz="989.839416503906"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.755114375e05"
+          totIonCurrent="1.605609375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1706"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="452"
+          polarity="-"
+          retentionTime="PT943.861S"
+          lowMz="50.080436706543"
+          highMz="996.794128417969"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.73108e05"
+          totIonCurrent="1.609486875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1707"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="419"
+          polarity="-"
+          retentionTime="PT944.824S"
+          lowMz="50.862056732178"
+          highMz="989.841430664063"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.76737390625e05"
+          totIonCurrent="1.590109875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1708"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="463"
+          polarity="-"
+          retentionTime="PT945.784S"
+          lowMz="53.466583251953"
+          highMz="989.849243164063"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.908329375e05"
+          totIonCurrent="1.66382125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1709"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="432"
+          polarity="-"
+          retentionTime="PT946.75S"
+          lowMz="50.34712600708"
+          highMz="992.888671875"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="1.62561640625e05"
+          totIonCurrent="1.522868125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1710"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="419"
+          polarity="-"
+          retentionTime="PT947.706S"
+          lowMz="51.985412597656"
+          highMz="989.912780761719"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="2.07134390625e05"
+          totIonCurrent="1.65328925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1711"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="443"
+          polarity="-"
+          retentionTime="PT948.666S"
+          lowMz="50.508281707764"
+          highMz="989.904541015625"
+          basePeakMz="91.003593444824"
+          basePeakIntensity="2.05770828125e05"
+          totIonCurrent="1.635963e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1712"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="432"
+          polarity="-"
+          retentionTime="PT949.627S"
+          lowMz="51.974796295166"
+          highMz="989.880310058594"
+          basePeakMz="91.003562927246"
+          basePeakIntensity="1.86297765625e05"
+          totIonCurrent="1.607232625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1713"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="460"
+          polarity="-"
+          retentionTime="PT950.589S"
+          lowMz="50.589054107666"
+          highMz="998.488891601563"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.78937625e05"
+          totIonCurrent="1.60502925e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1714"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT951.549S"
+          lowMz="50.270778656006"
+          highMz="992.771606445313"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.91634171875e05"
+          totIonCurrent="1.636097125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1715"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="424"
+          polarity="-"
+          retentionTime="PT952.51S"
+          lowMz="50.26969909668"
+          highMz="989.891174316406"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="1.78988203125e05"
+          totIonCurrent="1.615647875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1716"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="448"
+          polarity="-"
+          retentionTime="PT953.442S"
+          lowMz="50.047630310059"
+          highMz="989.874633789063"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.81161515625e05"
+          totIonCurrent="1.60425125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1717"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="451"
+          polarity="-"
+          retentionTime="PT954.374S"
+          lowMz="50.628795623779"
+          highMz="989.875793457031"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.6088878125e05"
+          totIonCurrent="1.556776875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1718"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="404"
+          polarity="-"
+          retentionTime="PT955.335S"
+          lowMz="51.422435760498"
+          highMz="968.874877929688"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.22282359375e05"
+          totIonCurrent="1.411426e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1719"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="473"
+          polarity="-"
+          retentionTime="PT956.297S"
+          lowMz="50.622936248779"
+          highMz="991.073608398438"
+          basePeakMz="91.003562927246"
+          basePeakIntensity="1.5837696875e05"
+          totIonCurrent="1.524595875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1720"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="435"
+          polarity="-"
+          retentionTime="PT957.262S"
+          lowMz="50.025623321533"
+          highMz="966.974487304688"
+          basePeakMz="100.933502197266"
+          basePeakIntensity="1.069934609375e05"
+          totIonCurrent="1.393593e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1721"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="436"
+          polarity="-"
+          retentionTime="PT958.219S"
+          lowMz="50.142772674561"
+          highMz="990.470642089844"
+          basePeakMz="91.003623962402"
+          basePeakIntensity="1.287566328125e05"
+          totIonCurrent="1.427822e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1722"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="429"
+          polarity="-"
+          retentionTime="PT959.18S"
+          lowMz="51.821491241455"
+          highMz="989.87841796875"
+          basePeakMz="100.933471679688"
+          basePeakIntensity="1.038240234375e05"
+          totIonCurrent="1.342411375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1723"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT960.14S"
+          lowMz="51.228691101074"
+          highMz="989.8798828125"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="1.29679234375e05"
+          totIonCurrent="1.387497625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1724"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="428"
+          polarity="-"
+          retentionTime="PT961.1S"
+          lowMz="51.180629730225"
+          highMz="996.900146484375"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="1.06240171875e05"
+          totIonCurrent="1.352591375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1725"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="460"
+          polarity="-"
+          retentionTime="PT962.064S"
+          lowMz="50.131237030029"
+          highMz="989.874145507813"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.04410109375e05"
+          totIonCurrent="1.35588975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1726"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="437"
+          polarity="-"
+          retentionTime="PT963.023S"
+          lowMz="50.424022674561"
+          highMz="989.879150390625"
+          basePeakMz="91.003623962402"
+          basePeakIntensity="96208.890625"
+          totIonCurrent="1.305003375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1727"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="410"
+          polarity="-"
+          retentionTime="PT963.984S"
+          lowMz="52.195190429688"
+          highMz="989.860595703125"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="92242.5546875"
+          totIonCurrent="1.2528785e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1728"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT964.946S"
+          lowMz="51.705577850342"
+          highMz="989.845031738281"
+          basePeakMz="100.933517456055"
+          basePeakIntensity="76960.0625"
+          totIonCurrent="1.21819675e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1729"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT965.905S"
+          lowMz="50.136234283447"
+          highMz="993.420593261719"
+          basePeakMz="91.003601074219"
+          basePeakIntensity="93527.0625"
+          totIonCurrent="1.258989125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1730"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="397"
+          polarity="-"
+          retentionTime="PT966.866S"
+          lowMz="50.996356964111"
+          highMz="965.622436523438"
+          basePeakMz="91.00365447998"
+          basePeakIntensity="97734.8515625"
+          totIonCurrent="1.224701e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1731"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="467"
+          polarity="-"
+          retentionTime="PT967.835S"
+          lowMz="50.383697509766"
+          highMz="996.9638671875"
+          basePeakMz="91.003616333008"
+          basePeakIntensity="97702.9453125"
+          totIonCurrent="1.29511975e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1732"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="438"
+          polarity="-"
+          retentionTime="PT968.788S"
+          lowMz="52.176517486572"
+          highMz="989.848205566406"
+          basePeakMz="91.003593444824"
+          basePeakIntensity="1.105626953125e05"
+          totIonCurrent="1.296646375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1733"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="438"
+          polarity="-"
+          retentionTime="PT969.749S"
+          lowMz="50.507030487061"
+          highMz="989.850708007813"
+          basePeakMz="91.003608703613"
+          basePeakIntensity="1.0398153125e05"
+          totIonCurrent="1.278939125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1734"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="414"
+          polarity="-"
+          retentionTime="PT970.712S"
+          lowMz="51.417949676514"
+          highMz="999.070983886719"
+          basePeakMz="91.003623962402"
+          basePeakIntensity="84573.515625"
+          totIonCurrent="1.2096365e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1735"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="397"
+          polarity="-"
+          retentionTime="PT971.671S"
+          lowMz="51.671016693115"
+          highMz="996.470764160156"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="88726.640625"
+          totIonCurrent="1.201283875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1736"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="406"
+          polarity="-"
+          retentionTime="PT972.633S"
+          lowMz="51.178600311279"
+          highMz="994.522644042969"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="92975.546875"
+          totIonCurrent="1.229845875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1737"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT973.595S"
+          lowMz="50.195346832275"
+          highMz="991.423583984375"
+          basePeakMz="100.933502197266"
+          basePeakIntensity="74409.515625"
+          totIonCurrent="1.17432025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1738"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT974.554S"
+          lowMz="51.502342224121"
+          highMz="989.822631835938"
+          basePeakMz="91.003662109375"
+          basePeakIntensity="85067.2265625"
+          totIonCurrent="1.220355625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk4CZkQCRvJCUP2wQ9VrUkJSBCJD/zolQlUeMEPiHSFCWGchQ74SW0JbtHdD/NMtQlwVpUPUFshCXZoUQ9drA0Jd+W1D+x08Ql68BEQMHfJCYOGVQ8nLkEJhaFtEB/owQmgZUUPkWHBCbDBxQ+eFp0JsSb5D47jSQm0Ly0PaJAFCbaEuQ+lbAEJyAUxD7VAWQn09v0PzSWlCgZipRAMJtkKCsXhD5VHoQoPEhkQDcpBChQi2Q+d7W0KHdWBDz345Qoe39kP/WwpCif3IRB6+ikKKpDlD2giGQovvwEP1D2tCjf9zRDl6f0KPTdFD9LlYQpBzr0PP+7hCkOWtQ+fk4UKRh2lD5sBGQpMfbEPbGIhClOnqQ99IBEKWdqRDyWzIQps9RkPmjElCm9eCQ/SW00KcpxpD89ZsQp2mykQrinRCnh1CQ9kFz0KgIgpEFJnFQqDxO0WJk61CoPL8REXsikKh1WxEIAfgQqHzK0QhWA5CowwMQ9/gn0Kj4IZD9PcPQqQkJUPzAspCpTW9RAGH+kKnRPVD1wUwQqgEuEQFnJ1Cq/vWQ9CwoUKr/KpEucswQqwBMUQs0i5CrAfHRFqBuEKsCH9FFZ+RQqwJiERYC9lCrA+JRBY7C0KsFFBEwKIhQqwVgkP2lwRCrfzwRCCrEkKuPUJD6TdLQq+u3EPmLGZCsZa9RAVo/UKxvUtD2RJ+QrIMhEQSJ+FCsuKjRBKf0UKy8bdEDy6uQrQE+UQE3V5CtHACQ8yl/0K2AJBEplvCQrYB4EemJZ1CtgNnRJKStUK2BIhEyw/LQrgDlEQGZPpCuMP/RAL/VUK5SRJD6aoKQrrsdEQrkKRCuwVoQ/y/u0LBs/9EGdjbQsIM0EPj/yxCw92HRA05FULF4NVE640nQsfaAUVZwQpCyTWKQ+AkukLJ2gdECF5EQsnaaUQbCbFCydxqRK6T9ULJ3flHkAsSQsnfyERi5/dCy94GRfRI2ULN3RxEvF57Qs3p0kRxTENC0et3RLqg5ELT67NG9rcDQtaUxEQ053BC1vgwQ9tg9ELX6X9EOriXQtjP3EPhzxVC27pCQ/HnG0LcJ3FEAcRbQt3ziUTKF7RC3oG4RBISgELgc4ZD/qgSQuEs60Qbx7RC4dpdRAZjHELh+JlGc2ELQuKILUREnIZC5POLRAcgLULl+i9GGTBqQuX9oUQPy9hC5/qaRFuHyELn+9FEEG2NQunbW0WQ2ohC7e6lRLhIc0LvD29D+04XQu/kdUPqgm9C7/PKRFOPxkLypUlED1GUQvRXP0P/TP5C/A/LRQUpSEL8qAZD7a/uQvzCEEQHa+dC/c4YQ/XB10L9z1hGMjD/Qv6Sc0QMfcBDAvddRNO6qkMC+81FoIj8QwP8DEQxJXJDBN4pRxoUSkME5m9EUOSrQwY7IkPlwhZDBt2BRvEU1EMG5QNGoeLnQwbl9kQQ7ntDB+UPRMMDjkMH+JBFVCbgQwjcZ0R/FmRDCNz1RhW/aUMI5EJFqLHXQwjup0QU7W1DCeRVRAJW6kMKV5xED+KqQwq5BUPqVNpDCtwPRFEPf0MLOZlERQK0Qw7t1ESJk1FDEBdeRDMvTEMQ7GVHHYesQxHsd0VGTM1DEuv8RD/2e0MS9gZGHDTfQxMgO0QO9mhDFPMcRgNYKkMV835EFFr3QxblRkQE7cpDFvJmRQU+sEMY8dNEAK4rQxn/60ShfhNDGn94RDgkWkMalXdD46saQxvfxkRDtSVDHPa+Q/eh/EMd3zNELmdXQx50ikPgZ8xDHnT1Q99R40Me+PlElZjEQx76fEeI6/pDHvy2RNa5gUMf+rFGCX7yQyDXaERvnZxDIObARAfOWEMg+dlGELL/QyLWuEQUrZdDI7hfRB1A/0Mj73xD8Y1ZQyTtV0YYU4tDJQqcRFllzUMm7JpE+EAMQyg0dEQB/wBDKZsmRehpt0MstDxD/UUpQy3K5kRN0EhDLvLbRN5TlEMu9LZHkq3ZQy/1oETfNAFDL/gBRCHmfEMw0S5E4qNqQzDickQgT3RDMPXDRG8qQUMxkwlD/v3WQzIM/kW1yMBDMtCmRYInHkMy5jxD/dcGQzLy5USgxVRDNNA3RK8wkUM10+pEIkI7QzjTBEQUJHNDOqHzRBqFHkM7Ab1EvOAeQz0QREQNQhFDPRFvRFBd6UM9EodEKmCDQz0UE0QYN4FDPRSqRDaj4UM9Fa5EHYitQz0XPkQECX5DPRh9RDVE3kM9GeVEE8VRQz0bS0PuHP9DPp7GRAKT7EM/8kpEa8NJQ0F1m0SERCJDQX1cREwk4UNBibFFMlfrQ0GLR0RwSNJDQZWbRB1IRENBnY1EGFVwQ0Hm9UP5OwtDRPDsRCylz0NFEUtECg5zQ0YChkP6VvZDSTqlROBdRENJTS5EG7tnQ0lP5kWxm95DSWUTRLKVsUNSSgNEU3ScQ1XVu0QT2ytDVz81RBLOU0NYFV9ELs2SQ1jv0kTpD9ZDWQrQRYyRT0Na70NESngTQ1r7iEQD9UFDW9qAQ+8LOkNgK2JD45uuQ2DML0QUDxVDYM2rRpE//ENhCtZEgP8bQ2EPnUQea05DYs0WRjd4MENi9zhGA+9LQ2MVS0P9zBBDY/dfRIXInkNkzHNFEKchQ2iSv0PqV59DaMNORBWIYkNo6j9EN3C2Q2qL20P6SlVDavoRQ/llpkNxZ0ZEeoisQ3KWuUQMp7NDcvGLRddIy0N29aREgom6Q3uJlEQChA1DfOaoRNu9yEN+5f1EznsyQ4Aa8EPsqm9Dgc7mREz0wEODdwhGK7MQQ4PXPEPztj1Dg/cjRQanSEOEMdNEBO/CQ4RKv0P9SWhDhHavRYx+7kOEks9Elt0IQ4T2zUSmIsdDhXZMRIx6EEOFfv1D/vXYQ4X9fkQFegFDhmA/RCOpKEOGZB1EEGa4Q4Zwc0QosYVDh2ANRIQQIUOIeM1EI3plQ4h6uEcmGPtDiPrZRgvPXkOJemJGBmqJQ4n6VkQtqf1Di3QoRgWZbkOL9DJEuAcaQ4v1vEQMzG1Di/xjRF2jsUOMc85FijOKQ41rsEP7PJpDjm7MQ/Go5UOPPmxECSc0Q5B1yESBNltDkHfXR3oJvUOQ9+xFq+/AQ5D5ckRWLcdDkXeNRdDGx0OSdvtEhCYoQ5NxVEVlFUFDk3n6RCVuJkOT8W5ECKnVQ5Rw5ETN4cxDl2hyRGUDu0OYCv9ECQoXQ5hbD0SSnJNDmHL0REDVqUOYdPdGyNKjQ5h2h0PfueBDmPWbRL65DEOadBNEMeogQ5t3D0SToZJDm/wxRJmvZEOeXolFAH1jQ59Dw0TBeF1Dn0doRNxPLUOfXnNEMXBQQ5+T0kPrHc9DoMfLRASt8EOg5vZEFQiMQ6DvCkQvDRNDoPFWRjNXTEOg8pRFNoDLQ6L3ykQU9zFDo/keRKGLQ0OkSehEhyRlQ6RmzkQGwjdDp7I/Q/0o0kOojKNEcAR1Q6p5GETu2K5Dq3jYRDvwIkOsw+FEAnILQ61ygUS8uYlDsiK1RF3mS0OyO8REi5RRQ7J2OEWLKGFDsuK7REUwrEOzdhdEKLM6Q7YkLUQAJflDt3HUQ+SrwkO6c15FLrSuQ8AL5EPjBFFDwXg3RTlUeUPB+IJEWND0Q8J3t0QoHupDw4SFRJNL10PEcYNExXDJQ8VxM0RPzppDxoN3RBoGEEPG/sZE5f2dQ8l1V0YQqz5Dyb6LQ/mTPUPJ9WpFFEc5Q8p08EUXRA1DyuZ8RBrhF0PK9PVEQAD3Q8wzTUQH4tRDzG7ARMinTkPNruxD89fMQ820NkPtdjRD0XJ+RdseCkPR8p9EsPAZQ9Jx6EQ1i/VD0qPsRAGW8kPUdGNESG4XQ9SYXkP8/nRD1pTkRK0nLUPW6chEBR3pQ9lvnEU3lnxD27WFRAvVl0PiFbZEEHJ4Q+N2m0Qm0+xD5WorRLU4cUPrc+dE2z3xQ+yTcESUx7VD7pRaRAlTE0PyJx1EJGI9Q/Nw9USjzlVD/+erQ+xoKEQBOXZEvt6ERAMRNER2vBJEA5c8RAC/y0QFOAREjkqlRAdrLkP7FphEB21nRLjbkkQHmTJD/or4RAk2hkQzKqtECdfRRAMIIkQKxoRD9d4fRAroEkQHSndECza/RAKgCkQLOclEkOElRBCKlkP0yr5EEgjmRHTx6UQUmj5EECg3RBTNy0QKeBtEFq0TQ/NMn0QXCAxEAypHRBfdlkQDDHJEH1cUQ/k7RkQhJGZECU7NRCEo7EQPVj1EISuIRNoIUUQhVTNECIvJRCFdVkQivvhEI0vNRA1dTkQjuGNEYg/bRCUtvESrhlFEJx4WQ/wTmUQoowZEJPPiRCjYr0QRF5NEKUhrRAqW7EQuWcBEHy3LRDT+qEP/Yt5EONM/RIfnT0Q+RxZD4L3pREGJvURo7V1ETzw6RCTSw0RPaEtEYi81RE+8LEQG4NJEUkpDRH/730RV3t1EINxORFairUQXkkBEV4uhRBqGt0RfdKVECr3gRGdwAkQNCKBEabWJRAwbP0RrxNpEFgsfRGyMFEQRu0JEcMJ6RXD2/URxZ2hEmgK/RHRfakQEwNZEdGqURA7Fl0R3OAlECEVZRHd0pkRw8T0=</peaks>
+    </scan>
+    <scan num="1739"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="409"
+          polarity="-"
+          retentionTime="PT975.516S"
+          lowMz="50.060775756836"
+          highMz="989.835998535156"
+          basePeakMz="91.00358581543"
+          basePeakIntensity="76554.0859375"
+          totIonCurrent="1.1722625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1740"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT976.479S"
+          lowMz="50.16796875"
+          highMz="995.219787597656"
+          basePeakMz="91.00366973877"
+          basePeakIntensity="93418.8671875"
+          totIonCurrent="1.238188625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1741"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="431"
+          polarity="-"
+          retentionTime="PT977.437S"
+          lowMz="54.067909240723"
+          highMz="989.79150390625"
+          basePeakMz="100.933486938477"
+          basePeakIntensity="75614.625"
+          totIonCurrent="1.17443875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1742"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="413"
+          polarity="-"
+          retentionTime="PT978.403S"
+          lowMz="52.512943267822"
+          highMz="989.802124023438"
+          basePeakMz="100.933471679688"
+          basePeakIntensity="81407.640625"
+          totIonCurrent="1.2289765e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1743"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="430"
+          polarity="-"
+          retentionTime="PT979.361S"
+          lowMz="51.157749176025"
+          highMz="973.918640136719"
+          basePeakMz="100.933563232422"
+          basePeakIntensity="79098.53125"
+          totIonCurrent="1.17844225e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkyhiUPdSl5CTXcqQ+5K2EJOyl9D+Sw7QlK37EP3TmZCVcEQQ+R/R0JgdtBECezlQmI4h0P529BCYzyNQ9gm3UJmXmZD3NiWQmdRXUP0bxxCbhL/RAAaS0JxR4lDzNEkQnPJcEPtWyZCdZhJQ+l6hEJ3re5D+GLQQngudkPxxbZCfb/jQ9wZREKAO5RD2SAuQoEpLkPWXNtCgw/tRChkR0KDt9tDylcqQoO5vUPmGXlCg9+qQ+eOR0KFU99D9V2kQobCHEPz5IhCi/31Q/n4qkKMyVtDzntSQo2/KkP1kRRCjf96RG1uqUKTu/1D4yiuQpWDu0QC2nVCljAFQ+iOF0KdPNlEBEZGQp9CpEPdJxZCn07tRBgAgUKf/LdD0TEoQqDqhUO+Q29CoOruRAwtYkKg7ZNENK8KQqDvNURhaxFCoPAMRRl4mUKg8NlFig99QqD25kRuWW1CodVVQ+VUC0Kh8ypEMyxQQqL7oUP+BedCpJH1Q9RqHUKmA4ZD+oo/QqfB3UQBoJFCqypQQ+xk1UKr/J1ExaHNQqwBQkRpRDtCrAdDRBlwi0KsCH1FI5UHQqwJq0QuguNCrBRbRJYLF0KsG4pECQG5QqzKfUP7dJdCrfzXRGUezEKxZo1EBd3IQrIMfkQyOuRCsuRYQ/92gkKy8bxEN0WFQrNVM0QA42lCtLQPQ+jxCkK1pR5D3HeJQrXfEEP5Hc9Ctf/VRFNjBkK2AJ9ESXgsQrYB40dWJItCtgOGRFL6/kK2BHVES/WZQrgDgkSQvzlCuu6tRBPqGUK7/sFD59aAQsPlBkQOhdlCxeDcRRgA9ULG6L9D1nNFQsdrqEQVN4VCx4lXQ9yq7kLH2gJFVwymQsnapURJjCJCydt7Q/Fxc0LJ3F1EtVPZQsnd/UeafURCyd/FRLkZiULJ4P9EAtXrQsveDkYISo9CzLmeRCDIDULN3RxEnFlIQs3p0UQuv+tC0et/RM0ADkLT67hG04o4QtPuJEQgoHVC1MlbQ+qPwULWlttD+wCOQtfgLUPtglZC1+mBRGs5rULYpEVD95UlQt3znERhz6VC4S+hQ+GQJ0LhelVD4OqcQuH4l0aFlTFC4n1MQ+0HdELirRNEE/Q4QuX6L0Y2DIdC5saQRAojyELn+pNEnyMOQunbWkWSdgZC6fjzRFInc0LtQ2pD9HNQQu3ux0SY8CxC79CHQ/4b1ELv881EZZ/xQvdyd0PueZdC+N+YQ+LpyEL43/BD3hG+QvkJtkQIzF9C+9ecQ/aI4EL8D8tEvMfmQvzYb0QELClC/UyXRA3b+kL9z19GRORlQwFa5kPrvhpDAvdeRJBZMUMC+85FoiJGQwMSZ0RGuABDA/v3RDSrtkMEZrVD8s6qQwTdE0RS0ndDBN4rRw9UmEME5mFEXQo/QwT7KEQtxQFDBYsrQ/1ypUMG3E5EQpRvQwbdg0bQKfBDBt5ORE1fc0MG5QJGlnLoQwflDkRlW6dDB/iORT6SmkMI3PJGEjO5QwjkO0W6dCZDCO7FRFK/rUMKmjVD+ftjQwrcOUQx8e1DDZoPRAN0cEMO7ddEgeKYQxAXSERWTzBDEOxlRw9ChkMQ7oZELZr1QxHsaEVSWflDEgpFRCNI10MS9g5GPDgAQxTG7kP8wS1DFPMeReJKPUMVGClD/k4QQxXzVkQTCWRDFvJaRUPWEEMZBc1EgwH+Qxme4kPl19tDGftdQ+ux0EMZ/+hEZwbTQxvfxkQQyMxDHvjkRGlkikMe+n1HeWo+Qx78lETFvoBDH/qzRev6JEMgu71D92KQQyD53UXbZVFDIPuEQ/+GUEMhOhVEBcnNQyLWwkRgAh9DJC3tRBkKmEMk7WFF67HqQyUKj0Q1k/BDJuydRRnbDEMnnEFEDo8iQyk3uUPy4CFDKV5LQ9PYDkMpmzBF8bumQym8rUP/7kdDKfoXRA4FKUMr81dD/1BZQywCJ0P7jvVDLFLEQ+cr90MsV39D9SFxQyz980P687FDLllqRBDzmUMu8uJEnue+Qy70uEeFvrxDLvbVRDZFhEMv9ZFEqt4yQzDRNkUC7z9DMOU7Q+Mx0UMw9fdD+7r9QzINAUWFSblDMtClRYwvgUMy8tZEwBmMQzMn70Pq0rdDNNAeRKIfZUM1EkBEBDdHQzVf6UPfp6JDNdM5RFPc3kM15S9EEVVuQzjVAUQsfjBDOwG9RLvDdkM9DXVEOl3+Qz0PMEQj8u9DPRDhREUto0M9Er9ERDrRQz0UAUQHu3FDPRTXREbvqUM9FfhEHZiEQz0W9URB/EpDPRhMRC8HeEM9GYBELE6oQz+CoUP0DwpDP4ltQ/SbbEM/8ipEIp69Q0F1ikRt/PVDQX2HRAmZykNBiZBFSOJWQ0GMPEPeMQJDQZogRAW5okNBnYxEgAEYQ0I5RUP0RYdDRPL8RIAGOUNJOs9EqMU2Q0lKp0RA7IpDSU/9RbAuqENJZS1Eu7nHQ0x5UkQHhzpDTPKVQ+2KakNSTEBEYtICQ1c/PERXK0tDV1kJRATJeENXjq9ECZPDQ1gSykQ4mdtDWO/dRMOmY0NZCsRFuVm/Q1oL6UQzMx5DWu8JRDRk/kNcRERD9DnTQ10BZ0P6dxlDYM2nRpTuGkNhDRNEYdVfQ2E6fEP/4VZDYs0dRj9lHENi1LREWTM5Q2L3OkXe9nlDYvrJRBWGP0NkzHtE43zoQ2T2iER4RztDZdprQ9xgokNm5EVEK5ZGQ2c120P1nx9DZ5JPQ/KgrUNn/VpD/rF+Q3Fp0URohatDcvGIRcWgCEN29YBEkStgQ3fBCEQLnFlDeAjQQ/n8lUN5M3lD330/Q3zmyUTae6RDfY0CRByL30N95sVEKk1gQ37l3UTTvTVDgHKhRGty2EOAlFtEFqUPQ4HQQEQ/FLBDgwTQQ+inckODdw1GOoCiQ4P3M0Tl6KxDhHazRclCoUOEkvdEXAzSQ4T2ukTqSV1DhWdcRBUCo0OFdmJEj8PJQ4ZgWERJtBFDhnYDRAlxPUOG0CtEB/AMQ4bz/kQC+RJDh2A6RG3wIkOIeIJEk4wcQ4h6ukc66NBDiHvLRFkpaUOI+tJGC66zQ4l6ZUYk4tJDidSlQ/V8IkOJ+YFD2tbnQ4n6MkQOWHFDi3QnReFtikOL9EhEaUQJQ4v9skSRsJxDjBkbQ+llLkOMc9BFa0RaQ5B1vUSU/ldDkHfXR4KaGEOQeTxEie4UQ5B6AURx3gpDkPf0RbOWEkOQ+VJEw/aBQ5F3iEXLXuFDknbiRGglSUOTcUlFSODxQ5N6GERt6VBDk4ZOQ/CpKEOUcQpETEJDQ5Sg30QGHiBDlesGQ/XoJEOXahREiqbDQ5hZWETAcGBDmHT7RvEaX0OY9XBEVz60Q5p0LkRQAaRDm3cXRDCoq0Ob/CFEWBxLQ5xqI0PeB1pDnH38RCYOTkOeTUpD+aBXQ55eckSK+/tDn0oKRN2zFUOfTn1Es+5iQ59ej0Q8etFDoOvmRCcKhkOg7dtEU+8uQ6Dwo0YwO89DoPQvRDq2LUOg/WpEXS1uQ6P5K0SzMatDpcg1Q+9aqEOojDxEq2hlQ6iSUkPymX1DqSIoQ/H3cEOqeQZE/5WyQ6yUeUQMLUZDrnHkRB6oTUOx6FpEIZLmQ7IOfUPrkKFDsiHRREM8mUOyOtFELBJhQ7J2O0WHz95DsuRwRIgvKEOy9iREHDPTQ7N15URXVchDtPHuRAtOjEO4fhtD6GaeQ7pzVkUjtedDvHWtRD0sG0PBeENFFrXTQ8H4VUQ/m+lDwnfIRDwLLEPDhmdEdO4eQ8RxdkS2BlZDxXFwRFWZWUPGpxFEEaESQ8b8ikSySNhDyJsORAZd9kPJdVJGHPsgQ8n1iEUZLiZDynTvRP/kqEPK9T9EH98IQ80giEQO5YRDzW5pRA6+9kPPVDNECUfSQ8/3NkQMhYVD0XJ4Rgk/rEPR8tJEp2fAQ9Jx5kQys+hD1HSbRHtGUkPWltxEWeJsQ9ix4UPpU15D2W+hRRQ+wEPZpx1EFugWQ9xxc0QVXhFD3iotQ/mnk0PjdtFEEvFGQ+VprETj1ZxD63PFRRz8DUPr88JEYRZ3Q+yVykSKa+BD72xWQ/tgnUPxLh9EBql3Q/Nw6ETxEhBD+zmERBWWRUP9DcZD/qQgQ/9pCUQFo2lEATlVRGoSKEQC9mxEB1tlRAMShESK/z9EBTfqRMVDnEQHMUJEKtH8RAdr3ES0uqZEB7rZQ/9XUUQH1sRD9BKARAk2oERU8IlECXaVRADKEEQJ4m9EI0rmRAs4/ES/x+lEDfX/Q/h7SkQSCjZEWaosRBRaQ0TUm7VEGHQDRAyvxkQYhjFEBux9RCEpq0SlU+BEItv6RACvyEQjugFEZ3ibRCUtXUSpdy5EM3LURBrbCEQ41RZEhK8JRDnGREQGPE9EPU87Q/qVi0Q+FJFECRbMREGJxkR7ANZEUCZjRAuZ9URSTEVEe0ggRFMiTEQLAsBEU7QLQ+5h20RYhXFEDFJqRFimS0QIKlxEXB7BRAE5Z0RnufdEJhh1RG6J80QBaX9Eb55IRA8T40RwtxtEU8+VRHC7pkRbjAREcL/ORTiz4ERxafJEWUa1RHN6y0QJwwA=</peaks>
+    </scan>
+    <scan num="1744"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="401"
+          polarity="-"
+          retentionTime="PT980.32S"
+          lowMz="51.446582794189"
+          highMz="989.775817871094"
+          basePeakMz="100.933471679688"
+          basePeakIntensity="86141.75"
+          totIonCurrent="1.180305375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1745"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="397"
+          polarity="-"
+          retentionTime="PT981.281S"
+          lowMz="52.221561431885"
+          highMz="973.512939453125"
+          basePeakMz="100.933525085449"
+          basePeakIntensity="82196.5078125"
+          totIonCurrent="1.14108325e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1746"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="416"
+          polarity="-"
+          retentionTime="PT982.243S"
+          lowMz="50.094211578369"
+          highMz="989.762817382813"
+          basePeakMz="100.933456420898"
+          basePeakIntensity="82939.234375"
+          totIonCurrent="1.199098125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhgeUPQYq9CUQ4hQ9gS/0JUtedD2Q3BQlW4xUPRt4xCX2hJQ820WkJspFNDzrWkQm3J1UPcajtCcXR0RAL3IEJzGgJD13sZQnUyZ0Pote5CeNtwQ+vVEUJ44q5D2pdLQnmlDkP1KxBCeyqcQ/wYl0J+e8RD75ntQoGGg0P/hj9Chf86Q+6it0KGmCBD7o71QokwgkPoet5Ci/x8RBaR0kKMAI5EDLygQo2nAEQLE8VCkcdSQ/QeDEKR91JEAufNQpQSbEPe+ChCmABGQ/HgNUKYAtBD2vxsQqDrTkQGEjZCoPAJRIFwp0Kg8TNFqTBDQqDzJ0Q68whCoPcgRDlEF0Kh8y5EIbWZQqLUbUPbV39Co74/Q9kjiUKnLS9D2Xn9Qqe8p0PrwixCqZLRQ+78PEKqB8ND217FQqtbF0Psa/5Cq/sfRAWkQEKr/IZEcClJQqv9iUQGUEtCrAERRATLb0KsAkxEDfybQqwHbEQ4UudCrAhpRQo6RUKsCVtElkjBQqwNA0QkoSdCrBJ0RAEyX0KsE0xEJptmQqwUR0SpsItCrBVJRGTHf0KsICND9essQq69L0P1DuNCseg3RBgY+0KyDHVEJ5QRQrIsZ0PbI/pCsqnUQ+1Nm0Ky8ZhEGNV6QrYA+EUAWqxCtgHWR3w/XkK2BJ5EO7JdQrgDgEQblvpCuW90RBFcK0K6VphD8Oy9QsAS3kPnzAxCxdAjRAL6tULF4MZFHi9FQsXl2EQtDnNCx9nxRaQgE0LJ2ytEGpwJQsncJEQ3sfNCyd3uR6H9nkLJ3stFTeYSQsnfYUSZVWFCy94ARggQvELN3RFE1dWqQs3pyURngjZCzfoqREHoW0LOjAlD5mfQQs/6hUQRgyxC0dyHRBmUykLR63VEeB+KQtPPMUPbzARC0+uoRtXfNULT7I9EfDlUQtcp30P2UiFC1+lzRB4pjELZ1+pD7W1hQtqI2UPi7I1C3fOBRKpaXkLhK31D8uDmQuEsUUP0ekVC4fiJRnPyt0LiivJEeoXdQuWHT0QPMKBC5fofRhdyAkLn+lZEXHKaQunbUEWTm5VC6fjXREz/GELt7otEWt/RQvDFT0QB6wtC8yjiQ+pzBEL8D8hE+iQNQv3PR0Y+gKpC/getRAhhqEL+dmRD285SQwL3WETdvStDAvvKRaNqw0MDFQxD9HXTQwTeIUcblaVDBN7JRLslZEME30FEHhFVQwTmbERlXnlDBtvQRAofZkMG3XtG65K8Qwbk+ka51tpDB+ULRQs3p0MH+IlFjK+dQwjc50YaqDNDCOQ5ReU6M0MKLZlD8qk7QwrcL0RhsRVDCuuyRAPWdkMLMXtD/0LfQws3nUQ1lcZDC//MQ9yI+UMM6xhEDbgKQw7tzUSVH6xDD2NJRAVQakMQeI1EBS8JQxDsXUcew91DEO0sRJLM8kMR7GNFVaDiQxLr2EQpCShDEvYDRiCUdUMUFptD+UIYQxTzFUYZt5JDFfM7RJJhpkMWVVBD8QwCQxbyXUVFYGdDGQW2RESFTUMZsGVD/MhNQxm6skP13cZDGf/gRDZ9EEMbYXtD+GgiQxxKwkP/TDxDHvfqRA3kTEMe+nNHeGAaQx77ZETDr7dDHvzVRMKNdkMf+qlF2rfxQyDXgkSqv+NDIPnSRfqRSEMh+pFD5ikdQyJi00PhRGBDItatRDTQMEMk7VVGChfQQyUKl0ReVxJDJkNbRB34R0Mm7IRFCBavQydMlUP+cKhDKZocRe6UPEMr5OND4boBQy3L9EQFDnZDLvNpRL3CDEMu9K1HjRTxQy71wEUVM1ZDL3VRQ+yKa0Mv9YNEv5HYQzDRKUU1LaFDMZljRAC8wUMx93FEBJwXQzIM9UWUrZ5DMspbQ//h9kMy0J9Fb+daQzLy0UQYHFdDNNAURNHo20M10RVESToOQzlku0PprbRDOedgQ+F1mEM7AbVEzpq3Qz0OG0QntytDPRBjRCYWnEM9EetEFtljQz0TskRCiaFDPRReRAywxUM9FrVERsB3Qz0aKUP47oFDQFszRACZnkNBa1xD5uPRQ0F1dUSSMqdDQXcyQ9yzu0NBfWxECuEEQ0GH9kQc8mRDQYmCRS5PTENBiwxET6RmQ0GW+EQjNwBDQd3IRA97/kNE8FtD+DEBQ0TyBkQmEP1DSTqmRNW44kNJSvND3nMAQ0lP0kW4MotDSWT/RL33q0NKixVD1WIAQ04LD0QGbSZDT1dkRBXIkkNSBgtEFCf/Q1JJr0QY7A9DVCh+Q+g2SkNXO5lELz2zQ1e6KUP+grJDWO/sRJkI/kNZCr9FkQuBQ1plXEPciIJDWu9ARCTF7ENgzZpGm0bNQ2DRAERADVZDYQo+Q9ZpU0Niv3xD25SfQ2LNBkYmZXFDYtSuRB7Q7ENi9zRF979yQ2P3VkQOD2NDZGCLRCdic0NkzFBE4gphQ2jqG0RlKMhDaxQ1Q+ga/ENsr+VEDML+Q3FmtkQsm8xDcvF3RbjLcUN29YtELZJ1Q3pupkPp6cZDfOayRN6960N9XbtEApmQQ33nIkPn5SNDfuXGRNyZZkOA4QtECMuuQ4HOqUP59j1DghntQ+38JUOCQtJECBkmQ4N3BEY0P/BDg/caRRzciUOEdqxF3/+TQ4SS2ERkDYhDhPbkRG0pekOFdlZEFsV5Q4ZFbEP09hNDhmBMRCKueEOGcG5EHLTDQ4dgDkRVvVVDh2/8RAqY70OINfREEKM/Q4h5hEQ6eHVDiHqwRyyGJkOI+sNGDQZHQ4l6X0YCj+RDiZPFQ+H0HEOLdBpGEE7oQ4v8PUQ69W1DjHPARVWAtkONgFFD8RG4Q436QkQtddBDkHV3RAmfPEOQdnpEs/mGQ5B3zUdw9vRDkHjyRJ4KMkOQeXFD6VvfQ5D360W+DuZDkPlzRJ3UgUORd39Fse5zQ5H5H0QIoilDkncIRE3pvEOSlqdD7gs1Q5NxQEU+bORDk3nzRKL64EOUcKdEUhJ/Q5YcVUQHeKhDltoYRCXaJEOXZt1D7AeHQ5doF0QO2eFDmFmDRJ7LN0OYdO9G4yiYQ5j1OESdDkBDmPZJRGLtJ0OZdGhEfNppQ5tEYkP2teFDm3cCREfvIUOb/BFEn5URQ5z7LUP50TJDnl6ERK8AAUOfMmpEDJZ9Q59D20QlAZtDn0a3RLLKCUOfR+xEPMCNQ59JOUSlH7pDn0pWRH8ehEOfXmFEjPU/Q6DhN0QjbChDoONpRCUVe0Og7whEin2QQ6DxQkY9grJDoPKXRQH3+0Og9DNEDIS3Q6D1b0QigudDoP0VRD5S9kOheD5EEWZzQ6P5OkSo/YpDpElSRADuqUOoZ9pD/XSHQ6iMVkQ46G5DqnkZRNL7IEOtcm1EBLEpQ65yN0QnXohDseiJRDCaqUOyIAlEVFAcQ7I40URdwudDsnYxRZoG6EOy4mdEFRjTQ7pzQETwtHhDvHWmRDKe0UO8vc9D5B/rQ8F4LUUW9dBDwce5Q+k2wkPB+G1E1u63Q8J32ESDcYFDw4PZRBw4T0PDxNJEASYVQ8RxdUSo/dhDxYHTRBygsEPG/MlEvt0iQ8l1RkYknvpDyfV2RSzsnUPKdPJFO6G7Q8tVFUQJuapDzG7MRIL9qkPNbkFEP9rmQ9FyaUYI2MND0fK9RLhbJUPScglEXLH+Q9R0hERaaahD1iipQ+673UPWlI5EWltbQ9aXW0QTzlZD10xcRAMyF0PZb2lFGDacQ+N2ukRWvY5D5WlrRKslEUPlbA1EEm9rQ+VtUkQZUBZD5XKyRBs370PqM9BEG0GEQ+tzsUS1HdhD7JG4RB8VkkPskuNEFaeiQ/Nw5USmCBJD8+KdRBhC7kP+ydJEEq4+RAE5gUS4mRREAxDyRGplsUQDtCFD5WzSRAU31kSUekdEBbfkRD8pd0QHalFECNbdRAdsBkSzMV5ECQN5RBKFaUQJNodEQV07RAsfGkQcf05ECzejRKAR00QL9xZD9jEVRAxNBkQCkaNEEKdRQ/yFFkQSCHtERXsRRBIKwkQZp7VEEhivRAIA80QUWhdEqpy/RBn+uUQEeqxEGq3xRBfL0kQb6xND5YwXRB61lEPsCJtEIG5gRCiz2kQhKdVE5chmRCF8YUP/AS9EIbcZQ/UH9EQjuC1EqdbxRCUvfURa8nBEJuU8Q+3bw0Qn+U9ECvAZRCofvUQi0yREMuvVRAG7XkQzOYJD+8+RRDjTMUQe8RtEOwBwRA7pF0Q7eMpECvdARD0pV0PvN7pEPib4Q/b2b0RAV49EFE0mREGJt0ScWdlEQg5QRBNVI0RJUBREHSvUREoKh0QQV6lET3g2RA/jA0RRR9tEGa3mRFJKSERuQEFEXRveRAlld0RdIEJD9irjRG/7A0QUHYBEcFjFRAEHaERwwCdFbJakRHFnjESGWGhEdUQLQ/FJ7kR1SDZEBw1KRHdOq0QZsblEd3DSREQA7g==</peaks>
+    </scan>
+    <scan num="1747"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="419"
+          polarity="-"
+          retentionTime="PT983.203S"
+          lowMz="50.666793823242"
+          highMz="989.740173339844"
+          basePeakMz="100.933471679688"
+          basePeakIntensity="82772.1875"
+          totIonCurrent="1.141566125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqqzEPIxY5CSwtBQ9DaXkJPceBEBZEvQlD25EPUonlCVz+xQ9VsAUJY5YFD7Ao1Qlk9iEPpDe9CYgoKQ9xnTkJmpIlD93c2QmvMIUPRJC1CcYcQRAIhT0J24etD202TQnpsbEPXqFxCfag0Q82VI0KA9RVEEG7BQoTcJ0P2og5ChvtRQ/LNC0KHGeRD+PIYQodq6UPgvPNCh64XQ83BWUKLHK1D9L8+Qo2HWUQEF5pCjf9qRFrR2EKPNCND9H0bQpFXYEPltsVCkYbkRAA+7EKTQj5ED8HJQpWCXkPgMXFClpTKQ/wKPkKW0U1Dz5JVQpbwQEPnwKhClv5wQ87z80Kd1m5ESr8lQqA7i0PjJalCoEUTQ/fzpUKg6qlEIW1wQqDuo0RY0XFCoPAHRQkW5kKg8OxFkgWiQqD2x0QHropCodVlRDKt6EKi9adDwfoAQqODREPhhQRCpEqOQ+0TakKkStxD4RtyQqRMP0PgHGZCpqGrQ/UsAUKooppD//kGQqs1W0PmQcVCq/q1RAqbUkKr/AhEUIuOQqv8mkSAlUNCrAF7RACkhkKsAzxEBEHXQqwFy0Qsi85CrAfVRI9Y/EKsCHNE8eRKQqwPrkQAgudCrBPBREIXwEKsFJ9EaTbqQqwgdkQH9ChCrfzcRCiTNEKy4ztD6ea3QrYB2UdE10pCtgSQRABN4kK4qhZD5ut4Qrrt50PufqhCu7IcQ+YF6kK/4NJD1hN9QsKDeUQNvitCw1KeQ93KFULF4MlFI4/rQsXl5kRgeolCx9n2RYfZ7ULJ24NEno8pQsnd8EehqhhCy93+Rg5vgkLN3SZEgt/SQs3pyEREAXhC0et7RE5OV0LT66hGz2lUQtPsnESIxE9C1eoJRBtkAkLX6WhESqntQt3zkURe5A1C4S53Q9K6mELh+ItGd3FLQuIDt0Pjh1hC4quRRBmb6ELlD21D4xhkQuX6IkYkHWhC5kJ6Q/5hgELn+n9EZMfGQunbU0WS2DhC6e+FQ//RNULp+NVEqoCTQuoPdkPXPL9C6/JuQ+rtx0Lt7pdEuHrzQu/zwkSQ+FpC8QcKRACFiEL1KMdD6WQCQvVDqEQTVPpC+OEhQ/33TUL8D9FEt4PPQvyOgEPeh7hC/c9JRj9fIUMC91hEsv3sQwL7w0Wk825DA+SeRAVXKkMD+/lENiPJQwTb20QWRhJDBN4iRw4APUME5oVD3n3CQwT7JUQkkUJDBt16Rty4nEMG3khERMHnQwbe6UPxI2hDBt8xQ86I30MG5PpGtIMOQwflCUTMvs9DB/iHRW0Jt0MI3OhGERuZQwjkNEW6PbpDCO7sQ/TH8EMJ5DdEKFFYQwpABEPf8vdDCtwuRIXHzUMK+eND7rZ4Qwzq1EPuR1BDDu3ARDdXLUMQG81EAEOiQxAoYkPvWoVDEOsUQ+jfRkMQ7F1HDC2mQxDtM0SCoRxDEO4WRAKReUMR7GdFPX7qQxLr3EQ3LrBDEvYERiLoCkMS9/ZECGp/QxTzFkYTtTRDFvJZRSD6PkMXpgBD6DPSQxfWekPybDdDGQW5RHSVd0MZ/9xEllqDQxvfxkRc6wdDHGk9Q9mi30MdN3hEAGJAQx74+kRFDKhDHvp1R4G51UMe+2xFCIlOQx78s0T+GodDH9huQ/yBLkMf+qVFsunBQyDXfUSVcmlDIPnQReEyJEMh7R5D/vZ6QyJEj0P/M89DIta8RIqARUMk7VJF+EG1QyUswEQODsBDJaAARBQiV0Mm7JVE26T1QymYz0QbBR9DKZlUQ+/XI0MpmnFF6wGuQymbzkRauvJDKc5ZRAZlV0Mp+eBD8mAHQys8CUQeI0xDLvSvR313+UMu9c9Eymi5Qy/1b0SV98BDL/fkRAks8EMw0StFBtdEQzD1qkQcYbBDMbLLQ+6fq0MyDPhFgB9LQzLQnEV0md5DMvLLRJLDokMzDdNEHrg4QzTQIkSk325DNc/0RDYryEM19j9EFzYHQzcW6EPhT5RDODSCQ+1WakM7AbVEPHOCQzs2M0QClxBDPFPnQ+aINEM9EMREL7m3Qz0TCERHipNDPRWMRDz8AkM9Fn5ECss1Qz0YGkQNMAtDPRn0RBzmu0M9Hc9EFeEzQz/KYkQWLw9DQXWFRFJYlENBfUhEODoIQ0GIikRteC9DQYl/RTmLRkNBlcVEbrvMQ0Gd2ERyAidDRPKRRGDcHENI0a5EDRSNQ0k590TZr9hDSUk/RA7zLENJTz1FrU38Q0lkZ0S3RBhDUkshRGc8NUNSqQdD8XgmQ1RnnUPZMVBDVfeARBwIB0NY7+dEkV/JQ1kKwkWGEj9DWguIRACec0Na++VEB5/aQ10ttEPmb7JDXdQzRA1SA0NfuyBD+NwnQ2BRt0P34ylDYM2aRovlEENhDNdEJuewQ2KL80QBTfdDYs0ORheoLENi1KNEIy2OQ2L3M0XYXt1DY/dLRCxq7UNkrRZEBJEbQ2TMSkUOKyJDZPZ2REhwFENo6gJEkeBaQ2kT80QMSr9DcREPQ+dpDENxaKVETrV/Q3LxfEXR4/5DcwlnRBXpCUN1c2BD/XYcQ3b1ckRVMARDeIYEQ/D680N5OOVD/b7HQ3zmokUOysRDfZRfQ/G+D0N+GktEC9ThQ37l90TEGttDgHJdRCM+BUODdwVGQZIVQ4P3DEU8ohZDhHanRc7QZUOEkvZEaKMbQ4T2sURoziVDhf1YRAmWIUOGYFlESaxdQ4b1YUP5kblDhxgFRANd20OHYAtELwGGQ4hvKEPqhFZDiHjKRBP5u0OIerBHGh3WQ4j6yUYFtE9DiRWMRBA+8UOJel5GBHwPQ4n2FkP27IhDifpdRCWjskOKdXZEIGxSQ4p6FERxAMVDi3QeRgXyxkOL9C1EyMoHQ4v1sUQnaFFDi/zQRDsRTkOMc8lFk7PwQ436gURGpblDkHWHRKnphkOQdl9ELYyEQ5B3z0dvTPZDkHkDRKo8J0OQ9/pFzKisQ5D5XkS+IMFDkURxRBLT20ORd3tF5GrWQ5KprUQH1iZDkvC3RCTwhUOTcURFPk2cQ5N54EScY5VDlHDURKzKA0OU401D5+zDQ5ZzUUQI6wlDlyBERA3hVEOXabFEV1EZQ5eyUUPrZcdDmFgzRAIBvEOYWZVEg9y3Q5haxkQIqxJDmHTwRtfXdkOY9XhEdvpAQ5j2j0S+62pDmXRaQ/wId0OZdb9D9FG1Q5mPTEQDabpDmnQsRCJyakOatTdEDhYbQ5t3MURMB3ZDm/wURL76tEOcfDFEFGOiQ54R+UQHKYpDnl6ZRL0t1EOfR2hEAKZ2Q59JKkUq2f1Dn0rQRE6MvkOg7blES4jEQ6DwrEYf0gBDoP0VREsKR0Ojg5FD5q6YQ6P5b0SiqpRDpEqjRC25xkOkjc9EDNXYQ6ZjbEQDxAZDqIvuRGD0C0OqeQhFF06zQ6uUWEQDadxDsHAfQ+5A9EOyHr9EXbOSQ7I3+USAiTlDsnYyRYGp00Oy419EDROCQ7LmTkQ/xlVDtXfWRCXTxUO5dFdEH56oQ7pzY0UqUp1Du+0cRA/HQUO+9g1D76OwQ8F4OEUdUktDwfhfRC/Z00PDhWlEWsUKQ8RxdERqeP9DxHMLRCy6uEPF8a5EJmzCQ8b6sERVXL1DxvzjRNHKdUPJdU9GD0yzQ8n1hUUaI7dDynTbRReFZkPK3LlEBLDWQ8xuxESAmNFDzW5rRBUGSEPPI0FD6Z+WQ9FyYUXzVx9D0fKzRLM3XEPScZpEGz1pQ9R0g0REzmdD1YtLRBIVwUPWliFEUL3DQ9lvokT+tI9D2rX8RB0mRkPcMTVEA9/YQ+N3IkRMZElD5WlERLzB7UPlbhlEA6G9Q+plrEQJpQlD6v5VQ/lMJ0Prc7pE7EHcQ+vz7ERa0AND7JSlRFpgb0Px73hD+jkrQ/Nw3UTmMj9D+23rRDS/+0QBOWREmli2RAMRZUQMIW9EBTgjRIPgwUQHamREMibhRAdsJkSWQnJECTZWRGKbAEQK5B5D6dn3RAs20USgRhFEC2PpRCKFo0QR/EdD+ojZRBIJsURBfBZEFFozRIA7HkQXqApEEk1NRB/pF0QPpI5EISfGRDUQ4EQhKfJEzdUlRCIftUQGCxxEI049RAfDZ0QjXlxECLdERCO5KURL1uFEJMdiQ+svDkQlLSFEyKEURCYVJkPrf7REK4yZQ+wC9EQuV7pECBjqRC7sSkPxEgREMvQ6RAvjqkQzmWhEAgUCRDjUe0RWNvBEOZBzRAhXTUQ7KoNEDl7tRD7vlEQrcZ9EQFWlRCJ33ERBibVEb3PeREKrLkQELLdEUF3URARY/URSTJ1EcipkRFVZ8EP5XKVEV3WKRBqFpURaHVVEBBgbRFsfFEQNWTNEX12URB0tj0RkJnREFClaRGXKpUP8vWZEaAFbRBrTlERortdEIAnhRHC8N0SuzjJEcMBIRWGHyURxaE1EUO+eRHb8PkPwKXxEd29fRGFkXg==</peaks>
+    </scan>
+    <scan num="1748"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="423"
+          polarity="-"
+          retentionTime="PT984.164S"
+          lowMz="52.098522186279"
+          highMz="990.664978027344"
+          basePeakMz="100.933563232422"
+          basePeakIntensity="87700.4609375"
+          totIonCurrent="1.172648625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1749"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="401"
+          polarity="-"
+          retentionTime="PT985.126S"
+          lowMz="51.130531311035"
+          highMz="998.840515136719"
+          basePeakMz="100.933456420898"
+          basePeakIntensity="85288.171875"
+          totIonCurrent="1.132694625e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1750"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="426"
+          polarity="-"
+          retentionTime="PT986.086S"
+          lowMz="52.561374664307"
+          highMz="989.726196289063"
+          basePeakMz="100.933525085449"
+          basePeakIntensity="82392.7109375"
+          totIonCurrent="1.1901245e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlI+2UQAX9FCUtggRBSZ80JehNBD5FxiQl+NKkQLzABCYwBkQ+pIIEJlL7FECe59QmVIuUQUqlVCbQUHRAJqZkJ0YKBD3VxUQnRuDkQBc6hCd2uYQ/S91kJ4uHFEAFODQnpJukQX2vdCgBw+RAL7IkKE/+lD67wbQoYV70PMg3VChsSgRAeGZUKKHWtD27PLQo10RkPqClBCjmBuQ/AHLUKOk0hD7h44Qo+LJEP3OF1CkIiXQ+hQukKR7utD536WQpNBu0Qqi8dCmBIBQ/ixkEKalBRDzS7KQpzuzkPk8FRCng9bQ/ddkUKg7rNEWMD/QqDveETHQO9CoPCSRX3B70Kg9DNEAF3KQqGUekPaQKlCo3v5Q9QDsUKkTi5EKyH9Qqc3G0PKCHRCq/FWRAQbIEKr/S1ExYzTQqv/F0QoyalCrAG+RFBRNUKsBGZEDIlKQqwHJ0RChGZCrAkJRS6n70KsCttEDVt2QqwTBkPkLWhCrBTiRMWt8EKsFrND9eeHQq3820QS739CsW04Q+kvIEKyDHxEY/9vQrIquUQxmShCsz7IQ9e2TEKzP05DwzUcQrQJ4EQIBH1CtP2tRAxOZ0K2AEpEIfVGQrYB30eB4MFCtgRxRCPr60K4A5NEqNqUQsBlNEQGL0dCwdWQQ+HSRULDia1ED73dQsOKX0PfWD5CxeDfRTCRyULF5fBEbfOLQsfZ+UWLpAJCydqWRBoFK0LJ2y1EKHb4QsncIESFOptCyd33R6DsW0LJ3t9FY2W9QsoC8UP+M0xCy94CRgi6EULMvY1D7C9KQs2e1kQAzOVCzd0rRMhtW0LN6chEYbLVQs5UrkPrjipCzt/JQ/nJgELPs8VD71bQQtHrdkTW+v1C0gRvQ++AuULT67JG32gEQtPsokR7oIRC1oAnQ+rY5kLXaoRD6d0jQtfpkUSqVJ9C3fOARC3PtULeMRJD8mm7QuDQH0PgqKlC4TKURCi8X0Lh+JNGlHSAQuH8J0QvwsZC4oG3Q9yol0Ll+ipGJAetQuiZvUQFLU9C6dtbRZNHtkLp+OJEZaAzQuvbY0QY0aBC7DrsQ+UVnkLt7sJEsqu2Qu/zvkSEItVC8cQxQ+aa8kLyYyFD5/OVQvwPwUTaLK9C/c9XRlGla0L+IbRD/lQkQwDtmUQC5hNDAvdXRMh9aUMC+89FYttAQwMQ80P3aHtDA/whQ/3gyUMEzXVEB2L4QwTeJ0cabAxDBN7TRKZuLkME5ndEWz6ZQwZea0PyiTZDBt2BRvm2L0MG3ixEjQhbQwbkIkQuER9DBuUBRtQSZUMG5cpELcMYQwbmC0PJmCNDB+ULROFTOUMH+I5FgUeyQwf5aEP/EsxDCNzqRicSdEMI5D1F28oZQwnkP0SDi41DCkLKRA5vRUMK3D5EsPEIQwrrx0RTffpDCyoRRBzGl0MLNk9EEuZBQww1MUP9WRhDDu3ORKg3IkMQ6s9EFOCpQxDsZEckOOxDEO06RMXUI0MQ7dFERkeGQxDuM0REpMVDEex0RTuibkMSDKhD5VqQQxL2CUYKOwhDFLT7RAAXj0MU8xxGFhLoQxXzWEQ2xLZDFvJnRSklM0MZBcVER5K2Qxn/3ESLOGhDGoONRCaCDkMb3+BEROk6Qx1ZJUQOfFhDHlLBRALlgkMe+JpEc6QnQx75Z0SiHkBDHvp7R3Zgb0Me+3NEwLEAQx77+0P2TaNDHvy5RLMCZUMf+q5F47/aQyDXeUSn0BhDIPnZRb58GUMhLxdD+9woQyGdVUPm/wZDItbrRGpBMkMi4xtEByMoQyL7f0QK3AhDI4vrRAN8XEMjuwZDzGULQyO7d0QLaBtDI7yCRA7bbUMk7VlGEyyLQyUKsESDyrxDJjvvQ/f1gEMm7KlFCsmRQyb0oUQexy5DJ3ufRAkyj0Monz5EDO1BQymbr0XrprlDLc9eRBQYEUMuWcBELRflQy7zd0SlAQdDLvS2R4byG0Mu9cpE84HpQy72t0SC5PNDL/WFRLZ5k0Mv99pEKUeUQzDRKUVDRDBDMOFkRDvobkMw9dhEQ+2nQzIM/0W65vBDMg4aQ+jAMUMy0KhFWFwNQzLy7ESEGotDNM/oRMe+SkM1z4BER2eMQzi+3kQE5A1DONfERBzP8kM42TtEFCXnQzqGB0QVZrNDOwG6ROCXekM812xEAXvjQz0Pj0Qe4lRDPRD5RB3oLEM9EhtEJbc3Qz0UL0Riw/hDPRaGRE5bFUM9F4JEBdAYQz0ZCEQacrlDPTGfRAi6F0M9qx9EAqyjQz9j4UPwohNDQGerQ+XCzUNBdhpEf4imQ0GHRUQRem5DQYo1RVCGBUNBnjNEoKPFQ0P4xkQB+s5DRPYLRBNS0UNFBplD8A70Q0chp0Prt+JDR/6VQ+84n0NJOhFEzKvnQ0lPU0WyOKFDSWR5RJhWmUNST35EC5x9Q1c/cUQEtBRDWBQBRCXjlENY7+lEmFtTQ1kKzkWRoeFDWd/sQ+UDR0NaC5NEHfbDQ1rvOUQxZT9DW3guRABX1kNee5pEBX6WQ2C+gkQSrPRDYM2kRoYWPUNg0NtEMAMXQ2EQHURjH/5DYREnRBl9gENiO/BEA5d1Q2LNFUYGYh9DYtRORCoVm0Ni9zxF4EbIQ2P3bEQskL5DZMx0RNCChENk9oBERt+AQ2fugEQhfnFDaCpaQ+KNu0No6e9EVKaRQ2n62EPzG1BDbJI8RAiHOkNwE2pD+YsBQ3FtakRtZ2RDcvGQRaeHEUN0rUREBcxyQ3b1jUQm8ZhDfOaxRS5uKEN+5e9Eh4mQQ4A7kEPjlLdDgIrqQ/diVUOB0itEQDeXQ4N3CUYxnWNDg/ckRRdWREOEdrBFwoXBQ4SS9kRKoKZDhPbQRDnIUEOFdkxEdeb5Q4X9bUQr+o5DhjofRCQ6l0OGj5ND8nHTQ4dwC0QUwMRDiF0sRARlsEOIeYNEEDtqQ4h6uEcSpCJDiPrQRc3BNkOJemNFz8QaQ4n6j0Qm+NxDino6RBuoF0OLdClGCuLXQ4v0NESS3cpDi/WpREshfEOMAB1EMiz/Q4xzy0WGEnZDjPP0RAPi5kOQdm5Eq4UPQ5B31Edz3CFDkHkCRKDpakOQeatEB4MyQ5CByEQEJXZDkPf6RZbzSUOQ+V1EvznxQ5F3iUXDayxDkXlrREfanUOSduBEY2jHQ5NxPEVK4dtDk3oARJM5T0OUcPhEWbHaQ5dsRkRpRrlDmFolRIBGVkOYW4JEBSmZQ5h09UbIqABDmPV1REG9JUOY9n9EdnknQ5l0XUQhNidDmnQVRGt9iEObdv1EISVhQ5v8IkSi1rtDnG4oQ/IWfkOdPY9EDhKiQ55elUSQbA5DnslWQ+NltkOfSOJEwUixQ59KYkUC8/NDn0xMRBZGDkOgvUdEFdkaQ6DjqUP68axDoOy8RCDUDkOg7aNEDqFfQ6DuyESV+e1DoPCsRibOkEOg8hBE3vByQ6DzoUSOU6lDoXikRBvlLkOj+UxEoHVAQ6ROEERIRUZDpXZTRB+xfEOoinFEQ3p8Q6iMFkP/PstDqnkWRQCbt0OsKgNEGXKRQ6zmw0QDQN1DrTgNQ/EYBUOtV2pD+wX1Q61yfURD6pRDsLhyRBfY20OxcBBEC2t6Q7HotUQzTxBDsh5jRHy3hUOyN2FER/5qQ7J2L0WDBl9DsvbrRAzjCUOy99pEAs5hQ7iEVEPy9WNDunNuRRpm80O8UDtEA6q7Q8BW6EQJmHVDwXg8RSVvsUPBfIVEHiGgQ8H4S0SKuwFDwnfORCvRpkPDiVdEU+BqQ8RPckQAcjRDxHFLRIRxnUPEcuVEVexLQ8VxPUS1II9Dxv2ZRKsZ3EPHB9pEEy54Q8l1W0YQh/5DyfV6RQX7vEPKdOlE72VaQ8xuzESruG9D0QnzRBPYu0PRcntF14p8Q9HynkS5H2FD0nH7RFD5vkPTcYNEJW8UQ9aaGkRzxCxD2W+fRQ6KvUPbu3RD8KaVQ+DKZkQG7e9D5WaXRGO230PlaV5EuvLVQ+VsdkQpmvxD5m/kRBxuuEPmyG9EGhEuQ+jPG0QIN3JD6X7gRBulM0Prc+hE3d85Q+vpSUQcDkhD7Jm+RD2x60PzcOhE0G0UQ/Wbc0P1ctpD9eb1RAutf0QBS3tD+qYHRAGtFUP7hDtEAvK/RAH2X0QDFIREdXf5RAU39ESQsmVEB2yfRJKOMEQJNotEhVHARAsFckQCwNpECx4KRCh4WEQLNlZEpVcBRAtH6EPwv6xEEgyCRBk8CEQUWdFEd4ISRBw3v0QAhMBEHTPGQ/9OT0QhKnVExa1WRCO8oUSJUF5EJS1NRJb9EUQmy4tEBFANRCsxCkP8XrlELyEDQ/+ZBkQ2MwpD/qWzRDjXskSn1lZEPUkrRApre0Q+njRD82sXRD6kbkQFcE1EQYp8RFAdm0RJTzpEMQtCREoCu0QQXGREUk9nRI06yURT1k5EE0acRGH5P0QF7nhEaTkIRAMJhURv4MZEAXtHRHDBOUVrQ6dEcMSORHar+ERxbXJEsWO7RHS7zUQP/0pEdqYXQ+dXUUR3bnpEKgZx</peaks>
+    </scan>
+    <scan num="1751"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="398"
+          polarity="-"
+          retentionTime="PT987.048S"
+          lowMz="50.499378204346"
+          highMz="999.553344726563"
+          basePeakMz="100.933525085449"
+          basePeakIntensity="87039.0"
+          totIonCurrent="1.15868125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1752"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT988.01S"
+          lowMz="52.289463043213"
+          highMz="989.713012695313"
+          basePeakMz="100.933464050293"
+          basePeakIntensity="87440.9921875"
+          totIonCurrent="1.16306425e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1753"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="390"
+          polarity="-"
+          retentionTime="PT988.974S"
+          lowMz="52.997062683105"
+          highMz="989.728759765625"
+          basePeakMz="100.933601379395"
+          basePeakIntensity="82798.25"
+          totIonCurrent="1.137433375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1754"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="424"
+          polarity="-"
+          retentionTime="PT989.929S"
+          lowMz="50.044746398926"
+          highMz="999.022033691406"
+          basePeakMz="100.933555603027"
+          basePeakIntensity="87319.6015625"
+          totIonCurrent="1.19340075e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1755"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="399"
+          polarity="-"
+          retentionTime="PT990.893S"
+          lowMz="50.456920623779"
+          highMz="989.688110351563"
+          basePeakMz="100.933471679688"
+          basePeakIntensity="83333.2109375"
+          totIonCurrent="1.142715e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1756"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="383"
+          polarity="-"
+          retentionTime="PT991.851S"
+          lowMz="50.306438446045"
+          highMz="997.752563476563"
+          basePeakMz="100.933525085449"
+          basePeakIntensity="80116.0625"
+          totIonCurrent="1.16689475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1757"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="379"
+          polarity="-"
+          retentionTime="PT992.812S"
+          lowMz="50.268558502197"
+          highMz="989.670654296875"
+          basePeakMz="100.933479309082"
+          basePeakIntensity="81856.0703125"
+          totIonCurrent="1.161114e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkTAUP9MjdCSXA9RAEVT0JVy9hDzzGqQlhv1kPgX0xCWZiiQ94nOUJeY3hD7HMfQl67vEPnJoJCX9x9Q9ai20JlrHFD98TsQmqNWkQJZ2lCcVA3RBBPjkJ0TxtD5NskQnnjfEP0rOdCehSyRBP9PUJ8PopD543eQnzi9EPpTmpCfRDpQ+zjWkJ+DDBD6b2sQn57m0Qu7LxCgSFZQ9ktOEKCgJ9D7wWiQoNdXUPXE7RChbA2Q9eKvUKLgIVD0xgQQoxWvEPzMalCj6UERAnvDkKQYQRD6D5hQpG0u0QBNKdCkb+DQ903/0KTT3tEACWVQpRS3EO/4ElCli9OQ+Hj30KXMOdD0vB8Qpl+eUPBB/ZCmZZTQ/PUDkKaeoBD9sOvQpxCfEQE8NRCndaORATBckKg7rpD7grMQqDweUWEa79CoPE1RU8Up0Khkh9EGAKSQqHzH0PhZ3pCptwsQ8xyI0Kp3r5D2g/FQqoEAEQDdPhCq14XRDKUBUKr/KVEjzdyQqwHMkQVkJdCrAh5RREiqkKsCXxESMD7QqwUQ0TH5RFCriwsQ+Og9EKxR5xEAZXAQrIMhUQuO+1CtSb+Q8+Jl0K2AddHbnuMQrYDYEQLGANCtiJ+Q8850EK4A4VEjBH/QrijI0PYptRCuUEFQ+UlPUK6GgJD8zSJQr21C0PuFydCvmd+Q+ZDpkK/JoNEDaHyQsCl60QHOvxCwOe/RAgVh0LBCxpD6KrKQsIHyEPtf8RCwu/rRAewFELEbcND5THjQsXgzEVXFwlCxeXeRIsXUELH2flFlz2rQsnaj0PkQa1CydrnQ/+TMELJ3G1E2sZsQsnd8Uef4AlCy93/RiAVi0LMthZD473wQsy6mkQOBpBCzd0iRLFlgkLN4DFEEC5FQs3pu0Sio/FCzjQJQ+Ufg0LQjztD8tF4QtCf3UPYC3FC0etoRJmdjkLSWGtD+Ze5QtL2j0PyO+tC0+urRucXEkLV9P9EBNSEQtaYDUPqpqRC1+l9RASsh0Ld84xEM/s5QuH4i0Z5UxdC4pCsRCu/KELl+iVGJqCSQuf6j0RQPvlC6dtPRaY5ykLp+OpEjMZKQuuL8UPuM+9C7E5KQ+rJMkLs4AtD2GOSQu3utUTLlmJC7hGXRAEcJELuszVD3en/Qu8u+0P0ZllC7/OWRHSSZ0L29CZD9spDQvjg00QLA4NC/A+2RLJwXkL9z0RGX/rOQwL3VUSvDBZDAvvHRb1UpUMExKtEDFawQwTeIkcat7FDBN9ORDeoqkME5mlEPYGVQwXKI0PvEVBDBo88Q+D7iEMG3FtEEMr4QwbdfEbt4O9DBuMFRBH+ckMG5PtG3F12Qwbl2kQ3cIxDB6/YRCYnrEMH5QBFGyiCQwf4h0WOtn9DCNzqRhLorkMI5DhGC+7+QwrcLUSSWpBDCuu+RDV8gUMLNERETyjDQwzle0QJgilDDu3JRHO5YEMQ7F5HIE5gQxEnSEQZvVNDEexoRU1GwUMS9gZGMwnhQxOphEPmewtDFPMaReoXVUMV81tEPxq/QxX8fkQXNKFDFvJYRRlbBEMY6A9D+GnzQxkFvkSPiCxDGf/VRIQuAkMagy1D9XN7Qx76dkd3shZDHvyjRPF8hkMf+qdFuENsQyCyRUPY/t1DINd3RKmgPkMg+dJF290eQyLW2EQF045DItdfQ+tqhEMjufZDztfmQyO640QzuiVDJO1RRg3SEUMlCshEJdc+Qybsj0UDzxtDJvSdREUYA0MoifpD9yb/QymbhEXsYMVDKd/MQ+peEEMttnJD+uAHQy3NwUQVLu9DLvL4RJy7t0Mu9K9HjQuRQy/1gkTJoUVDMNEsRMN700Mw4YxETC5lQzIM90WWaT1DMkKFRBHy+EMy0IpFi4j9QzLy2USrb+NDMw2qRAGdi0M0z/NEjb4yQzT42UQ4phFDNczORDbg/kM41hZEJYzjQzkhxEPbfuJDOwHQRKWPGUM9EQBEGDqIQz0R0UQCcCtDPRLdRBKHr0M9E75EL3SsQz0UzERSGrNDPRYgRBpptEM9F1VEDYD/Qz0YPkP3zblDPRlAQ9NGlkM9GaVD16T/Qz0ayURT+dRDPzJLRAVS0ENBdZVEcvBfQ0F9YkRIMB1DQYmDRTjVXUNBnZtEnm3ZQ0T0HkQU3ddDRa/7Q/63ZUNG1NFEBEolQ0dEuEPXL6lDSTqMRNOZc0NJTjhEQXv3Q0lPtEWjvEpDSWTsRKCQHUNMU1dD+RtfQ1S3gUPiCKFDVTGvRAI5sENXQpREWw8aQ1gUAEQO/XBDWO/YRH3RxENZCq9FWIS/Q1r7bEQZaUFDXDzoRBj4XkNgzaNGgN+wQ2LNBEY4Ar1DYtRTRArxckNi9yhF6VsrQ2RYBEPvxAhDZMxgRM/z3kNk9pJENupTQ2jqGkR8/b5DaYpuRBAAvENvhzJEAkQkQ3Lxe0XUyGpDdvWERDEY80N6VzREAU32Q3zmsETeLSVDfuYGRO1njkOAcnxEYbhhQ4HOmkP2KyNDg3cDRja35EOD9xdE/TWzQ4R2q0XL6PBDhJLVRM0X+EOE9sBESzHyQ4V2UkSIoMtDhmByRBhv5EOGcGJELN6hQ4b0Y0P7N21Dhw0JQ+zaqEOHYAxER/P3Q4e0hkPJacFDh7TaQ8hQj0OIerJHCHdCQ4j6yUXrildDiXpbRfvVSkOJ+nREgryrQ4p6D0Qena9Di3QeRhG3xUOL/ppEKEJSQ4v/dEQAz9hDjHPBRWpBgkON+pREcoaQQ452eEQlGSRDkHfQR2aXNUOQ9+9FrqOlQ5D5UUSXQFBDkXd8RdpE2UOTOwtD3T7XQ5NxPkVey7dDlC/ARA1eDEOUcNpEcfWFQ5SUi0PyR8BDl2iPQ9k/jEOXaXJD5s6SQ5dq90RvQFNDmFonRIUpbkOYdO1G3HENQ5h2SUQOfwRDmPVlRNAtnUOZdVlD8yvyQ5p0D0SnRKFDm3cbRG16MUOb+/pEX/wDQ55em0R0jKVDn0P2RA5i3kOfRbREBe5nQ59H1ESQbPdDn0mHRO9dc0OfS1xExqXoQ59eVUQq0GpDoPCmRimwFUOg8cBFgxAMQ6PxA0QDgeNDo/lgRFQg/UOkTIZEZCuAQ6iMjUSHybVDqJLYRAbBt0OqeRZFIJ97Q6r5QkRVFndDrXJvRJUCI0OucghEDIBWQ7IbxkRxGulDsjTJRIfMwEOydjFFiejHQ7LlhkROoulDs3XbREjhiEOz/IFD9NgXQ7ej20QZDrFDunNSRShyoEO8rMdEAWxSQ8F4H0U5cKdDwfh/RA1fh0PCd7REcbckQ8OHkER9Aa5Dw7xlRAF2j0PEcVlEtUk9Q8VxKkSVyeVDxv2QRO/eFEPJdUtGDxQuQ8n1cEUKWehDynUFRSM3x0PMbrJEkhg0Q8x3WEP7e8pDzeKTQ/gnbEPRcm1GDPn+Q9Hyp0Tlx15D0nHGRKTmOEPUdJtEIsHlQ9aYSkSEOeND2W+xRTy5YEPc7/xEAqkXQ+S4mkQBAHRD5WmsRMVB5UPmyCxEXtQZQ+o3O0P3t1BD63PZRMm7e0Py4IVEDIatQ/Nw00UXgx1D+nVyRBRFrkP7bdxEJVU1Q/uNHUQZzDJD/W/ZRCC28EQBOWBEpzViRAG5RkQIUEVEAgdORALaVkQDE0ZET/w7RAOS6kQBaetEBL6oQ/BlaUQFN8BEcwJjRAdslkTfuAFECABqRAGRAkQJNp9EJHZVRAlepUQWb5JECXwIQ/S6X0QLA4NEJ6P5RAsb9kR7O05ECzRpRI7610QNLLVD/N2NRBILGkSBfdZEFFpgRI5bjUQUmn9EAaHtRBS+x0QG9kxEISqeRNnWvUQjuyJEnTx8RCUti0S3MGBEMAnfQ/e54EQ41d1EoKcrREGJuURSWElERIlcRA1eNURJT9xEO1dPRFIiPkQlFdlEUk1+RIZF4URTWYdD+m2qRF41vEPthx9EaYsORAS060RwwSBFcs1xRHDHbkRjQqJEcWsqRImfjERx+3BD/du2RHJ/CUP3dpNEdITvRAWAUER12GZEMUJdRHdq7EQ1Ci4=</peaks>
+    </scan>
+    <scan num="1758"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="392"
+          polarity="-"
+          retentionTime="PT993.775S"
+          lowMz="54.106575012207"
+          highMz="965.655517578125"
+          basePeakMz="100.933563232422"
+          basePeakIntensity="82992.53125"
+          totIonCurrent="1.133101875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1759"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="402"
+          polarity="-"
+          retentionTime="PT994.736S"
+          lowMz="50.692497253418"
+          highMz="989.687561035156"
+          basePeakMz="100.933479309082"
+          basePeakIntensity="82493.484375"
+          totIonCurrent="1.166730125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1760"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT995.695S"
+          lowMz="50.231639862061"
+          highMz="997.255554199219"
+          basePeakMz="100.933494567871"
+          basePeakIntensity="88095.046875"
+          totIonCurrent="1.190378125e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1761"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT996.658S"
+          lowMz="50.315971374512"
+          highMz="989.679321289063"
+          basePeakMz="100.933502197266"
+          basePeakIntensity="87388.8359375"
+          totIonCurrent="1.193547875e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1762"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="420"
+          polarity="-"
+          retentionTime="PT997.618S"
+          lowMz="51.533340454102"
+          highMz="989.648071289063"
+          basePeakMz="100.933540344238"
+          basePeakIntensity="87248.109375"
+          totIonCurrent="1.181685e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk4iJEPYculCUNaZQ9GLy0JSf3ND1yxEQlRU0kPhOvdCVbteQ98AH0JZgXVD2z3HQlmWK0QWlatCWmNVQ9VVG0JdMfhD02fsQl8Gy0PdvfpCX6HvQ8eXa0Jg+bxD5bMpQmD9HkP58wBCY5Y0Q+Yu20JoEp1D1HvnQnCWQ0PXo9xCcSvYQ/NS0kJxbfhD4Gg5QncbHkPnEEVCgP+OQ9e930KGbwFD18tgQoaXAEPetCdCht6VQ9TdMUKHOEhEBEC2Qoih8UPZUBxCil6oQ92vXEKLY2pEAQz/QowrckPiBldCjGCeQ+encUKN/3ZENaaAQpK4PkP1K4lCkz6QRAiBZEKTvhRD4p7+Qp3We0QM2IZCoPC8RaLHQ0Kg9q5EC2MUQqEH0EQFGQVCogTNQ9l4okKjYlRD8SO9QqRMX0P4toJCqoBsRBU6CUKqwK1D+Tl3Qqv600QsdGdCq/xqRJCQukKr/XFD6SsYQqwBDEQEir9CrAaoRB02r0KsB5ZEhZKFQqwISkUHFFBCrAqQRDt8fEKsElNECNKSQqwTXUQBYERCrBQcRKEH50Kt/MtEjeDuQrIMoUQbFkZCsicMRCfaw0Ky5YNEC3xfQrL+VUP0FvRCs9R1Q/IUEkK2AH9Eh/h1QrYB3keCp8lCtgNhRISAxEK31QlEC9YzQrqwi0QRWGhCvxXjRAfd9ULF4NdFRKY0QsXl10TK3apCx9n5RVisQkLJ2fJEA1DlQsna70Q7pKBCydxoRLlpvELJ3flHqmgOQsnfxkS++xRCyybNQ9quV0LL3gdGEAvqQs3dI0US+EVCzeA4RADVEELN6c9Eh244Qs/zDUQODGZC0bZKQ/CPKkLR62lESiaiQtPp/0QUuY1C0+uvRvFRf0LT7OJEE8yqQtPuc0QDVsBC1QmJRATjO0LX6YlEJFWZQtlPh0P+oaZC2Vp+RAhHjkLciwZEDUsvQt3ziERllQtC4fiURml5cULjwlRECFT1QuWK/UPawehC5fopRi5VrELn+oBENoJBQunbWkV/rMhC6fjjRJRM/ULp/6xD+E+1QuyW+UPVR9dC7Jd1Q9ciH0Lt7ptEXy9SQu/znESXHzhC8r7gQ99bI0L6o1VED1UmQvwPz0Tds8lC/c9TRlaoIkL++M9D9qSuQwFORkPhLC1DAvdURMNfKUMC+8hFl08AQwM3gkP56MxDA/vjRAP54kME3idG+7G8QwTmZkSOWu1DBPsnRFlJbUMG3XtGo61aQwbjEUQMZ2BDBuRGRENGlUMG5QJG3XUNQwbl4ER3MCNDB46GQ+CKz0MH5Q5FUk7DQwf4jkWC0opDCNztRek140MI4q5EDTnJQwjkPUYBUKhDCO6xRA8XV0MI8qJD4aqUQwnkQ0QwG4NDCh/iQ/XOa0MK3DFEq4+JQwrrtkRw/T1DCzNqRCEtMkMLPoVEA3XbQwtRukPW8GhDDNC6RAiC40MNIoVD0ecyQw7t0UTBRfRDEAgNQ+XmvUMQ65hEOsATQxDsZEcdnqxDEO4kRF9w4kMR7HJFQqKrQxLr1UQkEFlDEvYIRkIMcUMU8xhF69CqQxUjT0QRHN5DFvJeRSaBskMZ/+REj+qMQxqEqkPMP6lDG9+wRCsf2EMd3zNEHKzQQx7BgUPh8dxDHvp5R4B3jEMe+5tEbEgrQx78hkSoXm1DH9hjRCKmFUMf+qtFyIlQQyDXiURmYH9DIPnZReMRLEMhy8dD6skaQyHXgESiTHxDItatRJFTlEMjuu1EHZ1CQyTtXkYN4jVDJQqTREd8tEMm7JZFFGyCQyb0fUQOW1RDKY+YQ+0BQUMpmxZF7mFDQy0iv0QBXy1DLc64Q/Ka6EMuXexD5xgIQy7yDUQM1vRDLvLrRIArs0Mu85xExCKtQy70tUeWpFBDLvYORGt0L0Mu9qlEGRjmQy/1pESIh2NDL/gGRDR07kMw0SJE2SPfQzFtv0Pt07NDMgzyRY0j5EMy0JhFTeejQzLYLEQeTltDMvLlREo6NkM1alBD3guxQzXLzURmvx5DOwGbRIJgdEM9DzdECrUyQz0RckQJBSRDPRKpREVES0M9E+ZEJ0zFQz0U3UQJdEtDPReERAfSeEM9GBNEHDmCQ0F1VERo4lZDQX0cRDDwiENBhqNED257Q0GIHERYIx9DQYlVRSx22ENBnEpED3zFQ0GdbURSFs1DRPPIRCE/RkNE9VdELcDlQ0fcGUPl2ShDSTriRMmS6ENJUApFrj6xQ0llOkS+gfxDT5hDQ+jO6kNQ+rdD9kjXQ1QEXEPjYOFDWBKyRBA7U0NYE9dEFdO+Q1jv0UUDGuBDWQrSRVt7MkNa7xFEJNEFQ1uF6EQOqMhDXop3RAEQiENe5MFEESWbQ2DNpEaLN/lDYQ8DQ/dTCUNhERhEIVjHQ2LNDEYs2mNDYtRqRHbu1kNi2h1EB0nwQ2L3PkXqB5tDY/eERAh490NkPfhEAFXfQ2TMSETOgyFDZtsqQ+1P5kNo6iBEmoVDQ2uqpUQhi1tDbdY1RA9X8kNxa69D8ZXIQ3FszUQI1E5DcvGLReLMPkN08itEEsIDQ3b1p0RhF1JDfOawRRVEXUN+BOdECi5NQ363ckQC3ylDfuYARP86OkOBcUtD708lQ4HRz0QxvMZDg3cGRjAvqkOD9xNFJUuEQ4R2rUXL7yhDhJL3RHIiXEOE9qhERRKLQ4V2V0QgJKhDh2AWRFDiW0OIeM1EJzkRQ4h6tkcOJsdDiPrKRcrBM0OJHD9EBo8KQ4l6ZUYIsntDifpjREOsV0OKGm5EAvgWQ4t0JUYMxvxDi7MTRBeiNEOL9DlEn/YJQ4v/lUQBVZRDjHPDRWdkGUONc4dEJj20Q42M00PYYqBDkHXPRIhyhkOQd9VHc1ZOQ5B5TkQ61LpDkHnuRCATbUOQ9/xFrcWyQ5D5aUTlAKVDkXeEReiMnUOSKHND47YMQ5J25kSYNEVDk3FDRXg5ZkOTeeVEg+1PQ5QwHEPvaLNDlHDeRKDTPUOXa+JEPGmXQ5hVsEP6XBxDmFpdRCQBj0OYdPdG4TX0Q5j1lESITTRDmPZeRI5RKEOadDJEWinAQ5sULUQQsaRDm3bsRBo/6UOb/A1EhPC+Q55eqEThedtDnuKEQ/IPEEOfQyJEK6iqQ59FE0SUhBhDn0YRRBebqEOfR91E8NJPQ59J2USL4a5Dn0vXRA3I0UOg8NFGP13MQ6DyD0UBBaNDoPMIRD0nAEOg+FxEAW8WQ6D82kQbYQRDo/lcREVGu0OkTHpD+gaGQ6RNdkPfeNpDpMb3RAEtpUOoi1xEM3gjQ6p5IEUX3+hDq/ZDRGRgGEOtcptEkDCcQ69gHUQNYFhDseuCRBITnEOyGrBEIVIMQ7IzfUQnMZxDsnY+RZVRj0Oyl4BD+aNuQ7LmrERFd9NDsvaIRE3CYkO5Qm9D93CTQ7pzZUUcBQJDv8kvRATRW0PBeChFJf0BQ8H4SEQvJIxDwnd/RBKIc0PDh6tELbw5Q8RxfkStirJDxvZQRAtyBkPG/eREw85MQ8l1YUYELEpDyfWIRRn6CEPKdOhE9qI+Q8xuvUSxVC5Dz0N8Q/xBfUPRcnBF86b0Q9Hym0SAAWND0nHxRKiDfkPT6QVEBu/nQ9P4JUQZeylD1HSSRDKCLEPWa1dEAkJKQ9aaAkQXnwxD18AURABB1UPYP4hECqoYQ9lvdEU9ghpD2wzRRB8LbEPbtSxD8F4dQ9yjeEPzfdlD43bFRCLJlUPkV2RD+VVXQ+VojES0hx1D6QFIRAClg0Prc89Ep1wcQ+xzX0QlHkdD7JjPRCEmh0PsmnFD/GulQ+2ku0P0HkpD8gNJRA5mE0PzD3xEACm1Q/Nwr0UAAHlD9GJXRAad20P6dINEBr64Q/tt2UQj7tpD/mBoQ+E/wUQBOVVEoDvxRAHB5UP7sqBEAxQsRCvZpUQDk/pD6z/YRAU38USM5XBEBVzTQ+t4AkQFYclD+ojyRAVvt0QDT1FEB2yvRBdRJkQIXkhD7Gk/RAiXyEQGCjdECTaBRCM+9EQKoYhEHsRNRAsza0TI6kNEDmOXRA7kzEQSDElEe+wqRBRaOkR7nW9EFJqxQ/8/i0QUm/REDhB4RB9oQEQC+YFEISobRJGq+kQjvEpEaH4rRCQXVEQlS1hEJFIJRAyIBEQlLGBEqwNNRCalQ0QJMDBEKlScRAJ1Y0QuXKhECLb/RDAdp0QCZKRENXcrQ/QrkEQ2IAND9vgWRDYkRUP+mVVEONeBRFrYQkQ42TpD8UErREGJmESCZ3tEQrKqRCPTdkRJMwZEB81tREqW1EQMCYNETWHBQ/DSX0RQfndEAbUyRFCXFUQPh29EUk8ZRIO+V0RUbEtD/c4fRFRxJEQgCa1EWxtPRA3MzERoFBpEBEDhRGjPhUQf22BEaVZGRA6pHkRwvetEk565RHDAT0UABLJEcMLeRNqbtkRxbKJEhX2xRHVvZEQMDCJEd11PQ/neG0R3aXpENku9</peaks>
+    </scan>
+    <scan num="1763"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="437"
+          polarity="-"
+          retentionTime="PT998.578S"
+          lowMz="50.417526245117"
+          highMz="989.6494140625"
+          basePeakMz="100.933479309082"
+          basePeakIntensity="94878.0078125"
+          totIonCurrent="1.134887e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1764"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="421"
+          polarity="-"
+          retentionTime="PT999.546S"
+          lowMz="50.360389709473"
+          highMz="989.671508789063"
+          basePeakMz="100.933547973633"
+          basePeakIntensity="90436.359375"
+          totIonCurrent="1.137389375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1765"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT1000.5S"
+          lowMz="50.355648040771"
+          highMz="994.948425292969"
+          basePeakMz="100.933502197266"
+          basePeakIntensity="91635.7890625"
+          totIonCurrent="1.156865375e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1766"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="414"
+          polarity="-"
+          retentionTime="PT1001.46S"
+          lowMz="50.060684204102"
+          highMz="994.559143066406"
+          basePeakMz="174.955917358398"
+          basePeakIntensity="2.23564859375e05"
+          totIonCurrent="1.819619e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1767"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="419"
+          polarity="-"
+          retentionTime="PT1002.42S"
+          lowMz="50.16926574707"
+          highMz="999.132568359375"
+          basePeakMz="174.95573425293"
+          basePeakIntensity="8.39826e05"
+          totIonCurrent="4.5315525e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1768"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT1003.23S"
+          lowMz="50.800598144531"
+          highMz="989.639404296875"
+          basePeakMz="174.955764770508"
+          basePeakIntensity="1.497851e06"
+          totIonCurrent="8.524122e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1769"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT1003.81S"
+          lowMz="51.764739990234"
+          highMz="989.644836425781"
+          basePeakMz="174.955642700195"
+          basePeakIntensity="1.314891125e06"
+          totIonCurrent="7.2405945e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1770"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT1004.4S"
+          lowMz="54.214309692383"
+          highMz="989.650085449219"
+          basePeakMz="174.955688476563"
+          basePeakIntensity="1.25767325e06"
+          totIonCurrent="7.553029e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1771"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="445"
+          polarity="-"
+          retentionTime="PT1004.95S"
+          lowMz="50.864429473877"
+          highMz="989.659484863281"
+          basePeakMz="174.955688476563"
+          basePeakIntensity="9.9643175e05"
+          totIonCurrent="5.8480935e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1772"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="375"
+          polarity="-"
+          retentionTime="PT1005.56S"
+          lowMz="50.648654937744"
+          highMz="989.63427734375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.49099225e06"
+          totIonCurrent="8.659027e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1773"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="389"
+          polarity="-"
+          retentionTime="PT1006.09S"
+          lowMz="50.880313873291"
+          highMz="990.566711425781"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="9.861975625e05"
+          totIonCurrent="6.026832e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1774"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="420"
+          polarity="-"
+          retentionTime="PT1006.67S"
+          lowMz="50.246685028076"
+          highMz="989.644287109375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.108057875e06"
+          totIonCurrent="5.8753545e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkj8m0TQjAZCS/xhRM+XMUJUIx9E82c6QlZe4kTa4ytCV0YCRQLMvUJXSP1EvxCbQlo+NETjBvFCXbpJRPCH20JfsixE224nQmGR6kTcpmJCaP/WRQBwrEJvwOtFBIUeQnOA8kTW7UdCdQIJRPWFBkJ+e49FBPfnQoJjtETVVtBCg5DORNcV0EKEsotEzSiOQoc7p0T1J4lCiDX6RNGlnEKL/05EyVgvQpGIXUUn5/lCkbCwRMAgBkKSDZBExP0mQpKRyUT5GP9CkpwIRL1WqUKTPn1FAtXbQpQv0UTO5dVClGLTRQarz0KVXDZE3iyZQpZhYkTKw35CmpY+RPRwL0KbIvhE38qHQqDaZkTq41BCoPCbRo08pEKg/LhE1r8CQqNNbkTTB2NCps16RP+lxkKnASNE3/hvQqhG3kTllJBCq1vIRQnHrEKridlExya5Qqv76kVty5FCrALiRN82h0KsB9pGCnx8QqwO+UUvki9CrBPHRaOAOEKsH+9E4D+hQq0ulET6NA5CrXgbRNUkakKwtphE9idBQrIMeUX+XbtCsrLQROZeNUKy46FFIyvYQrLlC0T+009CsvGzRS06Y0K10ZJFVipHQrXufEUJFtFCtftARSWYJEK1+7JFM6OKQrX+lEWc6fxCtf+oRhsPTUK2AGtGXTbIQrYBzUmHQs9CtgP0RfPKjEK2BK9FEtg/QrYIMkVqtptCtjVaRQFzVkK4A3lGmkR7Qril/kT41zNCudbqRQazf0K6A/dF0oo4QrpbtkTMrx5CvZ4fRNgAYEK/i21Ey05EQsHrcEVfT1BCwvSVROg3RULDhzVE2Le1QsPaF0TpSlBCxhdARMlRlkLL4atGIUCbQsy4nUUiGxpCzd3JRRtt7kLN5ahGyMeWQtFhlES5E9ZC1pXmRPvPJ0LYBLtE1FkQQtyJw0Tw2MtC3X6nRRJo80Ld1YVFB4y2Qt7xY0TNoCpC3vu5RNUsQkLfz69E6yczQuAaREU51vFC4fiIRnD3xELh/7JFFqamQuKNDEUqaXVC41fbRQOO4ULlJSxFCClIQuX6GEaLrQJC6CwHRPjA7kLp2zpFcTmPQuyU3EUByz9C7e6URZV06kLwsBFE3gBgQvPBL0TpLhRC+77tRd9r4EL8D7ZGRhJrQv3C8kXXXLNC/fVRRT3gmUL+B2lFHW99Qv6f3UTbHqZC/72ARaqXuEMA4LJFLkIzQwL3Uka3Fm5DAvu+Rjyk6EMDEgFFCTxeQwTeGkZ9XfNDBqCBROHuTUMG3U1F90OAQwb810V85g1DB+bdRaLmy0MIfAdE24RtQwiB4kUDV7ZDCN0HRQ+Uj0MI6ONFU7GLQwj7oUT2PBZDCkAjRS9IMkMK6CJFAJwQQwszP0Uto1BDDDJ0RNudekMNXeRE2+6KQxAb1EUY8gFDEOPlROhFGkMQ8WtFz5IwQxHuOUdjq+JDEfD2RVDlDkMSCbdFTDFxQxLsYEWnK8lDEu7GRR6CEUMS8DlHzvrhQxLyNkUGGlZDEvPwRROn7EMS9f5HKUcpQxPwrkUKvbBDFPMaRhIbRUMW5A9FAfpKQxbyIUUFyNxDF3PWRQOsA0MY+nRF7WA6QxqAmkUVlEBDGvlZRWwrqkMe+nBIY7XBQx77U0WoILpDHvybRar5PkMfcz9E5IX0Qx/6n0a4aLdDIABKRModskMg129FFp5+QyD5y0atB15DIvuNRbBno0MjuW1FZe/eQyTtUkcKwotDJQqCRR7VKUMlIWBE8NkSQybsh0YeyBVDJ6jJRN6i3EMpm19G1QB/QymcTEVFPcxDKjaYRQ8ktEMq3sZFhQQ8Qys9X0Tz+UdDLN4JRTqe8EMtGWNE+r04Qy3ML0UjIHZDLec0ROzIQ0MuX1JFWaSOQy60dkVN6SVDLu9+RQ3z4kMu8VtGA+8YQy7yvEYzw4xDLvSlSWVONkMu/S5FUMWPQy/1eEazZLlDME6JRPX8OUMw4HdFOwjuQzDzo0V6VcxDMPWxRepkikMyDOVGqbkRQzLyzkaShE5DMvosRww5nEM05iJGJBixQzT5CkaY/mZDNSXpRRJ1DEM1StZE4yoqQzXLfUVH57hDNuV6RRj9eUM41GdFJzKJQzvw8kUb7gZDPFHYRNeMiUM87ttFv7HAQz0PFUT6Z7NDPQ/PROa6i0M9ESBFLJJ5Qz0SkkULagZDPROJRQNa6EM9FNxFBiYQQz0V/0UeU/hDPReeRQjnsEM9GOVFHUiUQz3uV0VooMpDPhV4RPH8kUM+7YpIHyBWQz/uh0T7PCpDP++PRQ8C70NA7bZGD831Q0F0w0VBBCBDQYjNRiOO6UNBlS5FMmT/Q0GczUVcljFDQaFFRPNlVUNC7HNFgjcfQ0TyRUV1M1lDSPTKROkL0kNJOopFy1lwQ0k9dUT5NVhDSU/DRqF4DUNJZPtFxpSSQ0vvn0VUVaxDTvjdR54ChENP7kxFWmALQ1DHAETbzLNDUe1GRXnEX0NSS3JFHqWPQ1JNbkTsIdhDUmUgRMc1JUNXBtJE4/cXQ1feM0YDq51DWQqsRk0qUENZ3W9FWYE6Q1oLd0UK2z9DYQxcRRKqckNh5ZJGYVpUQ2ORCkTnoeJDY+TIRSaTFENngYlE+ExxQ2fubEaamplDaE9YROIZskNoXXpE4RoCQ2lf5ETyYXdDae4IRe6Ua0NrTfBFEJsdQ2vs8kgnq95Da+6QRSylmENr8DZFir1VQ2zsnEUTVqlDbe49RVU+tkNuB+BE1/6qQ2+dckTkUU1DcWjrRTYfXUNy8WlF82/yQ3pF/0TqMdZDgc/cRTMvmEOHcuBE+/Y1Q4gizETmfEVDiDpYRQ8hUEOIcvtFNtLGQ4h6rkccdppDiPrCRgIHnUOJTPhFC2P8Q4l6TkYWTGRDifPuRhR6GkOKcqpFx5AtQ4tqS0Tgvi9Di3QWRhzKH0OL/S9Fhd6wQ4xzrkUsUC1DjXfaRcPV4EOOdyNFF0y9Q5B1tUV0RVJDkHfKSIRU3kOQ9+pGx7z4Q5F3d0ba/XFDknbeRR2S3kOSepFFmIQhQ5NxS0ZKlDtDlHD5RaFdFkOXaYZFQfX6Q5d0+EUUgIhDmFlxRVXaZEOYcbhFNfqiQ5h040jTfZNDmHdeRV5kD0OY7iFE86fiQ5j0bUXyy1xDmPVkRmMyIUOZc/hFvXq7Q5nthkYVjb1DmnP2RlVIYUOad7RFhV9PQ5sTo0TwXHFDm22XRirzKUObdwtFndcMQ5wXF0T5ZVhDnG0yRTPMekOdWlJE3ACFQ59EjUUGh5pDn0VLRR6RB0OfR5xFqezWQ59JtEV0KaBDn0wrRZvZ8kOfTcBFV8cAQ59x/0W+GKFDn8pzROKdCEOf8aRFfJXNQ6BxXkf2L39DoHQKRTc78kOg7LxFBlx4Q6DvC0WOswtDoPC1Ry1oSUOg+LFFBbHTQ6FxeEY3k5pDonDMRYk6dEOkSw1FidJ/Q6byVEWToPpDqDHIRO4Yk0OobedF+TufQ6h3CkZ8epFDqItSRXzAdEOtgCRFELQrQ7BtC0U3+89DsjOVRYb9EkOy48hFlBE4Q7TxikT7PAFDtfH2RQieY0O28RBHEjC4Q7dxdUVXzLdDt7N1RN4aQEO4M4hE9YwvQ7pzgkVTDbhDwtBJROfzDUPDhbdFh9gjQ8b8akWZLXlDyXVSRpYh3kPJ9atFdGGtQ8p09kU40x9Dyu4dRUvJi0PRcmVHWdJMQ9HymUYgUyJD0nJMRUcQ/EPS69FFa3L9Q9ShqkTeevhD1pY8RXDuNEPZb49HRFcpQ9nwGEUgiTFD2jWCRNr+REPabppFTpMcQ9roDUWPnTBD225ZRUdyFUPbci5FVbEDQ9y5DUT99+xD3+/MRRrJHkPhbA5Gt7f5Q+G8pkUhZzxD4ezDRRlfH0PibEdFOLCoQ+VodEXZ5Q5D6PuORPxb8EPpaFpFNGZ3Q+yU+EWOjIRD7SisRQcLGkPv7ntFTGNkQ/SY2ETpMAtD9+w4RSUjxEP6T9FE3PvcQ/qcykTh52dD/qQZRO+mCkQBhhxFAWzpRAMSDUVtck9EBTgBRQQWBEQGsYNE8TaSRAdrm0VrCuNECTadRURF/EQJiChFAaeyRAszZkWf73dEDD+ORQaTT0QNNHVFKBUURBEzSUUDpYVEEgm+RaKVFkQXV09FCraYRBh6eUTkmphEGPIqRRA5P0QbQ/hE6NvWRCEqaEW1YRxEI7mMRY8ioUQlLKxFpGy9RCYAN0URWTxEKvPdRPCvu0Qr6w5E7rZcRCwUE0T9JPdELl8+RRVB4EQyO8dFCfbnRDjUbUVzQ3xEOa4yRPNt1EQ52dRE5yaqRDwgVkT5YhdEQYjtRVkg2ERDzo1E8Vl1REUFEkUC8h9ESOhBRP4EfkRJT/xFHr3zREyxNkTsvOxEUkuDRaSaX0Rf4d1E9d4jRGmeJkUUfAREbU4XRQREiURvfgBFAEHMRHDBBkY0ML9EcWk/RYbF9UR3aTxFJqR1</peaks>
+    </scan>
+    <scan num="1775"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT1007.27S"
+          lowMz="52.705020904541"
+          highMz="989.620544433594"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.135862e06"
+          totIonCurrent="7.9534505e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1776"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT1007.81S"
+          lowMz="50.324085235596"
+          highMz="989.643249511719"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.64474925e06"
+          totIonCurrent="6.8398465e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QklL3UUivhFCZPEwRRcPt0Jw++hFHZBfQnUsb0Ug0NRCfnulRVeFMkJ/tGtFGBEyQoFmZ0US/iVChKLHRTL+WkKLoA5FFWmWQowfUkUpFpdCkMUdRQyhfkKSg+FFJdNhQps8ekUNYxlCm8rpRSMrLkKcwNNFC5a6Qp+NC0USXH5Cn+Z5RRD6mUKg7yJFbDKlQqDwbEaFCaFCoPDfRqaGHEKg9vtFhtMpQqLI/0Uj1sxCp4Q0RS+9XEKpSs1FKtKLQqqz70UmUzFCq/xpReVy0UKsARFFhXKPQqwD4EU6XyBCrAhNRmmVykKsD4RFkIdrQqwTPkVPNtdCrBQtRgDmnUKwTLdFGwcVQrIMikY5/ztCsia/RXk+a0KyKVBFG6OoQrKypkUo76RCs3wZRSGEj0K10ZxFpYo2QrXud0WAhcZCtfHERWOj+EK1+1xFjsmzQrX/AEZAToJCtf/JRhYWlUK2AGdGh7+9QrYBz0nIxmpCtgNlRogSe0K2BGpGQkmTQrYIXkW49fJCuAN0Rt8C20K6A/NGVZAKQr0LH0UQe0dCv/wFRSDTxULD2QBFGdVMQsZT80Uhks1Cx+MGRRrE9ULJSrlFDO/sQsncQ0UjTiNCyd3rRVALa0LL4apGEG99Qsy3NkUYaw9CzNl7RV54TkLNMxVFNnaQQs3lrkaZhm5CzfFXRYiOJELYC6pFB17VQtilmEUmSSlC3DpxRUjo+ELdtXNFGp4GQt+RbEU50X5C4Or/RSQOyELhLGpFhE+ZQuH4g0aSqA9C4q17RVpkzkLke5xFS8SZQuXBoUUt+q1C5foaRpce5ULnCrVFUrwPQunbU0XSV/BC7JLgRU+9nkLteUBFDO3sQu3unEXAPeBC7ja1RSKgSkLyLmVFF+SsQviJz0UYxlhC+Nx8RRy/ekL5mrRFKCrRQvqpMEU7Oe1C+wzYRSnHkkL7vuZGVCQ+QvwPukZlfIZC/cLjRcH2Z0L99ORFKKioQv+9bUXvs+ZDAPFzRRz4GkMC90xGsAdJQwL7vkYflANDBN4aRlxH2EMG3TRFmM1pQwbdx0WJYdhDBvyzRVw1XkMH5utF0k7tQwnmAkUiBllDCj7dRUgx5kMLM1pFFuhBQw5wckUNjIJDEBvrRWS5DEMQ8W1F6AQyQxHuOkdENFVDEgiARWODWEMS7FJFsr2yQxLwOUfVARxDEvYARwPq2EMT8RZFjVWpQxTzF0Xek6BDFu86RXGYw0MW8nRFM/2OQxen5kUwNltDGPpxRd7xc0MaBrNFHaqOQxp/NkV1DFZDHri8RSNrVUMe+nBIbJIMQx78wUXDh6pDH/jsRRhbzEMf+qVG0T8/QyDXd0WTplNDIPnNRsme+EMi1qxFcu1HQyL7hUWnNURDJO1ORwuUCEMm7H5GEUPeQymb40cjzHhDKt7TRWgZAkMrkpNFN/O9QyzeKUWH0WFDLl8oRWYRIEMu8WFGDgz2Qy7xrkYJUHFDLvLJRjNnUkMu9KdJcV5MQy71sUacNFZDLvaqRjC6jUMu/XxFTqvuQy/1d0aq3fNDMOJfRZg5uUMw84xFi4kVQzD1rkYPnh5DMgzmRsY9NEMyREFFH4ovQzLy1UZjMclDMvonRvAWdkM05jZGEMjhQzT5EUbXal1DNXgnRTOwEEM1y29FveboQzjSjkVe0M5DO/EBRXsbdEM87uBF8CS1Qz0SRUV2GxJDPRPURVVNoUM9FOpFcbNjQz0VpUVSdI9DPRbXRYcCBEM97jdFgZbQQz7tkEhY+75DP+2WRSX8n0M/7qhFgqz4Q0DttEZzgZ1DQXVMRcTB+ENBfQVFlvkEQ0GJXEZ59Y5DQZ05Rbkde0NC7IVFfJ25Q0UQ50UyXEZDRu9wRUOuXENHYgZFMPxrQ0j0zkVBvAFDSToYRgf/VkNJT1ZG8vd6Q0lkiEX7B41DSp3jRUBT7UNNitdFKkMCQ05K5EUkvpZDTvjfR7zyrkNP7kBGGf58Q0/51kVI6FZDUkl3RX4AMkNW0SdFJIvnQ1feR0Yi4CFDWBVdRYuBCkNZCrFGqZ1rQ1lUakUnRCpDWd2FRai+LkNa+zlFbAhEQ1vVvkUg7NRDYeWVRoiZaENj5P1Fk4OXQ2UbZUUevmlDZ+5aRrV3CUNp7idGAiF5Q2vs9EhFb6VDa/A3RVqrH0Ns7f5FjjZAQ3Fmu0WWOP9DcvFmRhSulEN2nxZFGu5TQ3erzkUkBdtDf1S7RR1Gd0OBjDxFHDLYQ4HOqUWG/tFDg3puRSocP0OEitJFKIAWQ4g7RkVN5mhDiHLzRd2yZkOIeqhG42UUQ4i3DEUc4olDiPq7RdD1NUOJeltFzhLnQ4nxt0VSs9RDifPoRc0/7UOKc2xFFkkxQ4p0OUUiWqJDivOvRSzTh0OLdClGQQp4Q4v7iEVMFUFDi/1SRWh7tkOMc8FFQPMzQ4133EXK9zFDjnc0RWiLqkOPUFhFYCeAQ5B3zEhbAYxDkPfuRrJV80ORd29GxvAFQ5J6lEX4TwtDk3BmRWAVU0OTcVVGSwzvQ5Rw3UVYndpDlQvmRSBeGUOWjLJFHJkAQ5doTUVopDxDl3TmRXRol0OX5ApFPXLYQ5f1F0UuT+NDmFsSReiLEUOYdOlIvMMVQ5j1WEaB9zlDmXRARZ/cGEOZdXZFv53yQ5nte0YpPhtDmjItRSWMrkOadBVGN8GSQ5p3ekWCmxJDm221RlV6jkObdx1FwCGaQ571KkVcGt9Dn0DgRb5UoEOfQsBFs9WpQ59ELUXmi3RDn0XNRfFGmUOfSg1FH19sQ59x8kX7mN9Dn/G+RZUe9UOgcV9IH+W9Q6DtOkVMNZhDoPDwR3Xgc0Og8gRGgZZyQ6D0tkXRYANDoXFzRho6YUOh5vlFIdD+Q6HzBEWwhf1DonC9RbaWE0OidC1Fk4G6Q6NCIkUlf9JDo6r6RSm1okOkSZZFhK/6Q6byY0WarW5DqG3kRj0bLUOodw1GY3LkQ6iKukWJ/uBDqSrkRSPogEOur0dFQnlsQ7BtcEWp5vJDsQihRWsDCEOxtpZFKlcoQ7HuC0VZbUZDsjODRZwwq0Oy4oFFhARgQ7Tx4kVSNAtDtlwORTeMEkO2kpJFIhwmQ7bxEUcuSUBDt3FqRYQ6D0O6c4JFliS/Q73zLkVUtRlDwExJRTl9IkPCW89FOUW0Q8L570UfPftDwxX7RTUhjkPGuhxFD79dQ8b+5kYeUJhDyXVQRmjCbkPJ9WlFlUGKQ8ooJEUlNVpDykQLRUh8ekPKdbhFaEeiQ8ruR0VWnA5DzG3zRXLeSEPROGRFOxe7Q9FyaUcd4UND0fKuRbjBYUPSckdFlSiLQ9LrjEVJB65D1eR+RTtYN0PWlAVFaAcLQ9lvgUcPgFBD2ugcRVqeSEPbYTBFOZe0Q9z17kU6mdBD3rihRTeWzUPhbAlG4V00Q+MQmUUxLnVD5Wd4RgIF/kPlaXdFS/aiQ+bJwEWdTBxD6WiwRby3K0PqM1FFR3nMQ+yRREViEktD7sRORRipaEPxSxlFI9jiQ/IunEVDjh1D93SiRRwb7kP37C1FYgnyRAH9kUU77D5EAptrRSDb5EQDEStFjaq7RAT1w0VQuKJEB22FRdqxgEQI9kJFKOL6RAk2mUVxcntEClR9RTxw0kQLGrdFZEnTRAszN0YLqZ9EEgjqRSc7u0QbOu9FPUeWRB4pH0U//KZEH3rkRTgHqUQhJ4xFNFiFRCErlkYLd+dEI7h3RWepDUQlK9VF6YmrRCeINkUgF6JEKJ+mRVzqNEQrwlZFYIKpRCwg20U5EHxENahGRSN/fkQ40x1FchuWRDpg5UVGmYNEQYmBRafmkURFbaJFRuLYRElPfEVFjsNES6qVRUHhHURQbV5FU/W/RFJKI0WSnE1EWJUcRUEwl0RaMC5FMLNTRFt6hEVTeu5EcMLARpv530RxZ4dFuy4URHdpK0Wbi4Q=</peaks>
+    </scan>
+    <scan num="1777"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="386"
+          polarity="-"
+          retentionTime="PT1008.36S"
+          lowMz="50.247207641602"
+          highMz="996.648986816406"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="1.73007925e06"
+          totIonCurrent="6.5775985e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1778"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT1008.92S"
+          lowMz="50.364677429199"
+          highMz="989.630859375"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="1.842296e06"
+          totIonCurrent="6.6963415e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1779"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="388"
+          polarity="-"
+          retentionTime="PT1009.49S"
+          lowMz="50.557773590088"
+          highMz="996.622436523438"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.807586e06"
+          totIonCurrent="6.2333715e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1780"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="412"
+          polarity="-"
+          retentionTime="PT1010.05S"
+          lowMz="50.12523651123"
+          highMz="989.618896484375"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.0381495e06"
+          totIonCurrent="6.0608655e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1781"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="435"
+          polarity="-"
+          retentionTime="PT1010.63S"
+          lowMz="50.005439758301"
+          highMz="998.668640136719"
+          basePeakMz="91.003555297852"
+          basePeakIntensity="1.733572125e06"
+          totIonCurrent="5.3070535e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1782"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="374"
+          polarity="-"
+          retentionTime="PT1011.24S"
+          lowMz="50.488124847412"
+          highMz="989.614868164063"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.89442325e06"
+          totIonCurrent="7.658856e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1783"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="391"
+          polarity="-"
+          retentionTime="PT1011.78S"
+          lowMz="50.863975524902"
+          highMz="989.639953613281"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.19663625e06"
+          totIonCurrent="8.2512985e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1784"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT1012.3S"
+          lowMz="50.820610046387"
+          highMz="989.6142578125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="2.62071375e06"
+          totIonCurrent="7.121891e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1785"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="393"
+          polarity="-"
+          retentionTime="PT1012.83S"
+          lowMz="50.444278717041"
+          highMz="998.943786621094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="1.985674875e06"
+          totIonCurrent="5.29922e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1786"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT1013.43S"
+          lowMz="51.422355651855"
+          highMz="996.752624511719"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="3.17935275e06"
+          totIonCurrent="7.2049855e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1787"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT1013.98S"
+          lowMz="51.558486938477"
+          highMz="998.913391113281"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.9188435e06"
+          totIonCurrent="5.733936e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1788"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT1014.53S"
+          lowMz="50.022129058838"
+          highMz="996.277526855469"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.211999e06"
+          totIonCurrent="7.228331e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1789"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="380"
+          polarity="-"
+          retentionTime="PT1015.07S"
+          lowMz="51.207447052002"
+          highMz="989.588500976563"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.799723e06"
+          totIonCurrent="6.3663455e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1790"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT1015.63S"
+          lowMz="50.725868225098"
+          highMz="989.610778808594"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="3.45953225e06"
+          totIonCurrent="8.1357385e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1791"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="392"
+          polarity="-"
+          retentionTime="PT1016.15S"
+          lowMz="50.621017456055"
+          highMz="990.519958496094"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.831259e06"
+          totIonCurrent="6.316391e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1792"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1016.72S"
+          lowMz="50.4296875"
+          highMz="989.613098144531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.2014405e06"
+          totIonCurrent="8.774521e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1793"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="394"
+          polarity="-"
+          retentionTime="PT1017.25S"
+          lowMz="53.223289489746"
+          highMz="993.63525390625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="2.5946635e06"
+          totIonCurrent="6.0323755e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1794"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="375"
+          polarity="-"
+          retentionTime="PT1017.81S"
+          lowMz="51.580280303955"
+          highMz="995.634338378906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.15593275e06"
+          totIonCurrent="8.548102e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1795"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="387"
+          polarity="-"
+          retentionTime="PT1018.34S"
+          lowMz="51.476013183594"
+          highMz="996.101257324219"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="2.997992e06"
+          totIonCurrent="6.3976145e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1796"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT1018.9S"
+          lowMz="50.100662231445"
+          highMz="996.293029785156"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.2415665e06"
+          totIonCurrent="8.740406e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkhnFEVoJVBCSIjjRVphjkJK2mxFksZNQkzBKUV0FuRCUndeRYajMUJTAlFFa3YnQlUPGkVz7WhCW+PTRXffR0JmbHpFeNo6QmahZ0VszApCasLARXYxV0Jr1h5FiED0QmwtqEVXQuFCboVERWXnqkJuncNFbakUQnAP6UVaPvRCcG29RXnAEkJzDopFkCfxQnNSHkVrtpZCdMqURXLjA0J34kZFeLkDQngsbUV/3AlCe6okRXgSoEJ8qdpFeTn/Qn4ejEVygdRCfnuPRYHpDUKA7i5FWZGcQoTBt0We4jFChh7xRY0J90KHE2hFdRB5QomjJEV5++BCibi3RXXS5EKK2dNFZWaWQov8DEWRPeJCjNywRVrXi0KOQR9FaLwKQo9ANEWJMtVCkAiBRYSWlEKSTRZFfxxBQpLJ+0Vuy61Ck/OwRV+/6UKWBHBFeCSsQpvJsUWKbqlCnR04RYBlC0Kg7yhGOQmeQqDvwEZBDiVCoPBxRyG+MkKh8wZFm5pTQqR+m0V3TCJCpgzNRoeEFkKmKSFFebZQQqipDUVvRxRCqSp1RVd9aUKpiuBFj/DwQqu1akWHpqpCq/wxRjYLzUKsB/5GwmG7QqwJDkWgdMBCrAqgReXp9UKsD2FFlcfqQqwT20ZtC35CrBhvRZLPhEKtMxVFgJVxQq167UWJeNZCrgSHRciiLEKua/1FcQewQrIMf0eAMcdCtUDxRajB8kK10ahGLuGyQrXhd0Wu7F9Cte5lRiPugEK18b9F9hPnQrX7VEYcG/FCtfzTRdGEtEK1/TBFvnXAQrX92kXc6GlCtf4aRZadM0K1/qRGWCuCQrYA40faWXVCtgHOSoFxPUK2AyNHRklyQrYD8kbuczNCtgRRRuxx5kK2Bc1FlnxeQrYGkUXn9RhCtghPRfafxkK2FSRFwiQbQrYo7EV/0CpCtjIHRg67bkK2NCVFam+RQrZSkEWIlChCuANsR7FN80K4DNBGFhPAQrhWKkWmntpCuWHyRVx1OUK5l8xFe18+Qrmd5EVpU+xCugPeRtnvkkK66ntFlc/XQrrsG0W5BzJCwAJlRXlFlELAl4pFbhVYQsD0zkWWSipCwfA4RcHj70LDg+JFiusjQsOFNkWrIIpCw+TwRZ+LO0LGDnBFbLEEQsguqEWK/9hCy+G3RaogXELN5aNGd3RIQs3/hkW7NMFCzuinRXtp9ULP9NhFh/CrQtQU50XqeXVC1j41RYV/tkLWsK1FgSewQtoUz0XJb/pC2tSNRYhickLcJzhFkf2gQuCgpEWZ00RC4fiCR2rXdELij29F39ZiQuXY2EWFd/JC5geGRyug8kLp21pGEqSjQuwep0V0hIlC7PPJRXedEULtNThFbrdEQvIsT0WEcYxC9eeXRYalP0L5VYBFbfqfQvu+7UYS6OdC/A+wRqQs2UL+B21F2n4WQv87C0WPpDNC/717RdYhGUMC91FF4cvGQwL9EUWStNxDAxJDRZ7Ml0MEv2BFhVNWQwTeHEZ5jt5DBdByRYDlnEMG3WVFvp7TQwb860XoTZhDB1riRXLmmkMH5rpGCXU5Qwjc70WPNi9DCQumRau/sEMKP4BFm68+QwsxYEWIEgpDC717RVhWH0MMiLJFg9hbQw648EVYSGtDDrlZRVx5OUMPKixFfWKdQw9Bl0V9E21DEQTORW98XkMR7jxHjdBwQxIIRkWsjbtDEqSBRWcKFkMS7A1FmWrZQxLwPUe/m7dDGLRnRYvmuEMY+nRFoNSvQxrJ3kVtd0xDGvlWRg7dnkMbBTdFc0DlQxzNO0VuwNNDHdC9RZA3XkMe+nNHfmzNQx+nWkVUKthDH6feRVlMkEMf119FlgvQQx/gf0V2kOhDINeARoS90UMg/1xFX0DbQyIuP0VqYx1DIta6RqCgpkMi+4pGEaOnQyL+qkWHhsxDI7fsRa8aWkMkoW9FceXMQyTtPUaIinxDJQqlRflXxEMm7IRF+W+NQyhh3kW70jJDKZwlR4P08EMpnjtFfuzQQymo9EV++TJDKfp9RWvjy0MqTIZFfjW8Qyre3EZjO9FDLN4pRgJQakMuKaxFd5AYQy5dM0Wv2n5DLvNVRe/pvEMu9KhIlKQUQy71z0YD6KNDMHUMRWoi/0Mw4hNFi2R0QzIM8kbnTQBDMvozR4e0VkM05itGWRW8QzT5IkcLFrdDNUL7RXYkgEM1yP1F5+3KQzjTfEXHBsBDO+95RX57v0M8hR9FgBSlQzzvBkW048JDPRGtRZYA4UM9EsJFiP8IQz0Th0WixZFDPe5vRajnekM+7Y9IPviYQ0DtqkapbGVDQXUDRgGHPUNBfMVF7yDjQ0GJAEbpr3ZDQZ0RRiJlrENC7HhF+IjmQ0bvlkbavlBDSTsDRjlWukNJS1lFi1GTQ0lQR0c0jrhDSWWQRipZHkNL75xFrkjuQ07F9EV8DRtDTvjlSEhqC0NP1jZF3mdWQ0/uP0ab6EBDT/nPRY4yMENR7ORF6Ck+Q1YMUUV+8I9DV948Rm9+ZENX57RFmeS8Q1kKhEWx0RNDWd1bRbv35UNb9kVFgOgjQ2BnX0VwsK5DYQ8zRZqnYENheaBFgKg6Q2GpD0V1uK1DYeWaRrWc40Nj5NdFzv1FQ2fuVkacJaZDae4hRnWbjkNr6uVF1fZlQ2vs+EiQkgtDa/BKRbLVoUNr9hZFbduyQ2zt30WecjNDcWevRgGDA0Ny8YhFucyaQ3z++0W3yqhDgHolRZgr00OBzzNFppEEQ4KthEWTmGZDg4a2RX3NfEOHZZtFjnnrQ4pyd0WaXjpDi3OCRbY7rkOL+5ZFlkt/Q4v8hkXVOnNDjnUyRY+yX0OQd+RGFSLWQ5ENdkWHkhRDk0KHRZ6+N0OT3pVFkuQVQ5doEUWn1MNDl2i/RbnmykOYMUNFjXkQQ5hZ1EWNJOhDmFrXRfJ7JkOYdP1GiIm2Q5l3EUWFI4RDme2ERoZ+8UOc12pFhHPmQ59FY0V8wipDn0buRZgwokOfSNNGTIA5Q59KAkYj1YxDn0s4Rl2UqEOgcXhG6kuqQ6CJtEV16UpDoO3sReqgl0Og7zBGnuonQ6DwfEfJ0PVDoPLuRW8KoEOg85hFkupaQ6D1AkWyde9DofMfRjWxAkOidElF81SDQ6NqAkWGczRDpEoIRdc8/kOmGuZFh5t4Q6htwUX1QzFDqHcNRj25b0Ooi/JF89blQ7Bs9EXcvJFDsa8yRYxLBkOx7KJFreUtQ7Htr0VjUQZDshgbReuuMEOyMOdFxgahQ7JJdEWD7etDsuLMRdhNIkO28QVGgsqfQ7o7e0V+wFNDw4TkRgA/G0PEUuFFdC/nQ8RjpEWEumRDxQhfRYSFYkPG/QtFyil2Q8b+lkYc9ZpDx/+1RY/v60PKmB5GhrTEQ8/TdUVwydpD1pUVRfDAhkPbsnhFq2hpQ94m0UWEYPBD5HDbRae2AkPlaS5GYnVsQ+oy20WvpNdD7JQCRgFK9UPs/SlFsAdRQ/D0eUWVnu1D+YIQRXgHDkQA6BpFhqVNRAGDckWryWFEAxFzRcKQ5UQFYJFFgdssRAdtNEZQtq9ECp+pRZSfikQLGN5Fr6JWRAsxYUYU5gdEC6rzRZQGtkQNklxFjkwpRBEVnkWSrfNEEgksRegmRkQSsIdFiHVlRBWR4kWgGYREFbyURa5f8kQZTxxFri55RBrhkUWZa9dEHSwHRZOiMkQhKzdGQPPBRCO43UYavzZEI73MRYfgYUQlLO5GJLP6RCZJx0WN1fxEJvLaRYn+ZEQn9LlFl8tKRCnjD0WHIU1ELl0SRaLbQ0Q4039GGL+URDytWUWBJrVEP2asRYP+GERBiThGIl1xREIYX0WBDUdERdwrRZCtd0RJbiJFviveRE5KSkW5d45ET2sNRZzHGkRPbXpFv/i2RFJKhkYQooFEUk5mRYDbX0RVFIxFqKMiRFxMQkWWedhEXTjzRaMgQERj66pFk9WLRHDCEUbiVCxEcWerReRZl0R3ZhRFpymDRHkSwUWYT5E=</peaks>
+    </scan>
+    <scan num="1797"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="355"
+          polarity="-"
+          retentionTime="PT1019.42S"
+          lowMz="50.629909515381"
+          highMz="995.826110839844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.801591e06"
+          totIonCurrent="9.622137e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqFB0WIRVxCTBCoRbaDNUJRPvZFoL8NQlcuqEWWzBxCV0okRcZ60EJZyfxFp5+CQlqRMEWWiKtCXQxyRaGWhUJe/vlFheq5QmPoB0WJ94BCZAmpRYmyKUJlxy9FhNNMQmkCIUWTcSxCbDNiRadul0JsXbVFm7pEQm7EZkWCPLlCbu0bRYp7g0Jvm6FFksYVQnXWSkWIhsZCgD8GRZn3+EKDE5ZFirF9QoMsi0Wk8XdChidjRXyJzEKGwP1FqKV6Qoinm0WQmQVCiXNiRZMI70KJrHdFuL4tQouUMkWyW1JCi6e3RaD0MkKLtsdFi3QEQozP+kWTlPFCjk0HRbkrLEKPJg1FpQtKQpFfnEWMGDBClEZvRZZ5A0KVbjNFlFPlQpaRREWTQrpCl/8TRZvGBkKYx71FoBxqQpp+xkWM0CxCmrQVRcTypUKbdHlFkUUlQpvMeUXB7r9CoOSjRal93UKg6tlFoYzfQqDwLEbM8kVCoPCzRzqGQkKg9vlFsGUgQqYMyEY97ItCp1hGRZYb70Kr9MxF4eMWQqv8C0aN2fNCrACeRbPGt0KsA2hF4vURQqwH4kbobWRCrBPGRns7+kKsFrhFjEtmQqwXEUWRCxhCrgRqRiY6f0KuCjNF0bCvQq6MsUWn9zVCr74ORZfmLUKxSwlFuZk6QrGzAkWpJRtCsfnkRZGL80KyDHBHchXaQrLitUWgpwFCs2aZRZ/q+EKzuKdF52M3QrUz+EXTSmlCtdGmRklyx0K1439FyCE+QrXub0YY1ZVCtfHGRhG0z0K1+yVGHBqfQrX+5EZAIwxCtf/YRxOvnEK2AcdKkohuQrYD6kd/eHdCtgULRgu840K2B8dFo1TRQrYIN0ZhB+lCtgvuRds330K2DGFFmzbkQrYVJEWn6NpCtjH9RgRZVUK4A2NHofPeQrgEKEXd/DFCuAzIRk2mDkK6A99HDFbpQr4MvEWqxTtCvm4HRZfB00K+z7NFjnDFQr+kd0WesiJCwet0RfsT1kLDhK5GAD9oQsVYS0WuzBpCxcTuRaD+L0LJvJ9Fm63jQssCQUWzb0BCy8XZRZXa8ULMemxFqGtpQs3lqkZSI8ZC06wNRZjuSELTtmNFkcAbQtQLX0WcfPJC1BTkRe61sULWlKdF3t+4Qtm5YkWqQFtC3HGuRaOGUELegdBFmPfSQuH4d0eCZRdC4q4KRZPk1kLmB3pHFYLyQuhBZ0Wlu8hC7v5DRYs/zkL0K51FlKN8QveOU0Wcf4hC+76wRdy6lUL8D6NGpR91QvzvzUWYqU5C/cLFRb3P5kL+B0FGAknIQwECZUWiCJ9DAvdTRbXhMUMDEUFF+6lbQwTeG0Zf+kNDBiwERZDDGEMG3U1GFsHPQwb84kXVblBDB3upRZCCW0MH5sJFyFbMQwjoxEYJFB9DCQuYRgvb5kMKPyRF13gSQwyl7kXByytDEPFlRf3A6kMR7jFHe3s4QxIIcUWbL4hDEgmvRbqkLUMS7DxGAydjQxLwMEfb1k1DFPBoRbjGE0MY+n1F9ThQQxp/qkXoIHhDGvlVRj+/L0McZM1FnY6lQx76aUd7DtRDH/qZRglxykMg12ZGooQ1QyD5rUXq055DItaxRmHu8kMjuGpF+uKqQyTtSkauRXVDJmvzRaDlW0Mm7G5F6G04Qyjd9kWs02dDKZuHR50cN0Mq3sZGgrU7QytJNkW0DylDLI35RbqdgUMuXbZFvxPnQy70o0iVzcpDMOHSRh4BnEMyDPNG5Q9hQzL6LUeRH1hDM/P+RZT8bEM0y8tFn9tbQzTmJUaXpFlDNPkURzvX8EM123tFsposQzdBAEWnX5pDONODRbXuG0M87s5GFpWNQz0Oj0W7XCxDPRBiReEttEM9EilFwWg5Qz0TP0WxI4tDPRSzReM4M0M9FvhGAGRfQz0+vEWeXaRDPmDwRbmECUM+7YhIP0x+Qz7up0YIQptDP+2gRfhe6UM/7yRFqzVmQ0Dto0bMUmtDQXLkRcqFw0NBdOxGBEBCQ0F8mUYr8i1DQYKsRaE35UNBiOlHDxiEQ0GQTUW5PFNDQZUFRfzmuUNBnN5GMMsoQ0LsXkZAmfNDRPFbRgVdrkNG75ZG7JxWQ0eil0Wu1AFDSTqzRom7fUNJT+1HcQqLQ0llJkZcs8FDSasIRc3PFkNMjk1FsDMaQ0zpUEWYkTBDTdbZRbGbJUNO5hJFmWShQ07410hn809DTwz1RanI2kNP7jxGrJT+Q0/5o0Yg4J1DUNyVRalqEkNR7TBF/Oj0Q1JKTEXalMhDUmeLRb2RikNT+b1FinZrQ1YFlUWcgJ1DVjUdRZrJMkNX3jdGZ6FyQ1gUj0YUN1lDWNi+RaQyfUNbi/9FwWGGQ2BYgkWcjlZDYQs0Rk2rrUNhrpJFnGlUQ2HlfEbSWS5DZ1jIRaW89ENn7lBGt8tkQ2nuCUYZlQtDafJkRbwkNkNr6ipFs5agQ2vs7EiSNs5Da+6aRbWZ2UNr79hGAXnpQ23t6EYCNwBDbtInRaN6ikNwLUhFp8mBQ3Fn4UYQF3RDco4NRch/hkN8/utF8GUeQ4B6NEXlmRxDgSyaRaXdnEOBzyNGFVe6Q4VXXkWkwHNDiDksRfyxD0OJkvZFrpZXQ4tzPUWigz9Di/yzRhNOXUOQd8JGSM5/Q5D3pkXWwUlDknqKReSjaUOSsJ5Fv0HsQ5N5AUW0QU1DlPoRRZp1eEOXQJ1FsVhzQ5dozEX+6BtDmFqSRlGtnUOYdRZGao9iQ5ntf0abjTJDmoLCRbwa0kOcv7BFq32AQ58/e0XrJ9xDn0OERguT0kOfRSZGpcAjQ59IukXLjH5DoHFhRs5p+0Og8L5H9EtnQ6D9cEYJ4y9DoSvGRbtc4EOh8xRGCbIzQ6RKOEYXDDBDqG3fRfyST0OodxlGDiRqQ6jwy0XMUcBDq+2tRa1v6kOwbRBFykSXQ7HMz0WQs4NDsc1ERZTYT0Ox7JhFyeQkQ7IxQUYWAmlDsuMURgjh00O28SlGK0g+Q8Mb00WfXZ1Dw4SdRib2+kPFPCZFk37aQ8b+LEaDaZ9Dx335Raux+EPIz+FFnwxPQ8qYM0Yyz3lDzwqGReGcKUPP6ypF0j6lQ9WZxkWtAZ5D1pVTRkH1s0PW3HZFn2y0Q+Da/0XALQtD484nRbcKzEPlaRlGjilXQ+VsP0W8y0JD5sjwRcigUkPp5vlFoVc3Q+yT/0YhEPRD767NRbiC+kPwfeFFpeNKQ/tZBUWtHSxD/p2CRcAhm0QALplFn2sARAMO4EWRIxJEAxFmRfpfwkQHbPtGjN80RAjOfkXS5+dECVXCRan66EQLMZZGIHymRAyztEWp8WtEDwr/RbkG4EQSCPZGGPj4RBJMuUXFiZdEFMd7Ra8ikEQVIg5FqUBsRBYUsUW2WdJEGFLBRbPW80QhKwNGpArYRCO40kZP+1REJSzgRjiz60Qmqm1FuMLURCdt1kWqSehEKiTcRcyZA0QscilFyJ26RCysNEWoi+ZELmiKRalClkQv6FhFuqALRDD2q0XGf79ENLHuRcmYHUQ2QfJFw6ZtRDiXN0WalQBEONOpRijkVkQ6Iw1F8LkTREFFBUWtOMxEQYkKRiVKKkRFluZFwJE+REaBV0Wy59hES5w9RbtabkROwbxFvBkpRFJKfUY9d5dEVQWCRcuzEERYPZBFpYo6RF5lg0W1G0VEYJXuRddeDURouKRFtSvbRHDB3kcniX5EcWfbRi96bkRzyxtFuq7XRHdmaUYt4+JEd55FRaxzSkR3n+hFp5JJRHj030Wudcc=</peaks>
+    </scan>
+    <scan num="1798"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT1019.93S"
+          lowMz="50.694591522217"
+          highMz="990.464111328125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.573808e06"
+          totIonCurrent="7.1325025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1799"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT1020.48S"
+          lowMz="53.117572784424"
+          highMz="999.062805175781"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="4.4085735e06"
+          totIonCurrent="8.920174e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1800"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="376"
+          polarity="-"
+          retentionTime="PT1021S"
+          lowMz="50.07039642334"
+          highMz="989.583190917969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.283938e06"
+          totIonCurrent="8.476532e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1801"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="353"
+          polarity="-"
+          retentionTime="PT1021.53S"
+          lowMz="51.886837005615"
+          highMz="989.575622558594"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.94316e06"
+          totIonCurrent="9.456135e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1802"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="381"
+          polarity="-"
+          retentionTime="PT1022.04S"
+          lowMz="51.110275268555"
+          highMz="989.586730957031"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="3.95238375e06"
+          totIonCurrent="7.803174e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1803"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT1022.58S"
+          lowMz="50.162109375"
+          highMz="996.931884765625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="9.808013e06"
+          totIonCurrent="1.8392218e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1804"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT1023.06S"
+          lowMz="50.999729156494"
+          highMz="993.440795898438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.067004e06"
+          totIonCurrent="9.799816e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkv/uUWe92dCTNZ/RZg1lUJNvFJFoM3oQlJLZUWPOfxCUuW3RZyPq0JdNdxFcB+kQl5iskWDKCpCX6zERZASdkJoGNdFclv0Qmk9lkWDxHlCb9sIRZ4skEJ6+ZJFYKZKQnv3mkVrZy9CfnuNRaw3qUKCo5dFYN1uQoOMKUWLOp1Cg68RRZDi9kKEAktFhUyUQoWvcEWAf1tChbo0RYyLf0KHJ/JFkk2yQogmDUWUuD5CiEQnRW+ZJ0KKcLJFjNYSQoufXkWPONlCjHnyRYX5W0KPMBBFg3UQQpITwkWWwDlCksKwRWVj/kKTO3JFmRzXQpZCeUV72pZCltd2RYZDAUKW9aNFg/E+QpcH+UWIoExCmh6lRYDNnEKexahFir35QqAt+EWJZstCoOlERbAGHkKg6w1FocqdQqDwBUdN0ABCoPadRXVu10Kh8xhFrbqMQqNt2kWdAndCpFhoRXQsV0KmDMVGnpY6Qqj6dkWDKgZCqpDRRaFPckKrXLtFg6CLQqun10WMvzFCq/DKRXsk00Kr/ItGS6jzQqwBCkWxTAdCrAheRrKjSUKsE8pF7qpvQqwUNkZXEJBCrgRnRmFsMkKyDHhHxgOuQrIjF0YDAwZCsuTeRYvBd0Ky8WVFzFamQrSmwUWH8rRCtcwkRagTp0K1zqFFvOxZQrXPpEWiXKRCtdGpRo+la0K14bVFvZ0+QrXuYEZM/cBCtfG4RedGNUK1+1dGMoymQrX8XEXM9DNCtfzURfvP50K1/XhGRapnQrX+hkafOBdCtf9hR57EWkK2AGFHirDSQrYBwUqaofhCtgPtR4YLbkK2BLhGitI2QrYFu0ZJYpVCtgdzRhqsTEK2CDlGfZTuQrYRwkWW2LpCtjHnRi98vUK2NQdFl6EKQrY3hEWSktBCt1TDRZILFUK3d7RFb37cQrgDYEfaET5CuAzRRq22PUK4MbBFj7I4QrhWL0Xnx+xCugPfRxuNWUK7GnFFnqZQQrwFuUWK/H5CvJSVRYdNIUK+zK1FgqsIQsHrd0XsRX9CwfBdRd/f2kLFqD5FmWnbQsjEFkWALLhCy+GuRh0jLULMukhFkQ0DQs3lp0XCtU5CzouFRaWKbELP0rBFtJfyQtDaa0WLqqxC02lVRX2YQELUFO1F2+/rQtQfrkWZfjtC1bH2RYYTBULWmIJFjm39QtdQOEWKjOxC2ImtRYj/TELaFMZGOG/OQtrwtkWC5TZC29PbRYccVELfl8lFff9VQuH4e0eEXPNC4rGURYIgEkLi00ZFi0VuQuR/Q0WfKn9C5fnvRbJr10LmB3hHdIIhQunbPEYAqzxC7JbtRY0VhELuEY5FzPfvQu72zEWKUi1C9JhGRYqWJ0L44BNGAGDdQvwPqUby0yFC/gd5RcYRKEMDEztFizY3QwStCkV8SIhDBMnwRZUD8kME3hhGIJljQwbdOkXn6klDB4PARYob1EMH5upGB1zaQwkLjEWuF0FDCkERRZ9CGUMKkuRFjOGyQwxtb0WXON1DEe4yR5+fTEMS7FBGG+u+QxLwMkfJn3tDFD+tRYp8WEMU8DdFzgQBQxUjGkWG+8JDF4dTRXoCc0MY+ndF4DccQxr5TUYWW6xDHvpsRyud4UMg125GUwJtQyLWokZ0UiFDIvt6Rj9u9EMjulVF0MOMQyO7R0WDqOhDI+vIRY72y0Mk1eVGLxaYQyTtSUZmnqpDJZTgRYotbkMm7IxF1nlYQymcG0eN/TZDKt68RnYK40MraKVFgIIuQyxUqUWCqp1DLId0RZGTvkMs3hBGHsloQy3NJEWm1RVDLh/jRXKEikMuXNZFh8/cQy5e2EWd1bhDLvSfSINJzkMu+oZFjL7CQy8EpEV9vu1DL/WWReS88UMw4cdFz/0YQzIM8Ua+GvtDMjlRRbsZBEMyO+VFj3PxQzL6Kkex7ONDNOYxRkZnv0M0+Q1HNhTEQzW1X0W1qnxDNcekRf4W00M12f1FqvZ3QzrCJkWKxq1DOu5vRYKNskM7eTRFijkeQzzutEWcUrJDPQ0pRa6InkM9EW5Fr5yGQz0S1UW3iKVDPRS7RaW8TkM97oBFw5AqQz7th0hASZhDQO2tRrH/KkNBYVtFlX2rQ0F1fUXz3QJDQX0zRc8S9UNBiGFFwd3SQ0GJc0btCDdDQYsHRYyWxENBjMJFqK+fQ0GdgkYK8NJDQux2RgAWL0NE85hFtT5gQ0bvmUbGR5NDSSU5RYXRdENJOlVGbmrSQ0lOhUXFJ49DSU+ZR09Rj0NJZMJGfyK7Q02h6kWDypdDTdbCRbesdkNOviVFjk/xQ0741kiJHAVDTvozRdUw/kNPsrZFkMOxQ0/uM0aR6MFDT/nARduhjENR7SBF8ZcYQ1JMqEYOsutDUvlXRXAim0NVENVFjkjdQ1feOEYzy4VDWd2QRg5qQkNhDZ5F6b7VQ2Hlk0aIcB1DYxtqRZ+oKUNj5ItFsz28Q2Rp1UWex3BDZ9Y7RZOpl0Nn7mBGfJg0Q2lq/UWPW8RDa+zsSHmLSkNr8CJGI3BfQ2v2WEXw5E1DcWo3RgbyWEN1xGZFqUbFQ3du0kWIMLZDfP8ERgGX9kOBtZtFsYhMQ4HQiEYEG9VDghrZRbhsVkOGeVtF5ykEQ4b07EXHpwJDh1w/RZzV30OIiDhFoALxQ4piSkWil3VDiq6URY4vy0OL/etF9D5dQ5B3uUYirSNDk3kyRg4djEOTpNBFlLdPQ5O1d0WP24RDlQdFRb4gZkOWwJ5FlhQoQ5dqk0XxrO5DmFpDRildQUOYdAZF8mtRQ5ntekZIEZBDmxrPRY7iaEObuApFj7twQ5yIJEWJILhDn0IWRgNfNkOfQ7JGm/ENQ59F/UZE5mZDoHFXRreVTUOgyipFlc2RQ6DwF0fn8x1DoPFlRm0t00Og/U5GEz7ZQ6HzFUYsUF9DoldPRac8N0OjshBFtUtQQ6RMIUXdZmJDqDP9RZYKBEOoba5F9dIrQ6h26kYM8BdDqIuoRfslPUOrHw9FmWZFQ683wkWgQLNDsA7ARZM6REOyFpxGE/bUQ7IvvEYbIklDsjuJRY2OckOy5ONGLxPPQ7MTWUWZ8JlDtvErRgZh+EO6M75FpTbqQ7q3/0WfaEhDu/QnRYVm00PDhu5F7OrOQ8b6wEWlFTBDxv3SRlXnxkPHAJVFpL8rQ8gWO0WUVn5DyCpjRYjIakPJNLtFouhwQ8qYSkZ8UzpDzhD9RX2o90PTIShFmNkYQ9aXkEYk46pD4iI7Rb+LsUPlaNtGftp8Q+YdE0WYEfxD5shwRe5GB0P3MddFkKq8Q/d23kWB7HtEAxK/Rhlij0QHbLpGOAweRAdu1EW3lORECWX8RajeLEQKpKZFmtu/RAq290WWuUBECzCTRlv7Z0QLZnBFmwLORAwsjEWg8gpEDgmSRYN3B0QQEFhFlQ+fRBH+uEWquh9EEgqPRhZPpUQV6rxFkbrORBhmukWTbKhEISqoRn+GmkQiek9FjhhFRCO6ekYSzpFEJSyoRlfHukQskjxF1iuFRCzMCEWPrb5EONVqRjBoFUQ7Wf1FqC2GRD2MPkWi16BEP6Q+RZ3FyURBiZFGIMFYREbnPUWW9h9ESYymRZjKlERLylxFwjEdRFJM50Y3hv9EWlMqRaad70RgvhtFnK5sRG+C+kWfOutEcMFERwWHHURxamRGTuVdRHbWhkWKBmtEd2Q3RhaFckR4XDZFmL3d</peaks>
+    </scan>
+    <scan num="1805"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT1023.57S"
+          lowMz="50.845485687256"
+          highMz="989.58447265625"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.8348555e06"
+          totIonCurrent="1.089484e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1806"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="372"
+          polarity="-"
+          retentionTime="PT1024.08S"
+          lowMz="51.377353668213"
+          highMz="989.593688964844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.4935895e06"
+          totIonCurrent="8.473923e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1807"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="350"
+          polarity="-"
+          retentionTime="PT1024.61S"
+          lowMz="50.179859161377"
+          highMz="989.576354980469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.0961985e06"
+          totIonCurrent="1.1514468e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1808"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="358"
+          polarity="-"
+          retentionTime="PT1025.11S"
+          lowMz="51.428646087646"
+          highMz="992.043151855469"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.418853e06"
+          totIonCurrent="8.2812195e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1809"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1025.64S"
+          lowMz="51.505084991455"
+          highMz="998.837829589844"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.3533765e06"
+          totIonCurrent="9.649601e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1810"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT1026.16S"
+          lowMz="51.090366363525"
+          highMz="991.056640625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.308009e06"
+          totIonCurrent="1.0025786e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1811"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="352"
+          polarity="-"
+          retentionTime="PT1026.67S"
+          lowMz="51.473712921143"
+          highMz="989.586608886719"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.0732155e06"
+          totIonCurrent="9.454778e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1812"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT1027.19S"
+          lowMz="52.501014709473"
+          highMz="990.455749511719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.884091e06"
+          totIonCurrent="8.67432e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1813"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT1027.71S"
+          lowMz="50.252799987793"
+          highMz="996.402648925781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.9128005e06"
+          totIonCurrent="1.1078291e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1814"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT1028.21S"
+          lowMz="53.475708007813"
+          highMz="989.589721679688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.1608775e06"
+          totIonCurrent="9.41906e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlXnIEVc4WJCXsKNRXIpqEJgQ7ZFUNC6QmawN0VvlTtCb4FbRU5gX0J38/tGKyFxQnh6VkVc6ZJCfVvkRYvQxEKBImRFRqaeQoHO1EV6Z85CgjnlRYFrR0KEIHZFjxrcQoZHe0VRtxhChsB0RUOUrUKK1NJFf+KuQo4nCEVWoKtCjvbZRUkHjUKRdDdFUHNvQpY3jUVVYeZCl6zXRYOAcEKYG6JFUb6qQpo3IEVmwL1CmxB+RXIbWUKbKaBFeluBQpwkYEWJyDBCnL0HRX5+z0KdDJhFaGyGQp7fVEVwbr5CoOzxRXPOuEKg7wtHEKmmQqHzEkYO1rNCovypRW0WkUKkSVBFb3L6QqYMzEcE4RtCpyAbRV35HEKnRPNFe0FKQqkEOkVNyaBCqt1PRVz0YkKr/K1GGEVOQqwGZ0WnIi5CrAifRolsMkKsCpRFseiTQqwUaEYHZO1CrBu0RWMXN0KsIshFkq3fQqyAdUVWbRtCrRu/RUHqmUKtjBlFUNdGQq4EfUY1ZWNCrgozRYH/D0KvmkdFdgwiQrG7JUV8289CsgyAR9I/akKy0YpFaGsUQrO4okWxYOxCs+IbRXlUPEK10aRGhSarQrXTZ0WSD7FCteGoRcQKwkK146JFwzG+QrXuc0YoXMZCtfGlRkWwLEK19sFFeydYQrX7ZkZ/pqJCtfyXRgRBhkK1/RpFtFwmQrX91EXP7CdCtf4pRgepwUK1/tRHBRSMQrX/mEdHuDdCtgA2R4hbbEK2AQ1INS5tQrYByUqdf1tCtgM2R4/QBEK2A/1Hbp8rQrYFFUZDRYVCtgbCRkm5s0K2B3pF47WuQrYIYEZN2uZCthIARiOF/UK2FQ5Fyqc+QrYx/UX8f+JCt7NSRW/7pUK4A2RH3CQMQrgMxEbKrAhCuFYrRaAyykK6A9lHF1bfQrrsr0VhUjBCvgyqRahV/UK/0NdFQc7pQsC3gkVwOstCwSBwRXh74ULBg29FZ+OQQsHrZEZVtO5CwfBARjlgSkLEoS5FZO25QsTyHkVdd2RCxfp9RW3WD0LIrk9FcjxgQstP+0WHculCy+GhReFoUkLMVCxFXJytQs3NUkWDg21CzeWmRe3VJkLOFHNF2vnFQtBwRkWIRFpC0vnfRX1sxULT9hFFZkFeQtQU20X+MjlC1KUtRWBO+0LWlKtFpuJtQtoUu0ZElKlC3BOMRXTJKULh7WxFgHvsQuH4fkeV4blC4f9+RYdkT0LiiYxFlwE3QuYHf0emZXpC5++rRWlc/ULohD5FgZFRQuiuKEWWeWpC6ds7RecOPELsq3lFegvoQvDFRUVfclVC8fR0RVw6EkL3Yz1FeIyIQvgBQ0WR1wlC+NyARVzTV0L7vuVGEVENQvwPqkbnsRRC/eWpRWbEgUL+B5hFvTy2Qv6yd0VisLZC/72URXDy+kMC9M9FVEjhQwL3WEWpfFlDBN4SRZogGEMG/MRFjQ6rQwjo1kW4nxVDCj6FRYTMjkMKjeVFW/nXQw0MJEWcnTxDEe46R0cebkMSdw9FWoRiQxLsP0WxbZhDEvA6R4o47UMU6xdFloQ8QxW/5EWAngdDFfuoRXrBjUMW7+BFg0lhQxj6bUXACqlDGYg6RYP3zkMaf6BFsNV4QxrcxkV/4WBDGvlWRbHzMUMbC8hFqt9nQxtjU0VYp2NDHg/dRX30okMe+nFG3PkFQyBeTkWCHJhDINd4RqPhOkMg+dJFjxAaQyGPsUV05ZBDIta0RosYjEMi+5RGFI+wQyO4T0WHmbBDJO1WRiWnGUMmepdFhZ4NQycJeUWFzqpDKGS1RYIM10MpnO5HZA78Qyre2EYcQKpDLN4uRXrXy0MtyxdFsneWQy5dAEWPsIlDLvSoSBsvREMwE4RFg4lRQzDgmEXKyQVDMOgLRXkFsUMxkqZFbm27QzIM80aiNW9DMvo0R5eTyEM0+RdG8K+QQzW2oEV0GoBDNcjoRfT5/UM6pDtFZXeKQzuQpEWBz7xDPQ8hRZi5BkM9E7RFjQQVQz0VQ0WRm+pDPRbPRYwMmUM9FxxFj/FlQz0ZDUWGUGRDPRnNRW8/lkM+s/5FgdrEQz7tj0f8xhBDP+6fRWWIO0M/721FYKlpQ0DtuEZPh8JDQVKGRYaREkNBdYVF0B7hQ0F9YEXwP25DQYM9RW31GENBiaZGysE+Q0GV5UWHya9DQZ2ORfQq/kNC7GNFnmJ/Q0N+OEVYeKZDRPD2RbCE5ENG749Gy6UMQ0khrUVmlsxDSTpjRjSoXENJT5dHKdDgQ0lkyUZaCaBDTP5TRcyqwkNN1rlFmKJtQ07440heSdxDTvvLRZ2S5UNPCS1Fbx47Q09l1UVZELhDT9YVRcRWhENP7jhGdNAdQ0/51UXewk5DUC0rRXC1TkNQQYVFdJ9MQ1D51UWAeydDUko3RbhvXkNSS5JFqOlYQ1Kmm0WI8zlDVtAuRX7NdUNXQ4VFbxyrQ1feMEYcsZxDV+d+RYXSJkNY6pBFdE2FQ1ndhEWhViZDWgv0RXC31UNe+/ZFoOrXQ2EK3UW6ShZDYeWcRjNduENiMIdFidBcQ2Pk/0WLxoFDZ+5kRjjvy0Np6PhFwJmBQ2nuSUXhDBpDa1/qRYNKskNr60VFopJYQ2vs+0hCUKFDa+7yRYNvVkNvilRFiEzEQ3Ozd0WK2CNDelnERXZG/UN94RRFr5FpQ39GpUWYSjtDgHn+RZMi80OA2GJFYf+BQ4HPAUXiMZNDghy+RYHhRUOC7aRFh/bcQ4MRpkWRiKRDh8vaRZ4f7EOH+udFTF1wQ4jsLkWMfE5Di3N8RY0wLEOL/I1F4G6IQ4/R4UVutyJDkVtFRZlgMEOTL+ZFgW72Q5dolEXeaYFDmFmBRhbQM0OYdMZFqpmlQ5ntlEXQ/7ZDnPkBRXUXeUOfRU1GQBqVQ59HNkWXotBDn0jeRhvWRUOfSe9GCVTcQ6BxckYpm5NDoO8lR7fTmkOg8GVGrioMQ6HzBUWwm39DpEoCRcDLaEOmMwpFjqZiQ6h3I0XYRU9DqIU7RX5VjkOoi9ZFzG7oQ6j0rUWLNlNDqfpnRYJ7kEOt9PhFeKF4Q7Bs+0WidBdDshgDRglL/0OyMNhF/09PQ7Liy0W0MUFDtvDjRcH8z0O55xxFh4gCQ7xnrUWC1FhDw4RIRabu0kPG/MdGQpwkQ8qYMkZ/xWVDyxiMRbtQsEPU6IxFdcVPQ9aVFEXSaGFD24/mRXNwSUPcn8RFivbhQ+EUwkVx6DFD4SIZRY4Fk0PiSjtFiJRmQ+NJukWR4ORD5A/4RXIDCEPlZz1Fj4TtQ+VpA0YsDZ1D6KWNRYgMWkPpw69Fgd86Q+yT60XlQalD8jlKRZkdqEPy/JFFhOeDQ/UPUEV17HpD9m9kRYN8R0QB6+RFcMCgRAMRcUYFAl9EB2wBRkIwYkQKPohFk4MCRAsZIUWwYsNECyHvRXlJCUQLMV9GKq1VRAtiaUWbCGBEEgkARcg6OEQSkQxFkEoIRBK5m0WY+OdEEtvURXupekQYL9ZFizdFRB0szUWLa+BEISnhRkUR1EQjuMNF9zPoRCO6H0V4KtlEJSzoRjsgpkQn3RlFhVjSRCigmEWLh15EKZbPRXxTvUQuPS5FhxJpRC5dPEWiNnhEL2WBRWrwZUQzhdlFkntTRDfZeUWCXptEONOmRgMit0Q50DNFdb18RD6jQEWkaJ5EQYmRRe9znkRDAldFpvgTREQUp0V77nJERW/JRYh6JERJJ89FbiF0RE9tjEWMJ19EUP4LRYWidERRYIRFegK5RFJKeUXuuK5EUrjdRZn4skRdrlBFkCqdRGXsZEV4zoVEZp2SRYzb+kRoI+lFjd8eRG+K0UWM7gJEcMAIRurLwURwzixFgEuxRHFoCEYGlS5Edsk1RaaCU0R265JFnRZ9RHdlvkYHRa0=</peaks>
+    </scan>
+    <scan num="1815"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1028.74S"
+          lowMz="50.083084106445"
+          highMz="989.591430664063"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.3023585e06"
+          totIonCurrent="8.0268205e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1816"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1029.27S"
+          lowMz="50.862461090088"
+          highMz="998.097839355469"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.5655655e06"
+          totIonCurrent="1.022249e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1817"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1029.77S"
+          lowMz="52.731884002686"
+          highMz="996.440490722656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.330363e06"
+          totIonCurrent="9.290471e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1818"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT1030.29S"
+          lowMz="52.262004852295"
+          highMz="989.587341308594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.1346225e06"
+          totIonCurrent="9.185913e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlEMS0VpNqlCVURaRWEIEUJXRtNFgLChQlgOPUVck4pCWv2+RVQj7kJcZNhFaedcQmRRQEViRE5CZHtRRUtMbkJnrHpFnLjkQmhwg0WHD1pCa73aRXD2HkJw8uxFZanlQnKCnkU8GIFCdyy2RU7KzUJ39ABFuFEfQnnyMEVczpNCe5GGRV+OjUKB1U9FTazLQoHWN0VQpw9ChjdeRUzxfUKMbR9FYLguQo/7tkVQ/GNCkLnmRW6rZUKTO/NFksAeQpYEZkWnnRVCnHzoRWEte0KfYUJFXzU7QqDqAkWuotZCoOxiRYPwkEKg7rFFjLzVQqDwWkcn1HVCoPayRco48EKh8xVGEkA7QqMxXEVylqhCpI6JRYNkTkKkjwBFY8lYQqYMykcL3ZRCp2JkRWPIwkKpPklFdqaXQqv8IkYlvaBCq/0/RYBTIUKr/htFhJpNQqwBLkWWIsVCrARKRYD9D0KsBzdF1Nb0QqwIA0ZYsz9CrBPMRgWv+0KsFZpFnQvFQq2y4EVs6ZdCrgRyRoGp00KuCjBGI3PZQrAgykVqIg1Csgx9R8lcEEKyJAZFs0p7QrLkbUWiUj1Cs7iNRg1d80K1tXxFU8xSQrXRs0ZuE7RCtdw0RXNtQ0K14S9FlYTyQrXhmkWgSQhCte5ZRmzL6kK18bBF1D+yQrX7VkYx019CtfvWRccWI0K1/HBF7s+sQrX9DUYctTlCtf4FRkztF0K1/sRGr9nRQrX/iUadvE5CtgA/R5R5DUK2AcRKnLI9QrYCi0idXzVCtgPqR0P+bEK2BLVGwl9rQrYFUkYsV65CtgYiRhoNIUK2BslGTNmrQrYHlEW0JY5CtghtRnAyPUK2EdpFlnXcQrYVLkXDViZCtjHmRc4yGEK2PBNFqe8aQrgDX0fc/QVCuAzJRslSuEK4VlJFmgRoQroD00c21LJCwRCWRWdUsELBpFlFW06nQsHrbEZIzDFCwfBVRncXDELDhWxFslrBQsj81kWD01tCyTqdRXS3aELKzINFdSXxQsvhnEXSD/9CzA56RWzxv0LN5atGBN/yQtL2FUVYl8lC1BTnRg01UkLWIvBFT0MuQtoUqkZNyGBC3TVcRX77LkLguLxFU8fvQuGLtUVka2BC4fh5R5hHSULh/3FFgQAbQuKLaEXJw+ZC5gd9R6qbZULmCJ5FuLMCQum3IUVwRxtC6hxvRX93EkLqHZ9FYfckQuvavEWAMgFC7JSeRYmCuEL2TYdFcVQzQvjegkWcOJdC+69IRYRTbkL7vvFFruZQQvwPqEcOen9C/gd0RgwDEEL/vWxFrF1dQwFrs0Va52hDA/YERZyiMEME3hZFx5UnQwiBF0VMf8lDCPcgRXrvpkMQ6HhFWT1uQxHuMEcr7YFDEe7gRYBe+0MR+gtFcYweQxIJzEW6RvhDEvAzR3k6BkMUnWZFXxZiQxYPC0WGCxxDFv23RZwUV0MXKmRFb2g1QxgUxUVm5flDGoCHRZZVZEMagRhFSHc+Qxr5T0WIi41DHvpnRuIKcEMg13xGgCkWQyLWrEaIHZBDIvuBRa7UGkMjuYtFlbVDQyTWDEV8doJDJO0zRkzsjEMlK7xFfoZBQyeiZEVP4MVDKZzNR2QkNUMpncdFxk/cQyobX0VXRVVDKt7VRZRN5EMs3eVFm8BaQy3L+EWY1q9DLvSmR/s9bEMyDQJGpvAvQzL6KkeRynZDNOYhRfF7rEM0+Q9G/JmgQzXIoUYdbvRDONQ6RZP6IUM5IlNFZ/2+QzzuukX2jmFDPRBYRZegI0M9EXRFgPHdQz0SQ0WXsvhDPRMhRZ1Dl0M9FBVFyBN8Qz0V2EW4V71DPRbzRcF+AUM9F5tFpN0pQz0ZCUWjvXBDPRpqRZAGI0M+69JFkDvAQz7tikfY3p5DQIOIRXI3/UNA7aFGeWUUQ0FU00WCBnBDQXWuRZvus0NBiWJGpfM4Q0GclEWlZhpDQZ2ORehbIUNE8hRF9sanQ0TzJEVxGaRDRu+cRtdYZ0NJOfVGJGPCQ0lBtUVdUrxDSU8nRyGnkENJZGhGITZ3Q0mGk0WJyalDSapKRXu2qUNLlxVFa4eTQ0vvpEXDNjhDTP4jRcEcs0NO+NpIgSRWQ076P0Xxh61DT+46RlSKcUNP+dRF0SoKQ1D5uUV85eVDUe0qRcIhYUNSS4JFe710Q1Wa6kVzEbtDVaLtRWbN7ENXRfhFlGPdQ1feQUXXCZhDWd1+Rc+PB0Na+zxFjTi8Q2EMQkXQvARDYeWVRkk2F0Nn7mBGB/p3Q2iVoUWV21BDae4pRbSQGENp8ldFvDpcQ2vs8UgoFt5Da+6SRcgb4UNr8ApFvi0sQ3BTpEVzONNDcWjlRe+q5UN0vrdFpmQSQ3uelUWBDz9DgDQFRYCxuEOBz6pFpoB+Q4J6hUV6+upDgt95RX5W9kODVqhFZDeTQ4Qu00VIzlZDhM64RYpXLEOG85NFjLQiQ4kIF0V2j6JDi/0PRbJQX0OOJNNFZtiYQ5Kn0UVsXbBDkqrLRV3kt0OWZlNFdMRkQ5hZRUXQ2TpDmFoORboSfkOYXHVFm5VTQ5kDSUV4pd1Dme13RZmE+EOcKoVFjdDRQ53ulEWGaxxDn0vnRn3TpUOfTe1GKDiVQ596okVtRZtDoHFZRiAOokOg43ZFp7wlQ6DtCEWIkRhDoPBqR78SiEOg8/BFoiMVQ6D89UV9/FxDofNXRYcgn0OkSshF/jCqQ6iKskYLWE5DrhHtRXP/jUOxdNZFUOsGQ7IXlEXy20dDsjC+RcRHDEOy45dFlrkkQ7QPq0WB+91Du3KdRWGCy0O9KzZFfHsEQ72YQkWO4+xDw4WkRgCZskPD2MhFaCpkQ8WT+0WX+YFDxvv1RgYjIkPG/YxGCwdTQ8qYTkZ6x2JD1pYVRdTkNEPaPvlFayP3Q9vQBUV9ny5D4G5QRYRsTUPhd+FFa45MQ+VnhUZEFBBD5XdPRWJ4FEPmx9RFl58RQ+o2+kXAk3ND7JUARhhvJEPwGOhFVT6wQ/A3kkV0E3xD8uMgRWMVw0P3LMFFj0AzQ/nUH0VbW6xD/z09RYlPQ0QDBntFdEjdRAMSAEX0nPFEBJqCRYB2zUQG9OZFfVt1RAdslEXpR+FECp7oRXhrBEQLAGtFlyhHRAsY2kWfAllECzE7RkmCKEQMwxpFgCRBRA/WKkWGF0REEgnIRejJr0QTR3xFg+3rRBUkUEV8NexEF2HbRXYYv0QZehZFk0ZRRBwKs0WF7j1EHm5pRY8KHUQg+g5FjPbqRCEqiEZagnJEISzZRY5eq0QlK+ZGG9hKRDI/O0WHO1xEONRIRg56JkQ6HDtFi2MCRDyvj0WMPTZEQYl1RgLJDkRDBZ5Fb0hsRETjSEVt06lER6lfRYcN3URP+s1FffKzRFDVkkWNS+hEUkt/RglTdkRasC9FbkiHRGCSfUWjgI9EbpaHRYVO10RwbqJFauc9RHDBHEa02TlEcMSjRhCFYkRxaNVF77k5RHUNAEWeHalEd2WXRaR9Og==</peaks>
+    </scan>
+    <scan num="1819"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT1030.82S"
+          lowMz="50.56067276001"
+          highMz="996.427551269531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.422122e06"
+          totIonCurrent="9.465363e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1820"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1031.33S"
+          lowMz="50.375244140625"
+          highMz="989.594299316406"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="4.882313e06"
+          totIonCurrent="8.659404e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkmAQEVC8VNCSdMzRTILZkJLFo1FR2fgQlLQr0U6nA9CX4iNRVf6uUJhdzNFSOt7QmpTBkU/SgdCbDtFRWpoykJsjztFWipOQnKi7EVfQRtCdSpuRVSK00J39A1F85l7QniKTEVcLbJCeuozRUALnEJ+e4dFXISIQoi1m0VpKl9CjwPGRW9GfkKTOmRFWaxhQpM8kEVRlzNCk1AqRWq8eEKVERVFUvysQpXOkUU+yZ1Cl3bhRVDrEUKZY8RFRYkXQpn+5EVW3zdCnT+tRWB4PEKg7UpFgZFkQqDt9EWBilJCoO6LRcWX00Kg72tHHkQvQqDyX0VtG11CoPZLRThBZ0KhxbdFdeVsQqHzC0XeBKhCoyaCRUklV0KkA4FFQut+QqQVFkVOaKZCpJWvRU0mckKlAjdFlyp8QqWyAkVDCvFCpgzNRwykyUKnlKBFRudDQqtdaUVmDEdCq/qsRX3v+UKr/QVGKGdzQqwBtUU+QQlCrAjgRoe8mkKsFLVGI4ZtQqzL20VDi/xCrcaNRV/ytEKuBHJGSTi1Qq4KIkWZwj9Cr+aYRWMHB0KwBfpFUquNQrIMgUfH6dRCsvDgRdbgykKzuIdFrtZQQrXMnEV32XhCtc7JRYiKZUK10bNGW7rlQrXYtEWmoeBCteByRWdlo0K15wNFcuxUQrXqNkWKwK1Cte5oRiLxekK18bxGIjsPQrX7PUXasIJCtfzJRe5o8kK1/iJGQP4tQrX+wkbZrsZCtgBXRzwPgUK2ARJIS/2sQrYBx0qU/xJCtgM7R2/qJUK2BAhHOANBQrYEvUZxioJCtgW8Ri14nkK2CClGHVmYQrYLN0WdP0tCthHSReM0/kK2FTpFlvOIQrYq8kWpBpNCtjHrRegtPEK2OSpFPiZRQrZSSUV838ZCuANkR9jBuEK4DM9G2T9aQrgrmEVxv0ZCuFZARf7KQUK4zoZFSoE5QroD30cgmzpCuu9pRY2Y4EK7kExFWeBYQr65g0Vf9UxCv4x9RVjtbULBW6tFV2FSQsHrakaMzAVCwfBcRio4xkLCb79FcZDHQsPWKEVSzDRCxAyMRb0gNULFZehFVRktQsag7kVPG05CyEWkRUWEr0LL4ZBFk8I8Qs0cCEVae/ZCzeWaRgOsvELRY8xFVsDPQtJwV0VEPjhC0qXORTcPpkLTDBxFU0eKQtMyx0Vpr9xC0/WoRW7QzULUFO1GFdrBQtWNh0Vvu0RC1kkZRVa0+0LWmDpFQEjoQtlyD0VLaItC2hS3RjWMW0Lb8NlFegZlQt4D+UV3MmFC4ZywRYaeiELh+H5Hk5TUQuH/aEWyPMBC4qqoRdBwAULmB31HrVK7QunbF0WXUIhC7FW2RWvbPkLslxBFlv/oQu+HEUVcdB9C9VH7RWCii0L3kNFFZ00dQvjK+kVuTsFC+773RgwH6EL8D7lGnlf2Qv3DAUV0Gl5C/gd3RhrXz0L/vUBFZCGpQwC8HUVc0DtDANPNRVUPpEMA9ZVFilspQwGmBkVMjztDAxNDRWiWqUME3hBF3HYFQwfNjkVguaRDB+RRRYFKTEMH5uhFyVNKQwpBiUWrHkZDCvZ1RX/6ckMLMWpF12IsQwv/R0VmMYhDDvmYRch9CkMP72VFiE37QxAdYEWLDaxDEe4zRyXVZEMSDk5FWhMmQxLsP0XmAo5DEvA2R2y9HUMVklxFXZDNQxb9w0YGBABDGoITRZPUpUMa+TdFkKaGQxsLr0WPlQFDGxGmRVSkqkMelVxFZYFaQx76cEbE3J9DINd4RpmyK0Mi1r9GfAOYQyO7D0WMx45DJO1JRfKCKkMnKBtFd30vQymbjEWdV1VDKZ0CR1+J+0Mq3slGAZReQyzeBUXg2yhDLc3JRdjj5kMu9KVH21l+QzDhAEV0Ng1DMOJ0RZJ82kMxh7ZFX1r/QzIM7UbN1AFDMvozR6cyY0M05iNGEiHYQzTvc0WLlTRDNPkPRt5LEkM1yP1FzqAvQzeXoUV+7ypDOEdLRV3g4EM41iJFl7uXQzvw9EWAL8JDPO/DRXC3VEM88uZFnKGJQz0PQUV/kX9DPQ+fRYOYtUM9Eq5FkAlLQz0UsUVwqbZDPRXaRXpi6UM9FvBFq4TeQz0at0WVB4pDPYZHRXXyckM+7YxH415yQ0DtlUX9o8ZDQXYVRbQFdENBfgBFp2MTQ0GJ+UawQ2VDQZ4FRbTb8UNBqiRFgAc/Q0T0M0XMUolDRPqqRWXmpkNFWDRFVccJQ0bvoEa1b/ZDSTnFRkJ7SUNJTwRHH/TtQ0lkK0Y8iNNDSaoJRVK7fkNM/ixFhfCWQ03W70WWacJDTveDRX/AsUNO+OFIZNGWQ0+BA0VgDCxDT9YIRY+c10NP7kNGWsuJQ0/5vEX/rkhDUX6fRW9hkUNSTYpFzYaSQ1aanUVN42dDV948RjUFakNX54RFj3fjQ1gTrEWX3fpDWBUtRXPScUNaeRxFeQNqQ1vAzUVkcJtDYQ6URfxhPENh5Z5GQUDqQ2Pk0UW+xrlDZ+54Rkt5tUNp7gxFwo8RQ2nyR0XzgL5Da+tVRYZp6ENr7PhIKUvqQ2v2L0WTKtFDbCmzRWjTTUNt/CFFenIcQ3FrKUWwEUpDcteYRWxoNkN3ZcRFaAd7Q4B6TkWbnUFDgdETRctMLEOGr8pFeJbAQ4o/5EVkjlJDi/6kRd8KY0OMgS5FnVjrQ5D3ukV/zCJDk3lQRbukEUOUFsJFe3DRQ5bpe0WOntFDl2sPRbxxCkOYWfdGF0gMQ5h0/kW0pLlDme1PRZGqDkOfQedFc8/wQ59Dm0XSwfVDn0SuRcZNvkOfRzdGN54LQ59JnUXMNp5Dn0/zRWVjuUOfwIFFegiqQ6BxdkX12M5DoOJmRYLWe0Og7bZF4dwEQ6Dvf0ewdFNDoPKkReU8z0Oh8z5GANXcQ6RMmEXgt8JDqIOURWgmZkOoixxFnXWYQ6iMQ0VG66xDr/dGRY4ne0OxBnRFbAWYQ7IX+0XGnCxDsjD+Ree8u0Oy5aJF32Y0Q7bw80WxOINDtxcgRVcmWkPDh7lF9TupQ8b9YEYXdl5DyedZRUsn+0PKmDtGgSZVQ88KSUWOnSZD0GrdRWEnYEPWmCNGBlXmQ+E7n0WHoulD4v+yRVVB5kPlaGlGJ1ARQ+yXMUX0HatD7cdRRWSEh0QAjy9FXxCjRAMTV0Wr1TdEA0YxRZT+30QHbIVGHQumRAsxgEYpPdJEEgs2Rd5AskQW/q5Fb/1KRBhOfEWC0UtEHQIDRWQ0VkQhKhtGLBg5RCEr+EW/lrFEIfZPRWW1LEQju1NF6NOnRCUsb0Yr9vpEKEHVRXWmQUQpjupFde+LRCw0XkWCtP9ENxmWRXFF5EQ41jxF3i16RDmr2kVkcSlEPJ0pRV0zukRBiidF3BxBRElPGUWYx0VET3MVRXysJURRMEdFaEisRFJN1EYA/XpEYl8MRW3HykRqwZ9FbW5DRHDApkaq9DhEcMRnRfyugERxazZF60+PRHdmCUXg//E=</peaks>
+    </scan>
+    <scan num="1821"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="425"
+          polarity="-"
+          retentionTime="PT1031.86S"
+          lowMz="50.165355682373"
+          highMz="992.886840820313"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="1.60384975e06"
+          totIonCurrent="3.61590475e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1822"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT1032.52S"
+          lowMz="50.308494567871"
+          highMz="996.514770507813"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="8.611198e06"
+          totIonCurrent="1.511509e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1823"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="337"
+          polarity="-"
+          retentionTime="PT1033S"
+          lowMz="50.486557006836"
+          highMz="994.937316894531"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.0551205e06"
+          totIonCurrent="8.886007e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1824"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="357"
+          polarity="-"
+          retentionTime="PT1033.52S"
+          lowMz="51.696273803711"
+          highMz="989.599975585938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.1520945e06"
+          totIonCurrent="1.1153251e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1825"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="408"
+          polarity="-"
+          retentionTime="PT1034.03S"
+          lowMz="50.075077056885"
+          highMz="990.496520996094"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.921452e06"
+          totIonCurrent="8.933227e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1826"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="279"
+          polarity="-"
+          retentionTime="PT1034.56S"
+          lowMz="50.338214874268"
+          highMz="989.594360351563"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.783304e06"
+          totIonCurrent="1.1549161e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1827"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1035.06S"
+          lowMz="52.80712890625"
+          highMz="990.47802734375"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.424795e06"
+          totIonCurrent="1.2546051e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1828"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT1035.56S"
+          lowMz="51.993072509766"
+          highMz="989.583923339844"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.9981985e06"
+          totIonCurrent="1.0366889e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1829"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1036.07S"
+          lowMz="51.235885620117"
+          highMz="998.956115722656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.486622e06"
+          totIonCurrent="1.1075377e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkzxjEWK/A1CTgMmRYI1AEJOedRFk9TSQk87SEWJAKhCVkTPRZ7aKUJWUflFhjVcQldJ3UV9AsVCXkPvRYGgOkJgLhBFjAq2QmC4rkXC3ptCYmBCRZRxokJjRh9FlTbcQmRZs0VsH3RCaU/ZRZgB50JuWwhFhJKMQnFSdkWqd5tCcg2ERYgCbEJyLy1FhYhSQnfz/0Yg579CggniRbmeIEKELqZFuLiyQoTT1EV2/EBChkz4RZADkUKJVAVFt36/QolfdUWkvq9CitnTRY/RU0KMLR5FkBsmQozgDkWXEhRCjxS8RZnC2EKQSV9Fle+wQpB3gkWUAWNCkS+zRa1edEKRMx1FppS7QpJ000WgzkBCkpSbRaWWJUKTOCpFlNfNQpM9FkWQ8NxCk9s3RZvkWEKUIyNFmtxGQpS8CUWfnGxClj4vRZiGLUKbphVFj8XAQp9I0EWpfxZCoLpvRZdeOUKg7pJGCxvhQqDv70dvIAZCofMjRcF62kKiWoRFoTaFQqUuoEWL/rpCpgzMRzLrDEKndPVFiQv4Qqi9YUWIl/ZCq/xtRkLTWUKsAPlF7JhVQqwFBUWmw2xCrAawRfDVMkKsCElGy33pQqwLiEW7NvpCrBQcRmnQLUKsFO9Fvs94Qqxk5kWNl7ZCrgR3RnFtV0KuCjdGRPjaQq89J0WPBTxCr7DVRahx8UKxdPlFmo91QrGZXUWjbHNCsgyBSAGsfEKy5PxFkhpKQrLxLkXUzyBCs7iLRlZV/0K10aFGjS2TQrXYcEYHs5lCtd3ARegeN0K16tRFx4W0QrXub0ZkcupCtfG5RZl370K1+0NGq+rkQrX8y0ZUpU5Ctf4gRl41EEK1/uxH0z5rQrYANEe4ijBCtgDZSDXufkK2AclKxfS8QrYDHkfTsy1CtgP9RpfYfUK2BK9GnSg+QrYFK0YAgwxCtgcRRgjEOkK2CDFGrBpiQrYJOkYPG05Ctgs5Rfg3Q0K2FTFFzzbUQrYle0W/PfJCtjH3Rj/5JEK4A2tH7FvlQrgMz0cDrElCuFZERheTyEK5RGhFdFCNQroD4Uc2azZCvYtjRYpVEkLA0BBFmdWFQsHrgEaoi6pCwfBKRpRw/ELNdEhFn0XZQs4hskWKtENCzoeCRYuVCkLPvw5Fke7bQtQBpUWVnbhC1BTlRjrN/0LVzjdFk+RrQteICEWaUNBC19KiRZqxLkLYQR9FpZYrQtoUuUYl3MpC2+TcRY8GIELb7LdFlN84QuH4gkfOHoxC4o8GRbjTaELi4JtFlATjQuYHhkf7zu1C5sf8RaaIwkLomDxFuUsoQuwgT0WPcXhC7JdpRcfL30LsqPlFqDcSQu2uVUWhQtNC73mSRcN0l0L2bk5Fkg22QvgaeEWV8sFC+77tRdLdCUL8D7JG9aPoQwL3PEWoK2VDAw3yRaDIxEMDE51FyMtKQwkLn0XW/wNDCqwiRZKDVEMLMJ5FqagVQwsxpUWXSmpDDScDRa+sc0MNTP9FnVndQw75m0W7ZJlDD6tlRbV+1EMR7jVHHILfQxILG0W3Gg5DEguYRchqyEMS1apFkoA8QxLwNUdGzWVDEwiGRaXgPkMU/bJFoN4QQxb110Wb9gBDFv2kRfDadUMX26xFkZxfQxpBtEWmz6BDGoGwRc6XLkMbC6xGAfsaQx1hlEXVoatDHg5PRZVMfkMe+nJGhJtKQyDXcka9b25DIQL6Rai110MiJYJFuXq9QyLWtEbRYghDJHXrRa36c0Mk7WBGCienQymbyEXRYVZDKZylR5jv9kMq3uNF3gdQQyzeU0Xv4BlDLl23ReaMTkMu9KxHvxuRQzDhJ0XKTn9DMgz9RrnBAkMy+jRHsyaKQzTmJ0YIP9NDNPkjRrirRUM1t0VFvEx+QzXI+UXH26lDNr8/RZwgikM3oD5FkXvZQzjWg0YLMb5DOeyIRZzfMEM8NpZFnIaSQz0RV0XJ5ilDPRN+RcRPdkM9FOpF3MpWQz0WNUWc5qRDPRcqReiCMUM9GGFFo1QXQz7tjEfIZpBDPu6/RaSLlkNA7aVGBNhqQ0F1MUXTrYdDQXz0Rfj9UENBiVBG3q1fQ0GdSUYJ47VDQaH3Ra3BtENE9CtFujK5Q0VPzUWPfVZDRu+cRpGa2UNH/nlFnDkaQ0k6LEaDj6FDSU49Ra90jENJT2lHZjZ4Q0lkl0Z+GPNDTP5bRh1090NOPhJFoR7MQ0745EhlfMpDT9X+RcrvxkNP7khGa+SEQ1GFnkWTFnNDUe0bRbvJbENSTbdGBJGdQ1TLZEWhhtNDV95SRhrTL0NYE/hFrYpJQ1nddkW8AkJDYQ47RdGIXENh5aBGVGtzQ2fD8kWXsQNDZ+5IRi9V20Np3ohFjj77Q2vtA0gPM4lDcWtXRcCVpUN4DYBFnRy+Q3jEc0WqJb1DegzxRZjdZ0N/vxFFo4RqQ4HRGUW8aQ9DgnvyRcj5EEODQd9FqlCIQ4W57UWqRbpDhvSdRiBiS0OIVxRFmYdQQ4mZJkWqA1ZDix4zRZ29JkOL/rFGGYE9Q4ycl0WcCYlDjPoERcd2M0OPHWZFmWldQ5drB0Yj0F1Dl2wIRfKHr0OYWhJGadB7Q5rgcEWskDBDnL1xRabNJ0OdizBFl8IVQ59GykXuw4tDn0jXRhTYz0OfSlNGvB7tQ59MNEZSymdDoHFfRiFwH0Og7cRF7f5WQ6DwAkf8fGNDoPKURbXXS0Og9GNFrlHgQ6D1G0XiA8BDoPgyRet3g0Oh8u5FxFHrQ6J0W0XblTxDpCvfRb/dTEOkTGtF0+VhQ6h3V0Wc9ytDrBGCRbG8wEOwhZRFtKMMQ7IXAEW3MnlDsjDjRgjHaUOy5ZdF4NEzQ7il7UWaGMNDv7R+Ra5hB0PAB7BFrkjIQ8IZ1EWboOFDw4dZRhWy1kPGpftFnmjyQ8b9p0aHUv9Dx9khRcXLzEPKmElGoK0YQ82A2EWtW7pD1phtRlZ/HkPey3RFsB/zQ+OJu0Wh4h1D5WjDRpRddEPmyGFF6jV9Q+cnBkWnaj9D6ED9RbC/4kPpN0NFwFL0Q+o0jUW6u0JD6kEDRZs6ckPsl1NF8coEQ/VKSkWWDxJEAr8nRas6L0QDE0lGBJirRAdso0ZCaoBECLbNRavpqkQKh15FwpuZRAsxcUZMPTxEDHrCRaPwQkQOfi9FtEdARBILVkYBX21EEqg3RZdRokQVeQVFpiBcRBfCuEWuhd9EGO1tRb02uEQdYlVFqJbXRCEqj0aTzm5EI7tIRhTookQkEi1Fj+RcRCUsnEZyNABEJrwqRcH7AUQwYT1FofYuRDHih0XBZE5EONYpRk2X6UQ5CYFFyZSmRD9xBUW53VJEQPlqRaO0RERBiWhGRi1eRElPW0YI4qtETZPmRaXAVURPUHVFx6jeRFJN30YccZlEV/Y2RafqrURYZG1Fq+OzRF9jW0XXn1tEZ/9qRapZlURwwUhHFCuyRHFrZEYjA5BEcfd2RZdikkR3ZeZFw35IRHm9MUWut24=</peaks>
+    </scan>
+    <scan num="1830"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1036.58S"
+          lowMz="50.598762512207"
+          highMz="965.684448242188"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.7450115e06"
+          totIonCurrent="1.0108731e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkplIkV8wixCSmV7RX2M/UJMRi1FumOpQlLQOkXOz1FCX3ZXRaUH10JgZUZFm2U1QmNG6UWMtLtCa1D0RZLJj0J39AJF2aY3QnxJBEWTQUVCgZ12RaSGmEKB3MBFg9f6QoSF50Wo6wpChxBRRZ0+EkKJW6NFsa8oQonooEWjMwtCi/9tRbrIkkKMk39Fpad7Qo0jWEWkQ89CjcNQRawvikKQeglFmOl+QpGpG0WVS8JCkrkuRY+KdEKTPBRFqD5dQpYEcUW3yFJCl2q6RZPGTEKal7VFrxfZQpzvPEW54g9CnQd5RcP8C0Kd7DxFk14oQp4vXUW+VyNCoN5RRZeW60Kg7cNGCC6YQqDuX0Xv5ClCoO9tR1H/SUKg8YxFshUPQqGWGUWjIihCofMkRb+AhkKkSBFFm251QqROIUWUVIRCpgzPRuykhEKmIexFkU9dQqgEqEYFAdxCqHCiRbpGLEKpEp1Fm6jzQqv6/0XJNAVCq/weRiZS3EKr/OJGEzMyQqwDDEWc9bpCrAUBRZsTVUKsB/hGlotWQqwIukbAm8FCrBOwRc7dr0KsFJJGM9X0Qq4EfUZb6VRCrgobRiFSwUKvvA5FkETvQrH52UYSQnJCsgyCR+Rzs0KyJChFl2ujQrMJNEWUfo1CtcZARcEu80K10a9GmUEhQrXhgEX3TvtCte6ARjKxOUK176hFpDwuQrXxukXxK7FCtftoRnao90K1/BlGUCQ/QrX+eUYlGkhCtf9+Rxeo70K2ADtHh5YnQrYA40fhUOpCtgHLSq9S50K2AyZHj+2MQrYEA0eL4WtCtgTVRl4gUUK2Bx5GSLQ1QrYHwUXiHdBCtghCRo4Om0K2EeBF4NVrQrYVS0YJVDNCtjH3Rg/d0EK4A2xH/cFyQrgM1UbSWURCugPnRx8ptkK7BXpFo443Qrsu9EWoGMFCuzvSRZVpaEK9CHtFoeIDQr392EWZRphCwetoRpOMY0LB8GBGVOLeQsKpn0WquxBCwwKPRZxZtkLFvFlFoX1UQsh3r0WqzoJCzAg+RYepuELMvHJFrglyQs3ln0XRdSFC0Qp4RapnL0LUFOpGRST4QtZzAUWYBX1C2hTCRj7jYkLeUJJFrcTtQuG4WEWl+fdC4fiDR6JerELiEtNFnhoHQuKQn0YGXMlC4tTORaLYkELk4WFFnhYCQuYHgUfEfYFC6dtRRhNimULyD1xFnKHAQvdbDkWk5KNC+OGERb2dJ0L62NlFoYzmQvwPrkcKOYBC/FPfRZH+AEL8VMhFjwKoQv4HjEYk9GNDAGPjRaYjHkMDlUJFkkK7QwZBOkWfOMZDBohrRa2rJEMHkZJFvK/EQwjNUkW9JHVDCdhWRbEIJUMKnY5Fj47XQwsk9UX7cKBDCzEhRegBjkMLkYpFmbuJQw2e8UWukZdDDlMtRZJcN0MR7jVHCwm1QxIMHUWb7GlDEvA5R0gOiUMS9ftF1wUpQxMdLkWmB4VDE3RmRa4x+EMU3D1FkH/5Qxb9pkXekmVDFwB4RZeS1kMZCcJFjhEGQxmg7EWesdRDGoJvRc62bkMa+URF+Ds1QxtxIkWaGO5DHvp0RoDVDUMg14xGhO6bQyJB+kW8mWRDItbIRk4ci0Mju4ZF9ozjQySnpkXFMbRDJO0xRbJUs0MpnI5Hm1j6QymdaUY5xJVDLvSwR6bHwkMw4NBF3kSpQzEKrEWrhC5DMg0FRorVrUMy+jdHuLiiQzT5F0b9ScxDNciZRjKKPEM9DtZFwf4zQz0QsEXP4rJDPRJWRegOGEM9E71FneWkQz0UekYUyTRDPRd0RhaMqEM9GL5Fl/XiQz0ZHEWJHA1DPe4+RgznmkM+7ZVHzBrDQz/uoUXIe31DQO2sRhiPmENBCnlFi9HAQ0F1E0ZI2cJDQXzPRdM7kUNBiQpG68nPQ0GKQ0aJva9DQZsfRcrUUUNBnP5F3UYGQ0GeRkXFp/RDQ1RWRa0LKENE9HZF4kZwQ0W14kWgi2BDRkjeRatLfkNG75pGsH+nQ0k6BUZ1sqdDSU9GR3QMPkNJU7BF3SUkQ0lkd0aRCmhDTvjiSFaUqkNPy9FFrcFbQ0/uNEZUNrhDUW+lRY+OPUNSTedF6sgUQ1JPgkXFgrRDU7zdRbMOiENV//VF4l6TQ1feIUXeSWhDWBOARh1Mc0NZ3XtF1PpVQ16Tx0WdCwxDYQ7DRetA5UNhD/lFyv3WQ2HloUY6qflDYfjURbIw0kNp8iRFpEw/Q2vs+UgOOHhDa/ARRdn/0kNtFORFxPoiQ21VlUWyNZRDbYqnRahxYENvQtFFzkbdQ3FrkkYJF55DceGYRc3Wg0N0+axFqhDmQ3UsqEWmBI5DfvD8RZjSK0OAMdVFq/UNQ4B6QEYMFhlDgdFPRgD0QEODwRxFqH0xQ4sKmkWeelRDi/7iRgMdwEOXa0dGI6O4Q5hZrUZ4HlBDmHU4RcLATUOZGdhFqzc/Q5mxZUW3FuJDnwfORckeQUOfSbtGpJQZQ59LY0ZFP0tDoHEZRbFIGUOg735H+Ki7Q6DxHkZDxtNDobuvRbT6mUOidC5FyTtOQ6RMz0YPqnJDqARtRZ2HxkOoiT1FtLkmQ6iK80YU6PFDqI5kReUvbUOraXBFt62qQ6uX+UW2xp5DrBHMRcklxUOxAEhFxEeIQ7IXpkYCvQFDsjDrRfqWT0Oy5edGAwvzQ7lCVkXI1U5Dw4gRRjSWVEPEFjlFpIGCQ8XbKEXI1hlDxvzxRo0+p0PKmBlGhVgjQ82a4EW1z3JD0g3eRblPXkPSpztFqzgBQ9S9GEXnkkdD1pjORjLrbEPYmJdFnbN2Q+BDhUWifmND4Pq4Rb1xiUPlZ9NGmi89Q+bHnUYkfEdD6JJARaX/JUPowmdFmTiTQ+jnM0Wc+nND6jPTRb/qmkPsl/BGGiWFQ+6PbEWZKjBD8LDyRZwfW0PxyIVFrWPsQ/KWtEWm/rRD90g3RcrBHEQCmQhFq5YTRALSI0WuX2BEAu+7Rb/2AEQDE4ZGR/uNRAVv6kWknXhEBbKVRZtKsUQGVPxFoLhbRAZWFUWV/AVEBshERZ66RkQHCJFFswNFRAdsM0aCa6lECc5+RcLNoEQLMTJGQs9NRBAe2EWsxH9EEQvjRbN3+UQSC39GNSfjRBe65EWklfxEG0zWRcACRUQcjslFsfvPRB0c30XLqpVEISn6RqSuN0Qju1xGNjcBRCS5BEW4XCREJSwGRjoShUQlfZZFsndERCxiTkXO7PlENnTJRbwILUQ41rVF+XyoRDsjXEXzg4lEQYlaRmb4n0RDVkhFy1YeRETxLEWytpNESU8VRgCLdERPYUZF2vcxRFDPSkXaLtNEUW0YRc0ztERSTiJGZ7ApRFqOH0XSb4REWxMuRaM9AkRo9jVFyOCQRGnstEWyoZxEcMB1RyUAXkRxY8ZFtxe9RHFrzkZEBTE=</peaks>
+    </scan>
+    <scan num="1831"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1037.09S"
+          lowMz="50.514465332031"
+          highMz="994.046936035156"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.2449e06"
+          totIonCurrent="1.0615374e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1832"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT1037.6S"
+          lowMz="57.959011077881"
+          highMz="990.881896972656"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.017541e06"
+          totIonCurrent="1.2267236e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1833"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1038.1S"
+          lowMz="50.451606750488"
+          highMz="990.476257324219"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.4766205e06"
+          totIonCurrent="9.228226e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1834"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1038.62S"
+          lowMz="50.055202484131"
+          highMz="996.143249511719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.7480995e06"
+          totIonCurrent="1.1655709e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1835"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="367"
+          polarity="-"
+          retentionTime="PT1039.12S"
+          lowMz="50.746047973633"
+          highMz="997.108825683594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7541685e06"
+          totIonCurrent="9.689012e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1836"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="256"
+          polarity="-"
+          retentionTime="PT1039.64S"
+          lowMz="50.942874908447"
+          highMz="994.161865234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="1.0320267e07"
+          totIonCurrent="1.747532e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1837"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT1040.12S"
+          lowMz="50.501991271973"
+          highMz="998.83544921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.88882e06"
+          totIonCurrent="1.146965e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1838"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT1040.62S"
+          lowMz="54.646224975586"
+          highMz="992.613159179688"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.7241675e06"
+          totIonCurrent="9.91191e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1839"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT1041.15S"
+          lowMz="51.412761688232"
+          highMz="989.607666015625"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="7.3975305e06"
+          totIonCurrent="1.227814e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1840"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT1041.64S"
+          lowMz="50.018924713135"
+          highMz="989.602661132813"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="5.263804e06"
+          totIonCurrent="9.213781e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1841"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1042.17S"
+          lowMz="53.810203552246"
+          highMz="993.010070800781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.2656005e06"
+          totIonCurrent="1.078599e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1842"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT1042.68S"
+          lowMz="51.396839141846"
+          highMz="990.470520019531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.946742e06"
+          totIonCurrent="1.040774e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1843"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1043.19S"
+          lowMz="50.780662536621"
+          highMz="999.11181640625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3910905e06"
+          totIonCurrent="9.169404e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1844"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT1043.71S"
+          lowMz="50.72635269165"
+          highMz="989.59130859375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.7879835e06"
+          totIonCurrent="9.912115e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1845"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1044.22S"
+          lowMz="50.512100219727"
+          highMz="990.5087890625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.3868545e06"
+          totIonCurrent="1.1088148e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1846"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="288"
+          polarity="-"
+          retentionTime="PT1044.72S"
+          lowMz="50.300388336182"
+          highMz="989.594787597656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.3123155e06"
+          totIonCurrent="1.2260413e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1847"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1045.23S"
+          lowMz="50.771324157715"
+          highMz="985.096862792969"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.9450965e06"
+          totIonCurrent="7.0115615e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1848"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1045.78S"
+          lowMz="50.453300476074"
+          highMz="989.567565917969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="8.246479e06"
+          totIonCurrent="1.398357e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1849"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT1046.27S"
+          lowMz="50.388439178467"
+          highMz="989.576477050781"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.730873e06"
+          totIonCurrent="9.796211e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1850"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1046.79S"
+          lowMz="50.118095397949"
+          highMz="998.161071777344"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.7633205e06"
+          totIonCurrent="1.1458458e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1851"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT1047.29S"
+          lowMz="52.877330780029"
+          highMz="984.581420898438"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.2688545e06"
+          totIonCurrent="1.3648283e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1852"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT1047.79S"
+          lowMz="52.151195526123"
+          highMz="990.469177246094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.905253e06"
+          totIonCurrent="1.1886533e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1853"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT1048.29S"
+          lowMz="51.461040496826"
+          highMz="999.187866210938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.183613e06"
+          totIonCurrent="1.0310244e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1854"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT1048.8S"
+          lowMz="51.078136444092"
+          highMz="989.565063476563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.37867e06"
+          totIonCurrent="1.0781301e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1855"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT1049.31S"
+          lowMz="50.889904022217"
+          highMz="989.580627441406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.2694905e06"
+          totIonCurrent="1.0698062e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1856"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT1049.82S"
+          lowMz="50.254695892334"
+          highMz="989.592407226563"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.852332e06"
+          totIonCurrent="1.1944004e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1857"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT1050.32S"
+          lowMz="51.420719146729"
+          highMz="965.623718261719"
+          basePeakMz="91.003570556641"
+          basePeakIntensity="6.7647585e06"
+          totIonCurrent="1.1831349e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1858"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT1050.82S"
+          lowMz="51.010417938232"
+          highMz="995.577209472656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.1568085e06"
+          totIonCurrent="1.1732333e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1859"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="338"
+          polarity="-"
+          retentionTime="PT1051.33S"
+          lowMz="50.481243133545"
+          highMz="989.555297851563"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.7577845e06"
+          totIonCurrent="1.3475467e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1860"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT1051.82S"
+          lowMz="53.433204650879"
+          highMz="989.571044921875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.2912155e06"
+          totIonCurrent="1.0446318e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1861"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT1052.33S"
+          lowMz="50.161716461182"
+          highMz="991.140930175781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.0145075e06"
+          totIonCurrent="9.929301e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1862"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1052.84S"
+          lowMz="50.861549377441"
+          highMz="992.8154296875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.1979025e06"
+          totIonCurrent="1.2170286e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1863"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="295"
+          polarity="-"
+          retentionTime="PT1053.35S"
+          lowMz="52.381511688232"
+          highMz="989.58154296875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="8.118472e06"
+          totIonCurrent="1.3761799e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1864"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1053.84S"
+          lowMz="50.617973327637"
+          highMz="994.868530273438"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.53767e06"
+          totIonCurrent="9.126559e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1865"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="301"
+          polarity="-"
+          retentionTime="PT1054.36S"
+          lowMz="53.017623901367"
+          highMz="990.755004882813"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4050435e06"
+          totIonCurrent="1.0646092e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1866"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT1054.87S"
+          lowMz="50.189670562744"
+          highMz="989.599731445313"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.745866e06"
+          totIonCurrent="9.722856e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1867"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="283"
+          polarity="-"
+          retentionTime="PT1055.39S"
+          lowMz="51.735332489014"
+          highMz="992.332153320313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.035461e06"
+          totIonCurrent="9.762822e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1868"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT1055.9S"
+          lowMz="51.016960144043"
+          highMz="966.495361328125"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.4079705e06"
+          totIonCurrent="1.2643537e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1869"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="283"
+          polarity="-"
+          retentionTime="PT1056.4S"
+          lowMz="50.203979492188"
+          highMz="994.201538085938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.749474e06"
+          totIonCurrent="1.108985e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1870"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT1056.9S"
+          lowMz="50.451831817627"
+          highMz="989.583679199219"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.0322575e06"
+          totIonCurrent="1.1551437e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1871"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT1057.4S"
+          lowMz="50.258724212646"
+          highMz="997.454345703125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.419237e06"
+          totIonCurrent="1.2254739e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1872"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT1057.9S"
+          lowMz="50.215057373047"
+          highMz="991.510009765625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.506829e06"
+          totIonCurrent="1.2664427e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1873"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1058.4S"
+          lowMz="53.668937683105"
+          highMz="989.608642578125"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.4767995e06"
+          totIonCurrent="1.0973583e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1874"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT1058.91S"
+          lowMz="53.811531066895"
+          highMz="989.613342285156"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="8.128326e06"
+          totIonCurrent="1.3662347e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qlc/AkXBkVRCWwJIRdd9DUJdb9xFwp55QmzGCEWwAbNCbq9HRezyz0J389VGC4tkQoEFJkWn2vlCgvMyRcLzWUKGdDFFtLvtQokCJkXDRn9Cin5fRexlSUKL/JRFv2jCQov9m0W+9M5CjP1qRdCkxUKQN/JF1UIHQpGVJEWyhl9Ckz2SRgeg90KXwphF4BVlQpkTbUXhS2JCnafARgydFEKdqD5FutD6QqDqE0YDBhJCoO9NRjrgpEKg8C5HJbEOQqDwyUcrFu9CoPJzRfRjEkKg9ltFrOSZQqD210YaOTFCo7SnRcgEnUKl8ZJF2DldQqYMv0ePmoVCpsjzRb7YtkKoBJJGMwqUQqjlk0XDS9FCq1gaRdZVK0Kr/QdGfhnbQqwI1EcFcPdCrAoARgmRGkKsE+lGIBP2QqwUrUZ1Kh1CrNlFReyDzkKuBIFGOjTtQq4KL0ZA1RxCrkj2RcklOkKv5cVFwGycQrFpoUXFvilCsehsRgF2TEKx+dVHXPbpQrIMd0gn69FCsiXrRg9V80KzuI9GNEUGQrPzyUXEOH9CtcqmRbrhB0K1yuhFsY7jQrXRj0a/LjZCtdnDRgM7v0K14IJF2LydQrXg30Wz38dCte50RpbF9EK1+y9GncQiQrX7k0ZmWI1Ctf20RgU22EK1/iNGYluMQrX/O0d3l59CtgApR+zW9kK2AMJISMmTQrYBvUr4DoxCtgKHSJA5cEK2AwpICDj3QrYEREcvQwJCtgd6Rk6njEK2CCdG4uOQQrYVIkYtGBxCtjHtRgS9wUK2UkJF08N3QraC7UXiafdCtqkZRbO/8kK4A1lIP46HQrgEJ0YHFlRCuAzARxBq70K6A9VHTeFrQrsI6kW9QJ9CvgyzReK4NELB635G8uSAQsHwPEacFV1Cw1NfRc9960LEDJRGDoF5QsQr80XShldCxeabRaxtoULK5KpGBCgEQs3Se0XRNx1C1BTYRjn5Z0LaBp1FzYoiQtoUn0amBRxC4fhvR+KWGULmB3VIGJkFQuaDDUW8y41C7JYJRdJXRELulMpFwhurQu9450X3ZUJC8iXgRcp/akLyJzRFzFd4QvuE9kXNjmxC/A+XRv/tVUL+B39GYkkQQwKqAkW7aVJDAxHiRjgGpkMDlHhF3tc8QwkJmUXM6G5DCQt/RmfWaUMR7jBGu7+GQxHwtUXlih5DEgmeRgBJDUMSX3xF0ytfQxJxBEW+z7VDEvAlRxBgl0MW/cRGKuNAQxkvD0Xm4e5DGjd2Rccc9EMfnkpFw6ryQyDXbEbQNORDItanRtiYfEMjW15FwoHhQyO5b0XrAfVDI9uwRdrkwEMo5g9F1AI0QymbjEW5smFDKZzGR82uS0MpnfdF2La9QyoZoUXPl3VDLllzRf0QPEMu9J1HC6JdQzDgUkXzBbFDMgzvRo9g8kMyVK5F2kiJQzL6JkfevFVDNPkWRsjh8kM1yipGHp6fQzicSEXu6DZDONQ8Rgrx/EM6zDlF0ZLOQzwGNEXczWFDPRH6Ri0dkUM9FJZGDmEnQz0WOUXK46FDPRclRht7WEM+7YFHq7HGQ0C8HEW5BoFDQO3KRgtmk0NBdf9GXGt/Q0F9pkYBicBDQYjeRh19yUNBie5HLeV6Q0GUJUW9AWtDQZxHRcLy7kNBneVGYCjQQ0GiTkX7dj9DQroORfpaikNDf1NF2PYJQ0TyG0XOZUtDRu96RtGbakNJOkpGpjMIQ0lOBUYYYy9DSU+IR5psl0NJZMFGryQBQ0nb80W762xDS7duRdRLIUNM/kJGIdYbQ02+w0XVc+hDTvjWSIVAfkNP1fhF2tPPQ0/t5UXo8sBDUkthRifOikNX3htGF7QLQ1gTB0YIsRBDWBPCRhGpFkNZJy1F++H5Q1o4uEXrD/lDWr3cRfCheUNayLhF2HWfQ2EMRUYScXpDYeVuRfehlUNr7PBHnE63Q3MsE0XQCIlDgDK/RcSRD0OBzRRGAV2mQ4HPwkZ3eTZDhIIiRbuyikOINcxF3TvzQ4tlJkXSiVlDi/02Rm3WREONNnZFzjx5Q46cD0XmCd9DkGjHRdFQaUORotlFwnySQ5XeuEXU5lBDl2l1RjV6aEOYRpVFyxNzQ5hZbUZvUcxDnePdRg9d3EOeVKdFxC0yQ59EakYqk4lDn0c7RqivpkOfS2VGhWOAQ6CKRUXRfL1DoOUORecAZ0Og7WxGZ7s7Q6Dui0ZkuMZDoPDFSAUfbUOg9B1GJvAGQ6D9PUY8kIJDofi9RdzSN0OkN4pF9/XHQ6RK+0Yec5RDpJagRdF2w0Ok15RF5TBiQ6YcEEYBM91DqIcuReO/e0OoizVGMAxGQ6lsRUXJs49DqqtIRcVcxUOsEv1F50nQQ660YEXSZbtDsWp4RcflWkOyGRFGO79uQ7IyJUZcJqhDsuP5RiUVaEO0SUNF4wGpQ7YT3kXNRX1DuJSvRcSj40O7l6pFv81AQ73j4kW804JDwwdPRgWPh0PDhaFGWxrqQ8b3KEXP+BpDxvyXRobh9UPG/b9GCeg+Q8qU10XO2GdDypeVRhnDoUPNqyNF2LcgQ9BPLkW9l4RD0FU7RhauMkPWljBGUOYjQ9doLkXsweJD5LiSRdarvkPlZHdF9zp9Q+VoJkZ9FqBD5jSwRe+N1UPmxsRGHfr6Q+ozQUYS0M9D6qTCRc4QSEPrGoRF59rOQ+wxnUXb/gBD7JURRl7NE0PyJ5xGGZEuQ/N3RkX2lkJEAwkoRfcj0EQDEfZGfCOcRAY0aEXJKBtEB2v3RpS2pkQLGGxF+BDgRAsyiUZnEi1EDzHlRcjBJkQPS6ZGFW4URBIJ1kY7hnVEFwIERd+z90QZK2hFzq8kRB9rlUX8pkBEISm2RsxCtEQhRnpF7WJsRCMaBkXgaQZEIyY1RciFv0QjuXVGQv4aRCP0OkXY1MxEJSoGRgvTBUQlLEFGjVB0RCif10XycPpELDIzRe21W0QtXQJFypyURDEpPEXkzApENGRRRfVarEQ41GdGOMZFRDwiTkX/J01EQNjJRdppWERBigtGRYNmRERqzEYCJO9ERdTERfR7+URSS8dGGmGaRFQGbEX8VKREWCHZRdcl6ERcsV9F3POpRF6lY0YCjftEX17yRgDyfERf1GVF+K1NRGv4nUXVtmJEcL/yR0gBqURxaURGkoOKRHIunkX1hKhEcuEnRfoRKkR0qzZF8QxkRHbNoUXJrotEd2dBRo2YsQ==</peaks>
+    </scan>
+    <scan num="1875"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT1059.41S"
+          lowMz="51.858184814453"
+          highMz="995.551147460938"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.401092e06"
+          totIonCurrent="1.0842981e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1876"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="302"
+          polarity="-"
+          retentionTime="PT1059.91S"
+          lowMz="51.417259216309"
+          highMz="989.596984863281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.1123505e06"
+          totIonCurrent="1.2075229e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1877"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="296"
+          polarity="-"
+          retentionTime="PT1060.41S"
+          lowMz="50.862945556641"
+          highMz="989.597473144531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.5272485e06"
+          totIonCurrent="1.1372016e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QktzqEXRAjdCS8AMRcECPEJS0P1Fm92SQmhrkkXGxtxCaT6tRbKNmEJpP2VFqt2WQmriskWy3mFCd/QCRjCvF0J4jG9FoBOKQnkz8EWf5IZCfBCpRa+ScEJ+VJpFvZu1Qn57pEYK5wRCgc9VRdTIAkKB0CZFn5VhQoUTWkXAtDVChcNzRbOFFkKGwTdFrsNtQo1BCUX3evlCkjmBRb3twUKS3chFn+wTQpM8okYHxbFClxPKRbkYzUKd2gxFsxQyQp7vaUXcJ91CoOmRRch0J0Kg6gJF7lfoQqDumUWrhgFCoO8URldarEKg8CpHi0ndQqIi1EWx+StCoyfKRatpqkKjZSxFrscyQqTqfEWwfLtCpgzDRzAlF0KmMDlFvVz2QqahdkWq51FCpvvURc4kOUKoBJlF3trIQqqyHkWZKZJCq/MuRbFPJEKr/D9GavO4Qqv8/UY+6/xCrADORf/vzEKsB4dGwE9YQqwI1UaoeVNCrApDReSa2EKsE9FGg1xYQqwUqEZMC4lCrfNlRZKGdEKt85JFk1iIQq4EakZCocNCrgpFRi/HMUKwCHdFrXhxQrH53UcBq1VCsgx3SCC62EKyJKhGCneYQrJvpUW+rABCtLVHRbCfQ0K10Z9GgcZiQrXWOkYDUwNCteHARcwwyUK17mJGmtfyQrXxwkYkq+dCtfRYReBmmkK1+gZF5KX1QrX7KkZZhdxCtfubRgwogkK1/cdGiQ8jQrX+3kZOitlCtf+ARxCJ80K2ADlH1YLQQrYBxErHMiFCtgKKSKMHXEK2AwdH/GF+QrYDyEeGOnJCtgQhR3oaTEK2BNNF58oaQrYGxEZh5ttCtggoRoO2WkK2FSdGI0P1QrYyBEY3ghJCtjYgRbwZLEK3PuxFxHu2QrgDZEgEzYpCuAy+Rq6uxkK6A99HRc91Qr5X30WfazBCwet4RtKSYULB8EtGpud8QsOE50Xe351CxCmuRbcNqkLK7qRFneVtQswlIkXGKnRCzhRSRdRgpkLOGKFFoRxnQtDx9kW/T41C0t6bRdWzgELUFMxGRN3+QtYeUEWpId9C2hS+RgVVPkLgnvhF2H8QQuH4fEfbm5dC4o6PRgR4TULi6+dFsmTIQuYHeUgJ1n5C5s4ERcE9DULm/TJF1uzCQuehVUWvKGRC56HYRbEMUELpTJFF1GrDQuochUXiRIpC7JPdRh3EsELwbf1FvcUrQvXLYkW5hi5C9mRSRaMWuEL42GRF0AcKQvu+80Xly0RC/A+zRqlSiEL+B3tGBb8BQv9dNkXLObZDAhYHRbv+OEMCIexF3m0PQwdUNUXS0mJDB2trRdUDxEMH55NFrrfOQwkLhkYRJHFDCvScRgCdeUMLMZhF179jQwuIOkW8vFVDEe41RoyKkUMS8C9HBa2vQxSH5UWu4jJDFv25RjGN5EMY6YFFriRZQxsxm0XK/ztDHid6Ra49UkMenD5FuiDiQyDXf0aezYlDItagRrSW8UMk+JxFukfNQyXfWkW3De5DKDnkRgZV90MpanpFwMx+Qymc5Ue092RDLct1Rgq/vkMu9J1HBaOyQzDg9UYMfi5DMgz9Rng0YkMy+ipHoVFhQzPzNEWjBGlDNOYORhDgxkM0+RRGkscyQzXJNUYvL5lDPRBBRe7jwkM9EYRFwJ0xQz0TBkXSrOVDPRPXRdkWhUM9FyNFx07+Qz0X3UXMGUFDPu2OR4jIX0M/vQ9Fthl1Q0CSqEXG8+VDQXUMRjHriENBfQJF9lOAQ0GJK0cHznFDQYpmRmgLGENBm/xF6p32Q0GdKkYjEANDRPGwRgeknENGqdJF2sD6Q0bvkUbDAy1DSTpARpq/w0NJT4FHiHHqQ0lkr0aEpWJDSap6Rfz7MENM/hRGLyhgQ0743UhYbXZDTvtkReHWU0NP7iZF+LdPQ0/5zUY+bYtDUkrURenom0NXQOFGFr1uQ1gThkYlT6tDWeZ+RbhRPkNaYAtFyZ5sQ13pxEXCpfdDYQuMRhgbkkNlQpVFx+zNQ2eQFUXTh5FDZ+4dRcsl9UNoce9GAcODQ2vs5kdxp99DcWgdRgmbsUNzFwZGDBKkQ3XzCUXIYfBDgEcFRbzTgkOAeilGBh+vQ4HPZkXkRWFDhvRSRfrKFUOINv9GMtgZQ4v8+kYJmvZDjoRjRcl0g0ORGSZFzE5/Q5dpI0YhRBFDl8pYRbvTlUOYWFZGBbnyQ5hZvEaJllVDnDfgRcOlyUOfRk9GLEVMQ59HsEYYllRDn0kmRhg9HUOfSt5F3hLDQ59LtEYbh8pDn0zQRqPTSkOfUI9FzyQ9Q6DuCEZ0vp5DoPA8SBr1cUOg8mlGpPOZQ6D9QEYPKZ9DodRhReaJLkOkSp9GFHsGQ6iMiUW8fTtDsF0iRcL7YkOw1VBFy6LqQ7IYQEZSVBZDsiRPRgKvgEOyMURGLGuaQ7LjJUYxiZ5DtKIFRcs9cUO2gFJFwOmaQ72YBkXQ5j9Dw4UaRicj10PFXotFzlV1Q8b9EEaezudDx0dcRbtr5EPKmEZGbNDfQ8sY0kXCDYVD1MAnRb3qbkPWlbFGQFz2Q9r+B0XXdLhD5WcIRjfugUPlaeJGJ8E4Q+VvzUW5FnRD5XHPRfUj0EPmx7RF61D7Q+ozSUXcvfVD7JSdRiUD6UPvwhFF/MO5Q/uCZEXu1EZD+9pfRc39vEQASzRF0+PNRAH0e0WvX5tEAv2JRc37bkQDEatGSP98RASR40XH989EB1l8RbrNPEQHZ29FtE4/RAdsOUaDPH1EB9j3RhDR9kQKblpF4m6lRAsZLEYuwGpECzHFRoWPR0QMQdZGDBa8RA2feEW4aQdEEEhCRbeJGEQSCX1GCYWtRBLqDEW+LW1EISocRp9nuEQhK/5F3rk6RCFO6kXKTZxEIdheRdPeUkQjuShGN42vRCUrCkXqYlBEJS1vRjT3z0QuWwJGICN5RDN+vUXZ/7lEONPRRiKWK0Q7MxVFt+K7RD6kkkXE62FEQDA/RedQnkRBiWdGI+YeREV1j0WzWtNERzY8RctmtkRHO15FwYKSRFJLT0ZXE6BEVnpIRcDz+ERdXfxF8zsmRF2q+EXOLqhEYXrTRfm11ERiFrlF4g7tRGQfQEXFr3dEcMB9RyzRHURxaKhGZJ4ORHUkMEXkCUNEd2Y9RcaeUQ==</peaks>
+    </scan>
+    <scan num="1878"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="291"
+          polarity="-"
+          retentionTime="PT1060.91S"
+          lowMz="52.422737121582"
+          highMz="990.57373046875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.8061325e06"
+          totIonCurrent="1.1163702e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1879"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="306"
+          polarity="-"
+          retentionTime="PT1061.42S"
+          lowMz="50.229827880859"
+          highMz="998.015991210938"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.159696e06"
+          totIonCurrent="1.220614e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1880"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT1061.91S"
+          lowMz="51.59496307373"
+          highMz="990.467956542969"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.216532e06"
+          totIonCurrent="1.0029718e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk5hPkWLD+1CUThARZgxBEJSk1VFhwJAQlcR2UWDPDZCWo7zRZ6y7kJk23pFmIlmQmfo30WSMRNCba8hRYmt4UJ38/9F/4/WQnwl9UWNSMpChdEORZ5jnEKM+6FFjj0lQo3k4UWaprpCjwF7RYpDP0KP6hlFcHP2QpAL6UV8DrFClgR0Rdt3MkKg6jpFmmdBQqDvAEWOWJFCoPDJR0TR8EKg9wlF5W+xQqGU70WPuqFCofMQRgChdUKmDMlHVKBtQqqd1UWff1NCq/0IRim4qkKr/aNF5HxAQqwGSEWvkAFCrAjkRrqg0UKsDk5FgNA/QqwPn0V7W0NCrBAlRaIIvkKsFMlGMWIZQq3cGUWF4flCrgR0RnnU60KuCjJGF3P8Qq9EIkWRa2VCsIomRYYLqEKwkEdFkZlzQrH52Eb1XV9Csgx3SAwgVEKyI0dFpvz3QrLxnEWJ6qVCs7iCRgcZjEKz3yNFf8CRQrTpg0WLSxtCtTQ5RbfUYUK1gPBFyWtPQrXP1EXFM31CtdGkRpKsQUK14ahF7BfgQrXmuUWR+Q9Cte5wRmwnSEK18bhGH3STQrX4jkWbahpCtfs1Rlp7LkK1+69GRhBpQrX8VUYG6ZhCtfy8Rc7vzEK1/YhGDtjbQrX+M0YpQI9Ctf6CRo627EK1/xJGkI50QrX/jUcIvuBCtgBOR7LWYkK2Ab9KvbaoQrYDNkePzXVCtgQyRvDtikK2BLdGqWgqQrYFIkXaT6JCtgZjRkh8RUK2B3JGR7eaQrYIHkaITAFCthHhRdwKUkK2FSpFp1xgQrYhnEWNVNFCtjH0RivDrUK4A1xIBZuiQrgMwEbqvt1CuFYzRfSn30K6AP9FiZkgQroD00dyfwJCvGJVRYM5I0LBIDZFnKn5QsHrb0cq7/RCwfBGRsbrnULCFNBFx6CgQsKRHEWi6cVCw4TORYdRqELGuMxFlYnsQskRa0WYCY5CzrwyRZaIpULOvitFj6ppQtQU4EW0IeRC2hStRoqhcELh+HJHtizJQuKN2UYCFzVC5gd7R+7JqkLpqPNFmOa8QuoceEW8NcFC7kV8RYWlSELw9OtFmDsMQvEveUWwwFNC99koRb+pykL43XdFvHNZQvu+30XdHjdC/A+RRqckBEL8uL9FiHQGQvzmJkWMMMZC/geIRcEAlEMANchFozpLQwEOLEXDucVDAxFwRcSQFEMIA8hFmn5nQwkLnUXXbRZDCzCdRc9SOUMMPfpFmurYQw1i7kWKlulDDWgFRa9ZDUMQGatFoYwhQxD4IEWfXnhDETJSRZVPSEMRyyhFoUFhQxHuNEbIbApDEglVRZvAyEMSgitFj3rjQxLXekWk1tNDEvAvRwizh0MW/aBFzVL9QxjafUWhBLpDGX34RaSGAUMaf9xFzSmUQxqBHkWY+0hDHfC0Rac4UEMg13ZGgQFoQyErrEW4DnNDItasRltz7EMjuaFFndd2Qyb3nEWZmq9DJ1CARZLQREMn+AtFgp2zQymcDUZJhXFDKZ0LR4bhBkMtBLlFjTjuQy3LQ0WosllDLnjnRYo/KkMu9KdG5dLVQy+f8UWPKAxDMN7gRdLG/UMw4ddFoMK3QzIM5EaQtCFDMvouR5u0WEM0xSxFjP7oQzTb90XLf/9DNOY3ReTPTUM0+QlGqt1qQzXH3UYbrcJDOGmWRYo8zEM402NF0NUoQzlKk0W4a3NDPPLjRax4NEM9EJtFow9FQz0SaEW7RzZDPROVRdtG2kM9FX5FtOroQz0WwEXLxW9DPb/uRYq8EEM+7ZJHSrEGQ0DtckXEo+1DQXYZRfDbOkNBfbdF+XW9Q0GKEkblqedDQZZQRbX/V0NBnj5GE6m2Q0Llq0WRUaBDRPEtRfFkgkNFDFRFmsmaQ0bvg0aTAExDR48ERY1j3kNIlLZFwqrJQ0k6rkaMpi9DSU/0R0//eENJZR9GTbZCQ0742EhHlzBDTwH6RcXJv0NP1fpFsR72Q0/uKUYk5D9DUkwKRcQE8ENV0M1FlpEbQ1XR10WCgfxDV0LTRc7dlkNX54hFw0pOQ1gU60W07aNDWebtRdc+sUNaj9xFk7Y/Q177YEWSD+VDYQsvRaoMTkNhDAVFvIqQQ2Q5kkWgXvlDaCAMRZEuWUNr7OtHdx5SQ3FpVEXwYO5Dc84KRZ9ltkN7iJBFlsvIQ3ybwkWoOohDfYWqRbWB/UOBz4NFx5CxQ4O8hEWZPMhDhYNyRZLqY0OJBo1FmEe3Q4v8j0Ws/zVDi/4oRaaL40OPvZZFlYkyQ5JSYUWRYGJDk3knRbtgnUOVrXVFnJb3Q5W+REWlG21DluLYRaL3/kOXaSxF8hUJQ5hZaUXbqjFDmFqsRgMwTkOY2ZdFqzLOQ59DiUXPgd9Dn0YtRcOcsEOfSJZGTbqMQ59KtkZMa9lDn01hRkebikOfTyRFk58aQ5/F3EW+RTBDoB0uRZIKCUOg5IxFkpZ/Q6DqxkWDzK9DoPDbR94RH0Og8khGiyhhQ6Dzu0W63AtDoPiURZNqh0OjWQ9FkyfxQ6RKS0Wp/a1DqHXvRYHPlEOodsBFgI61Q6iKzkY24SlDqXjzRZGWq0OskkhFrhlBQ7GXkUWOyzFDshb1RgojMkOyMA1GFY/KQ7LjFUWfvMpDvZhTRf8bG0O95cdFkQZiQ8Hy1kWggyNDw4UYRa0kDkPG/H5GC0uhQ8b+N0YbeIJDxwCERZ2vx0PKmCdGRIB6Q9B2FEWTRR5D1pTbRgeLqUPXXndFh33dQ9n5fEWfCHlD4D8xRZ85N0PjIbVFmulwQ+Vnk0ZyNLRD7JMwRc270EPslIVFx9MLQ+9zh0WUvftEAxGqRgQhvEQEM5FFp6x4RAdsvkY6dNdECwARRbgDO0QLGC1GHaT2RAswokZXMcVEDdGrRcO2qUQN2C1FnaSnRA4PQUWatqdEEgmFRhIEtEQXzFZFvDxZRB3SLEWcN+9EISmXRfxDhUQhKvxGQBcDRCEsqUWCVd5EIlMdRaz7HEQjuT9GG968RCUr4EZJwThEJUE0RZ0zl0Qon3VFwcZLRC1JqEWYG09ELzD4RacVYEQwVcRFkkkIRDDWjUWZZWxENtnqRZ34TUQ3y6pFnIzlRDjUQEYfxldEO+I6RZD9ikRBik9GDDuxREHUtEW9HFtEQ4EbRZcJQ0RPax9Fob3MRFVB50WYtbpEWDutRZB8YERaCChFnJ9tRFr2ZUWdho5EYDYFRaI8ZERq+BtFsAgDRGyd00WnIRJEcMGERunibkRxaLZGLxArRHIL6kWiOIVEd2RJRdfXl0R3nfNFtpfy</peaks>
+    </scan>
+    <scan num="1881"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1062.42S"
+          lowMz="52.466136932373"
+          highMz="999.786865234375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.333766e06"
+          totIonCurrent="1.2604217e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlHdU0XJ72dCUtn/RbEVS0JWMclFrhaxQlsZgUWoBQRCW0pRRaq7wUJhjypFq/mhQmHVvkWqc9hCaLADRcIUtkJq7vJFpm5TQm6EkEXD3x9CbyvuRcy6/EJxXq1FpmWyQnf0DkYvvohCe97KRbXQWkKALQ9FskUyQoFGq0WubbdCgVozRaypx0KB/1lFogKzQoJmakWlcW9ChVbDRbLB4kKI719Fsdi5QoloFkXBQLtCjg7tRan5ikKOYbNF5wX3QpC0FEXIU/FCkhFhRbbvSEKSe/hF0Q6XQpOvrEXc9ydClgRcRdjaPEKdqdtFrBOhQp6KLEW5ATxCoOeURf8iiUKg66ZFwJHaQqDtvkZq8zRCoO7QR5afWEKg8ulFxaSMQqD130ZCcHlCo7zIRcXFRkKkqjdFsX4CQqYMykeFZrJCp513RbZx/EKoBIxGMKZkQqgJ+EXIjjVCq/ExRezR/EKr/OtGjYK7QqwH1EYjlKBCrAjNRvZC/0KsCapGKc+gQqwUuUZ8PVFCrBe3Rcn5PEKuBHRGf5PzQrH53kcD+clCsgx9R/1Y/0KyL1lFtOldQrO4hEXxF/5CtSNzRbf2QkK1uMVFoKN1QrXDmkW827JCtdGuRpaKY0K10/pFuI5DQrXszUXVQGxCte1MRdjzR0K17oJGcssOQrXxx0Z6e9tCtfm4RdkqLEK1+y5GZeoYQrX8MkZitGxCtfzZRnTMukK1/Y5GUczQQrX+b0aY7TRCtf7xRpDHsUK1/5BHMT/XQrYAM0e9uBFCtgDtSGeZEkK2AcdK388MQrYCgUihtzxCtgQ7R1QBE0K2BQVGKmuYQrYGKkX9yZtCtgcLRjHd20K2CDVGjhW9QrYJlEYWQJNCtgoIRf3Gs0K2EdNGCdpPQrYVCkYJpuxCti7zRc2tUkK2L4NFrtI2QrYx90YtoFZCtoL/RdRjGUK4A2JIITknQrgM1kbjfqdCuF8aRcTlSEK5UItFw/MWQroD2Ud7AWFCuiZKRbiYw0K8Oh1FvOAxQr+1AkWnVahCwKe6RcYcXELB63lHFTAPQsHwV0bLoYhCxEEoRa+1E0LHdX1FvunjQs3lm0XAQZFCzhRrRh78F0LOGxVFuvOIQs+MxkXGS3JC0IuYRceaDELRJQ5FvCBqQtFq2UXNICRC0kYARd5w0ULUFN5GKQHIQtU6sUW8hQlC2RCURcOr8ELaFL9GZb9VQtxTrUXQ3PBC3FX4RdZHmELh+HxHuUvrQuH/kUXv0f5C4o+jRfBI+kLmB3lIDu1bQuYKuEW6FrRC5hRYRgQQg0L0+j5FuMSiQvwPpEaYgQxC/geFRnrxt0MBn6tF5d8wQwIxyUXHCJZDAuV0Rb61w0MJC4VGD0mWQwor+0W8WRpDCyPRRePYEkMMvXJFxbCaQxAZR0XS7y9DEe4mRo+9CkMSC0RF4CAlQxLwOkcgg4ZDFZxURcNfsUMVqyRFvzHeQxYu9kXJSqVDFv2+Rjw+wkMZmhFFuxHLQxqCP0XfiuhDHLBvRa/bnUMdG5dF0oMOQx76XEX0mwxDINd7Rrn6HkMi1r5Gz3dLQySxZ0X5HCdDKSU4Rggw00MpkklFouscQymc8Ue3xGJDK6Y9RcpOuEMsOc9F2DtcQy0oG0XBMl9DLvS2Rx9NAkMw4mNF5onEQzDjP0YX+odDMgzsRrkuVkMy+ilH1+xFQzT5IkZ8Bw9DNcdfRgozeEM9EnBGAYT2Qz0T0UXt5U5DPRauRiMe4UM9G5NFs2xvQz7tj0ejCLpDQBM4RcwlokNBdeRGSCS/Q0GJ+kcZ7CxDQYvLRgbiyENBnfNGTGYOQ0LbMUXkCB1DQ4bnRbXih0NE3VRF2hVDQ0Txs0X1rb1DRPSKRiigPENG74BGzZvPQ0k6qkaOC4tDSUn5Reo0KUNJT9xHhuJvQ0lT9EYIO3ZDSWUsRqmPt0NM235F4ohdQ0z+NEYNp25DTvjfSFlOhUNP7jJF0IyZQ1JNk0X86VdDV0IyRh9XR0NXYH5F4PHmQ1fiqEYD+YZDV+eiRdBrB0NYU9tFt6EPQ12pIEXCqstDYQ57RhzJoUNh5YRF6bV3Q2fuQ0XSPapDa+zyR4/OI0Nxa4lGAPW8Q3SFaUXcx8JDdtgFRcKR5UN9HcRFru0+Q37likWrKeNDgHomRiMTSUOB0TpGWh9WQ4P/Z0W2fipDhsVGRb5nn0OG9W9F5Dj8Q4eh60WyEqVDiDgBRgTc+0OI6h1F0zMpQ4um/UXRUAJDi/6tRitp50OPsoBFwIRYQ5D03EXPnsFDknFrRdTQs0OTeUdF/CPcQ5WK3UXLvTBDlfaLRdvcA0OXazxGLKJtQ5ha/0Y4iplDn0KQRbJb90OfRTZGk60bQ59HvUaoBFdDoOypRoJHg0Og7uFIHPsnQ6Dw0EY60IhDoP1NRlWD9EOkTNVGS3hhQ6iKhEZ7k/hDquumRefpTUOtWLFFzax7Q7IWgkYZ8ZxDsi9jRgpq0EOy5bVGREcmQ7LtM0Xa4cdDs+diRfHzJkO4KnpFwHqyQ8GUX0XNyHpDwbjJRd2QAUPDh71GSFtFQ8T/9EXRnY9DxaS7RfjzCkPGw/FF1sILQ8b+tUapr/ZDx7tPRcM6XUPKmHFGZOX/Q9Gz/UXsv1lD1DMBRcS99EPWmJBGLPS7Q9jdk0XUOaxD2WnnRdM/HkPcWPxGBqkuQ+VnLkbBxbpD6CJlRcp/HEPp4SZFzsrVQ+xOHUXVTXJD7JePRmhRFUPy0olFw/asQ/oW1EXr5HBEAMJ6Rb2NnUQDE3dGWRC8RAP+9kXsa5VEBZUERcG6jUQFrC1F0QoZRAdtV0ZZFXtECfiPReh63EQKDSNFzjktRArBr0W9sVhECyWVRbx8qkQLMDRGdSwXRBILXEZY84VEFe4LRf90pkQdfIJF2Ca/RB2+6EXxrRpEISt9Rs6l9UQhNkpFxoenRCOnQ0XhQIBEI7tBRlOOD0QlK61GnS7VRCifD0YQBO1ELXajRfkIrUQuRUtFzvkvRDI9XkXdT9pEMw/QRdlKikQ06RxFynDwRDff2kXFbWZEONZGRo3wWUQ5OaxF1Ft9RDlOhkXMbX1EPBCFRdArzEQ8JRVF7PGJRD+r40Xh9L5EQYoXRm/TA0RB2hNF6II9REVqPEW564NEScDvRgisw0RM+nFF3Fb2RFBFv0XOQrFEUNcDRfUbaERSTcJGQQWTRFaQw0XQuExEXHiORdsqA0Rf+dhF9uElRGKw8kW6mFxEZqfBReIv7URm1wlGARveRGeEtkXs1tdEbWBrRducCERtinZF0htyRG4+EUXBCk9EcL88RklmK0RwwnhHP8gpRHFDF0XVwa5Ecs8zRcJNvER28TBGGgYGRHdkB0YN4Y5EeLx7Re8MyUR58lxGFsaj</peaks>
+    </scan>
+    <scan num="1882"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT1062.92S"
+          lowMz="50.17121887207"
+          highMz="989.584777832031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.5221985e06"
+          totIonCurrent="1.048867e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1883"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT1063.43S"
+          lowMz="53.346797943115"
+          highMz="989.585388183594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.192442e06"
+          totIonCurrent="1.0471194e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1884"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1063.94S"
+          lowMz="50.153762817383"
+          highMz="989.595703125"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="7.1031115e06"
+          totIonCurrent="1.175792e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1885"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1064.44S"
+          lowMz="52.393032073975"
+          highMz="990.508239746094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.4389925e06"
+          totIonCurrent="1.0798052e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1886"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1064.95S"
+          lowMz="50.037921905518"
+          highMz="989.59521484375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4979685e06"
+          totIonCurrent="1.0873409e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1887"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1065.46S"
+          lowMz="50.632247924805"
+          highMz="986.979309082031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.20823e06"
+          totIonCurrent="1.0608909e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1888"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT1065.96S"
+          lowMz="51.391563415527"
+          highMz="978.852355957031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.5425135e06"
+          totIonCurrent="1.0530282e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1889"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT1066.48S"
+          lowMz="50.266689300537"
+          highMz="989.596496582031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.0073335e06"
+          totIonCurrent="1.1692781e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkRF0W7tYRCS12FRbt5IEJlumVFwHZsQmZdOkW2oh1CaevlRaRXFUJq9/9FsDAqQnCFBUWm1/xCctP5RbUeaUJ2pIZFvwESQnf0DEY3w1dCeYx7RdALPUJ7YFpFrfcLQntwjEXZ/iRCfRxARbXVrEKCt+ZF7IYOQoXsPEWoaIZCifw6Rawfr0KK6tFFydVPQox2bUXGntVCji+ERa30pkKOVrdFrJY4Qo59j0W/BzNCjzwqRdVOyEKSBghFt2hxQpQ6MkWrwSdClRn6RZ7v5UKVfi5F24XRQpWluEXS+bhClewURa3UlkKXFyhFxEOxQpmzNEWtz8dCmsdeRdDZAUKbJE5Fy6UqQp2vHkXDMvhCnbuORePC5UKemu5FuQGkQqDp80YZoGpCoO+BRkFjv0Kg8FJHjubUQqD2qkYwU6NCoTojRbGvc0Kh8vtGF0pcQqYMx0crL+5CqIG+RbGqAUKovkdFu1I5QqlMJEXArHNCqrspRaS/7kKr/MlGg8nmQqv+QEXherhCrAicRu7xQEKsCZBGETAlQqwUb0aPMTBCrgRsRlfmxEKuxAdFo3+aQq+xFUXawUZCsfnVR1L52EKyDHVIE1i2QrIkzkXQjDtCsuRORhHd3UKzuIJGGVl4QrQW+EWwpNFCtS/TRbj1Z0K1ZTVFsyNdQrWeGEWymoxCtcGLRcbCg0K1y6NFzFlEQrXPZkX9bDhCtdG2Rq+TQUK10+pF6tQ4QrXVIkYdQaNCtdaVRdfXc0K14WpGLRdBQrXuXEaAWBJCtfGyRl4TWUK19idF7gMSQrX7XUa7aBdCtfwDRfRAZEK1/G5F50XXQrX+KUaaEnRCtf7PRs59JUK2AcBK1djLQrYCj0iqFkpCtgQ2RzYAekK2CFVGpv0OQrYNUkW7IoBCthHRRgDvfUK2FQ9GSKZlQrYx5EZOpD5CtjRHRffsqEK4A15IFCwZQrgMxEbrlmtCuFYyRh9z0EK5ga9Fo4acQroD2Edse55Cuuz4Rgf2jEK67i5Fyiv9QruvGkW1gEdCwdNoRbT/PULB63FHGgwVQsHwS0bmKp5CxAypRgah4ULHQNVFvt/CQsi590WmqMlCya1mRcKzh0LMuZpFudRaQs5ZQUW1WylC1BThRhUyOELW9BhFwzFxQtfCIEW/ADNC2hEvRd3q3kLaFLNGLvcJQuEv4kW4gbhC4fh3R84UlELikE5GLruZQuNdfEWu4slC5gd9R/rEtELmyQNFxe/XQugFLkW6uI5C8BMkRf1UkUL1onlFv7JhQvafRUXCQHtC96LHRcO0akL4mKtFzQcPQvjfJ0YFUhBC+UJaRdo3L0L7wnxFt+1xQvwPo0cGYsRC/gdhRoHidUL/p8BFurhvQwEOKEXh5cVDBv0EReMVN0MHmldFy3VwQwh4qUXM4fZDCkEWRd3T/0MLMYlGC+02QxAaTkXV7pRDEe4zRrS9kkMS8DBG7GmEQxb7dUYWcVRDFv3hRkpHI0MYfshFwFs7QxnWMEXYaqlDGoFHRcUa6kMa4cdFzY6JQxvgBEW/othDHvpMRhidxEMg13FGQz22QyJo3EW2mDVDItaeRrIB1EMjugBGAfjGQyYzxEWyxmhDKZwDR7qIt0MpnPxGL82mQyzeNUX6HPJDLYeTRa33TUMtn5JFuy9dQy3JF0XR/jJDLl0vReGWKUMu2hpF0zVTQy70oEbwOEBDMFnaRd9bh0Mw4fFGFIPeQzIM6EaCjeBDMvotR93jjkM0jZhF4gJ2QzT5GUZk9uxDNclCRmCd/UM41R9F4PUiQz0QJ0Xk0N9DPRFvRdytgEM9E0BFrezgQz0T80YgTApDPRZoRhFrEUM9GERF5P71Qz0ZcEYEdhdDPu2FR4cXW0NBdbRGQycoQ0F9o0Y56ilDQYfVRf6mHENBibRHKYTwQ0GVvkXYnR5DQZ2kRkHEnUNCOXJF08tCQ0KPzkW4w+ZDQwPlRcP5m0ND3cVF4n25Q0TzJUXyc89DRu+xRp+65UNJOktGoEAtQ0lPgEeQnNlDSWS8RopdjUNN0vlF6DTTQ0742UhHLY1DT+44RhPLe0NRoXZF05SKQ1JMqkXEYvZDWBSwRghXxENZDxRFyRd6Q1s+RkWwqLZDYQ2AReCJy0Nh5XVF7aHyQ2vs8EdNP8lDcWnDRe0XfEN8YZJFuA1SQ35gy0XEkkpDgHo3Rh3iWkOB0EtGByqxQ4KvWkW5g+VDi/2jRcgELEOM5cNFwsRzQ4zxRkXF+yVDkEuLRetaokOTePpF3Gm6Q5dqOkZRgfBDmFqjRozHNEOa0fRFwpqZQ59Iy0ZdWJ5Dn0twRsI4iUOfTWJGep/QQ5+YKEYRa5JDoOOYRe33MUOg7rlGaMOUQ6DwYUgcqOpDoPH+RjcJeEOg/PRGTdE7Q6HzHUXIbktDpEulRg5qQkOojJRGTElGQ6tR50X74LZDrtT+RdBdtEOx5AtFxgLjQ7IYOkZOkpFDsiRCRdikXEOyMUNGU0XkQ7LkwkZLW55Dt3nfRfK/HEO4rFVFwRm8Q8NEJ0XNrQ9Dw4c9RgHXVkPECUFF5YOmQ8b+Jkadp01DypgvRrSjr0PNtU1F1mbXQ83PF0XGSpFDzhCNReopw0PWl1FGIOcaQ9rQEkXug3xD4NsoRgFA3kPkJ/hFyp7NQ+VcLUXcQOtD5WnmRr9vV0PlwUVF/OXJQ+bI5UYIg09D6jSmRigDzEPslhVGWINLQ/EmkUXGacRD/3qORebBPUQAMfxFxMkMRAMSqkYiZ6hEAyQcRcON0EQEPp9FwDdERAds9UaCg0NECwDZRfXWU0QLGPNGNpH/RAsxlEZsMFREC/Y5ReyRikQSCmZGDqogRBrhSkXUflFEISsDRrr4tUQjujFGSWQNRCTCf0XDe5NEJS2FRnHOA0QslbhF3MUKRC5ExkXjeixELl0PRgbcRkQukRNF6L5yRDG6PUXNCihEONVaRh4om0Q4/ExF5dy9RDlA5EXBdPJEOqhoRdqYUEQ9zVJFz9wHRD8TVkXOuYpEP2jnReI0u0RBihZGRMS6REXIK0XT/aJER8ItRdTyYERJT7BGKrZTRFJMxkZe01FEVMbMRdFPhERb9uJF2UmXRGH7D0W437xEZHUeRcuz2URnsvxF3rkKRHDB2kczJeBEcWp8RivrXUR3Zi1GGWgR</peaks>
+    </scan>
+    <scan num="1890"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1066.98S"
+          lowMz="52.708614349365"
+          highMz="992.643615722656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.344089e06"
+          totIonCurrent="1.0671174e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1891"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT1067.48S"
+          lowMz="52.708106994629"
+          highMz="989.576721191406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.103364e06"
+          totIonCurrent="1.1382952e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1892"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="325"
+          polarity="-"
+          retentionTime="PT1067.99S"
+          lowMz="51.533271789551"
+          highMz="994.520385742188"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.235489e06"
+          totIonCurrent="8.662151e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qk4iEkVg2MRCToo4RVrtfkJO3yhFUeVPQlBqskVh1RhCV0M8RVyZtUJXRhBFeWAFQl0Kb0V3miNCXWCKRVYGGUJevk9Fag1cQmHoj0VlLDlCYudMRX0StEJnvbJFgwHhQnMZaUVjBzRCdasFRWwN4EJ1udhFeBCkQnY14EVe/8pCdn2LRUtcbEJ39BBGODCgQn2Pt0VqDtZCf6KrRVVnWkKAd5lFTDOgQoSIzEV0sUtChZIuRXsXjEKGQIVFR/wTQoZA/EVmRy5Ch23oRT2FbEKHqX9FQBeRQoiJHUVHAl9Ci/9SRZSKh0KOP85FdrE7Qo5aG0VfMgFCkiTsRUjbXUKT+ndFb+jzQpSWF0VsVQNClO8XRWpT1EKbMMtFTv1WQqDvgUVXXaZCoPC6RyER8kKh8yVFyjycQqYM0EcmvPxCqAPCRU/rnUKqetFFfPi9Qqv8kkWOEgxCq/1SRj0wY0KsAeJFh7DPQqwIaUXqrxBCrAkpRqySDkKsFQVGGR+9QqwWDEWTzOdCrgR0Rlv6VEKuCjFFrA86Qq4h9EV55PRCrvPkRWFHqUKvOnFFgLGiQq+VYEVSITJCseuiRU58JkKx+eNHW1qVQrIMf0femkNCsiOxRas9BUKzLuVFWUC3QrO4ikYNUw9CtczaRWsTJkK1zgBFuGcWQrXRuEaRpFpCtdOXRatYPUK14YJFuHGZQrXuaEYp8AlCtfG+RjbC+0K1+2tGJYbwQrX8KEXTsTlCtfxuRceVGkK1/TJF/KetQrX93UZXTstCtf8RR5UbdkK2AGZHohLXQrYBx0qfxkJCtgNnR5eAPkK2A/xHI1kIQrYEpUZS0pdCtgUERbOXF0K2BWVGMSWLQrYGCkYYNnRCtgZeRd2/zEK2BrpFzR16QrYIQEZTILJCtgjjRZKfgkK2ELdFR0UyQrYQ9UVJTb9CthHaRYZJlUK2FShF5o5kQrYiQ0WzRdFCtjHyRhmgX0K4A2VIAT5SQrgMy0bjnTFCuFZBRaTTrkK6A9tHIs0fQr1xr0WPH1JCv1nQRVqBlEK/f7BFbWYIQr/vj0VjRghCwP+SRWFb1ULB63FG2F++QsHwWEab6PhCwn0iRWhgIELMytVFWgwuQs4Ue0WVjYtC0jzoRWJyEULSv2lFaenYQtQU00YosyFC1wguRYAsd0LYBM9FYxLoQtoUw0Y0wrxC4BpSRYo/dULh+H9HoWP8QuKO+0WBnEBC5gZeRY8PFkLmB4FH3fVEQuocbkWrmOxC8EqHRW6Px0L21WlFeAVXQvjin0WRRxZC/A+uRrOO6kL+B5NGEjMrQv52s0VXvHBC/78VRYiFRUMDVsJFh/zGQwNhbEVt4b9DCA0rRaCREkMJC5ZFzRmOQwnzLEVaPFVDCgfVRZAP80MLPmRFlhFHQw0DzUVpmY5DEQRZRZEugEMRESRFgM3IQxGGJEV1WoBDEe4xRnQJHEMSC6JFnfJIQxLwL0bjLqlDFv3HRZl79UMbC85Fsg8vQx76dEWkKNNDH3vbRZ1o/0Mg13dGg6uHQyETY0VQirxDItaxRidy70MjbitFb17QQyTV+EV9MhlDKZpRRZz+xEMpnIpHZpdMQymeqkXOjyhDKdwaRW2PWEMp8L5Fm8MqQy07KkVcGX1DLc7pRY8pGEMu9KhG4HCZQzDhkkW+R8BDMgzzRoeA+UMy+jVHphtaQzTmGkXIoS9DNPkORivZZkM6jktFZ8sEQzvYFUVyOwNDPOPQRXJwU0M880BFjpwvQz0SG0WkRLNDPRNkRZfIokM9FOtF2bHWQz0WQEWWs+tDPRcwRXVZOkM+7Y1HgdW3Q0DtqUWyQbNDQXZWReimukNBeZZFXT5xQ0F+CkW6tkVDQYkYRb8hxENBikxGtPqsQ0GLw0WpbXpDQZM3RXcupENBmZ9FWqgLQ0GeXUXpHq9DRu+RRp3ke0NI9PRFtjU1Q0k6l0ZCjIxDSU/MRzyX1kNJZPJGN0pnQ0mhyEWDsLtDSardRYfbs0NJwH9FgKUQQ0wlJEWG8BxDTMRIRXXlLUNOCWZFYzD1Q06G+kVl3DNDTvjdSFBJLENPDKtFdRA5Q0/uT0YC1whDUPn9Ra7w6kNVc2ZFakSTQ1Zd60WFASdDV+d6RgiCjkNYFG9FtotWQ1hm20VpkqhDYQ96RcuydUNh5ZpFy4wqQ2UDiEWDv+9Dae49RYSdOUNrjLtFgVqfQ2vs/Ecy3nVDcWunRZD7REN2KftFZQ32Q3sKlkV4tMxDgNRiRXUdW0OB0aFFwfLoQ4ZFGkVoMT5DhmpwRXApTEOKIDxFkeEOQ4tUZEVvppRDi/8nRaBq/UOP6xBFbaK8Q5Npw0WBQYRDk3l8RY777kOUAcNFbUdmQ5YyckVVlFJDlnhTRXz6O0OXaq9FWDN8Q5drvUXFtv9DmFgORX69rEOYWnZGFF3EQ5hbgUWkjBpDmTg2RYsVkUOb3aJFlNZmQ59CHUWAuxtDn0SGRaLcXkOfRkhGNbEKQ59JmkaOPfJDn0zURe3Tn0Ofl0FFgiVXQ6DkC0WAgZZDoO5BRYSYXUOg8NBHwLteQ6DyEkZQ3DlDoPZWRYMEVUOg/UlFnJ0gQ6HzQEWRqvZDpE09RZhU00OlWjpFaO8WQ6aehEWAgvhDqIpdRYjSF0OojaNFpqRBQ7IXM0X/gDRDsjBNRdYjY0O04YtFk/ftQ7ZnvUV9VdNDw4XRRctzskPDiKlFlzjuQ8b+BUZQwSpDypgpRn4aQEPP6U9FiKoyQ9Cs6kWGuZND1pbRRcmE6UPWmNFFwsA7Q9lfikWAz6ND5WccRaHU00PlaXVF3rOWQ+VsSkW9IvVD5sidRcCqO0PqNDNFyH9lQ+rDrUV5pIhD7JfZRa/Z+EPym3JFX0FhQ/LbPEV4QBND9dFkRYLKqkP6z+lFXgU7Q/sp10WHovpD/X2sRXlNgEP+nLBFjFmTQ//PL0WEZhlEANlsRVYO+0QCI5hFhazDRAMTwEXY/pZEB2zjRheuAkQHbg5FgcFiRAsYa0WpYzdECzDfRjnPEUQLuRdFeLR8RBFMPUWPBNVEEgwbReWqKUQSbOpFXcqrRBNc0kV09npEE9awRWsHUEQdr4RFjYv/RCEq2EZPEFxEISw8RYeHbUQju2xF4oE9RCUq4EWTybFEKKCQRY65UEQrchtFbkPpRCyGXUV7knxELP8nRXwDoUQt+etFe5oxRC7llkWB5mdENHQMRXl2f0Q1BPdFfx8zRDjT9EWBu01EONakRcM5MkQ9GNRFg/lGREGKV0XP2VtEQjY+RY2e20RFdF9FfK9nREqrm0WiVwhETmC5RaFhdkRPn91FbKTtRFJOXkW+R1VEXCSBRZG7qkRg1olFhC3PRGkr2UWJLNhEbOaiRYeJXURwwbZG3pM5RHEvw0WRZ2JEcWtYRb5F/ER0ssZFepPZRHWYe0VoDzpEd2T7Reu+KkR3oghFk9JhRHihTkWAuLI=</peaks>
+    </scan>
+    <scan num="1893"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1068.51S"
+          lowMz="51.27494430542"
+          highMz="984.155151367188"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.453028e06"
+          totIonCurrent="1.1123986e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1894"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="304"
+          polarity="-"
+          retentionTime="PT1069.02S"
+          lowMz="52.458702087402"
+          highMz="989.603454589844"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.331748e06"
+          totIonCurrent="1.2152128e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1895"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="297"
+          polarity="-"
+          retentionTime="PT1069.52S"
+          lowMz="50.659294128418"
+          highMz="996.005737304688"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.467234e06"
+          totIonCurrent="1.0523198e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1896"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="348"
+          polarity="-"
+          retentionTime="PT1070.03S"
+          lowMz="53.627883911133"
+          highMz="989.574890136719"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="3.631599e06"
+          totIonCurrent="6.470579e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlaC9EUnmXlCWZIsRRJbuEJcrMhFKnebQl6hM0URatZCYQZWRRbZ7kJhtZNFJNpnQmI+S0UXJDVCYqaHRRvo5UJrduFFEZgxQmxsNkUPKupCbUxgRQM9+UJ2lj5FB89OQnf0B0YGw21CeA4NRRgwsEJ7PbBFDniEQn5ZhkUXM5FCfnuGRX92uUKA5JVFBw0DQoa4A0UJ1IdChxHCRSVJrEKIB0FFVl9hQogvs0UHsqpCjApARRe6L0KP01lFG7bQQpH8fkUhyFpCkw+eRQaftEKTOSRFCCwOQpVDQUUegnJCmVwZRR1XWEKabUJFEZHYQp840kUMgKhCoO4+RSzjL0Kg741GWf5yQqDwU0aiVhhCoPHQRagg60Kh8y1FnipMQqQU/EWPT/NCpBe1RQ2O6kKk6RxE+Zt3QqTpiUT5UbJCpfGhRU50HEKmDM1HWPIiQqgErEX8nUpCqA6fRQba/UKocxhFDe8ZQqjy/kT4LFNCqcH0RQovPEKqkGlFFBr0Qqv9G0W9kLVCrAGuRYQVyEKsB5RFfF7UQqwI6kZLQplCrAosRYEOcUKsFMNF6fbWQq2M30UUPAZCrgR0RkfaWEKuCj5FtxnLQrACDUUdYQJCsfnkR1X0hUKyDINH1QPVQrIjzEVQVi5CsuU5RXyzBkKy8dNFfJMAQrU0FkUyrQtCtYEgRSDdAUK1wFJFP40/QrXK4EUl8fNCtdGtRkxcZkK12xFFIIcDQrXhdEVz03VCtebpRUJDs0K17nZGALMHQrXxt0YLandCtfsoRa7Vx0K1+79Fy1CpQrX82kVJcMRCtf19RdCLPkK1/iFGElYuQrX+oUZVNpJCtf+ORrtHkEK2AGVHPwyJQrYBCEgQpCxCtgHJSl2nvEK2AzpHRqLrQrYEA0c/169CtgTDRkwJJkK2BcFGGnW+QrYGX0WdGVBCtgbhRV2wVkK2B39FrK6gQrYILkYEixxCthHqRVJt/kK2FRBFf3mGQrYyAEXmm25CuANiR5cqq0K4DNFG0u6TQroD2Ub1i3pCvODZRQ6wK0K+DNZFhGgkQsHrc0bvx/1CwfBTRo9pfkLDhzVFdaA0QsQMlUWd8RhCxbrqRREtd0LG8EFFF6/DQsy7CEURfiFCzeWoRXJCLELOFGdFv566QtFQLkUeiaJC1BThRiCVOELYfepFKo5UQtmipEUhz6FC2hS2Ri2iAULdoh1FKvNXQt5a50UH3ZpC4H/8RRIT3ULhMgBFCqhMQuH4f0eVc2hC4f9uRYC8f0LiGi5FKG1kQuJVs0UsNxZC4o1dRVUMxULmB39H42f8QuhgKUUbuBBC6hxaRZo2gkLslvxFOL9RQvB5c0UYCelC9CQHRSJX3EL5pZlFOOw9QvwPwEa1NPRC/H8yRRDVG0L+B4BF48eIQwD1oUVonghDAQe8RYMslkMBDjxFatIOQwMUHEUj2WtDBq6xRSfsW0MG/NJFiUuZQwgNFEVhb79DCQuBRTsMxkMLMNpFYbJ1QwtQREVDMgNDDpdqRRjgLUMO6ThFMn2CQw75hkVcMEFDEWncRUCsnUMR7kpGCmQ2QxILJUUeXwNDEvA8RszqbUMT6F9FHGRXQxYY4kU3omBDFttHRTzui0MW/dRFxGt8QxdiqkUU5hlDGHF3RTObKkMY/MxFHF4QQxqCwkUZXANDGwvMRW1SIkMeKiFFKoXtQx76dkWlTuBDH1YERSem0UMg139Gs0MJQyLWukaOs2hDIvt2RZJyZUMjDCJFO/CbQyTV40WMcepDJQqrRRjGKEMm14ZFEUbDQymczUcJfPZDKh0IRSTg3UMq3txForc1Qy3NdkVrxaBDLc6iRRWUO0Mu9KtG1qtQQzC75EUlxZRDMOIyRYRBAEMyDPtGifTGQzKJ0EUZqTlDMvoyR7hE1EMz+zNFR0vyQzTmHkWNjz1DNPkWRnE/IkM1ErJFHfu+QzUk3UUQb3ZDNchhRavf+0M12p1FK2bqQzbqj0U+EKlDN62gRSY/+kM41YdFWOftQzsOd0USHoVDO39ARRWeiEM88uBFZ2Y9Qz0RnUUUCkxDPRIcRQnsY0M9FKBFXsKbQz0YlUVetKtDPpR1RR93+UM+7ZNHPSgJQ0F2GkWH2zpDQYfgRTHLWkNBighGfKQAQ0GRzEUUXI9DQZ4GRbKD80NB3B9FGSBPQ0TxuEVgOFVDRPOTRSpeHUNE9EtFJOkLQ0T1dkVL58RDRgpGRSm99UNG76ZGN0PSQ0k63kXs/65DSVAiRttl5UNJZWBFvQDVQ0oMSkULml5DTO42RRf7wENM/iRFraW5Q03XCEUuKc9DTvjhSDOokkNO+1dFO25JQ08CEkVjhOhDT+5qRWauXENP+c9Fjd4bQ1JRKEUU35tDVXhIRUF0OkNXQ4hFMVOyQ1fndkVsPutDWAJJRRUcw0Ne++VFSrGKQ2EN/UVUdV5DZ+5hRWLeckNr7PtHFiyHQ3FrikVSE/NDdZS0RQzpxEN6unNFCxxlQ4B6OUW1eb9DgXUrRSBHI0OBfhxFJsmzQ4HRPkWKHnZDgdHkRUpxMEOEdJRFPS01Q4VAa0UeXRZDhoxURRs4iEOHsJRFIVRIQ4g4iUU7toRDi/63RZxSR0ONjB5FDRDnQ5N5J0Wz+0dDlejPRTYj9kOXkf1FLcDWQ5hYw0U5IvVDmFrPRdD4bUOYXLpFWVfOQ5pb50UfiPxDmt0SRRSfn0OdMoBFLoAqQ59D/0UwmilDn0XwRUFwXkOfRvhFSBITQ59I8kU5LLtDn0lGRTTbaEOfSyBGB7bdQ59M5EW7t8NDn028RbCTiEOg7QhFSKSvQ6Du3kZn5LVDoPByR1mFWEOg8eRGOubJQ6Dzs0Wv9pNDoqdDRSviW0Om7ERFKpBwQ6iKMkVnmKhDrn1PRRYsGEOv9ytFIUSpQ7GDXUUaUQlDscydRS0+akOyF3VFcaSdQ7IwdUWhgftDsuXaRYfuYEO0nSBFGk4tQ7Us3UUM/4lDtcT3RS3NBUO4VopFP4PfQ70pJ0Uu0rxDvwNgRTChmkPDh95FRqJiQ8OkrEUkXkJDxrBrRSGqrkPG/nZF9SNzQ8cB0UU0uchDx9JqRSun90PKmDxFv8PkQ82yfkUZ6LhDzkgKRTxHjkPRok1FGVyHQ9Z4XUUp5zVD1pifRaNlikPYS49FGwqjQ+Vmx0XkthVD6jVQRYLCUUPsl3hFlHKoQ+8HTUUXIeZD8H/5RSguGEP3SslFF9nXRAMTjEWWyXNEBWhzRTS8nkQFgLJFIGD4RAdtTUXj1utECDgjRS8VAkQId9dFRDjcRAkpWkUpwKVECp8VRWfJz0QLGJZFcUMRRAsw+0WyzedEDi8URUys6EQRMnhFG5gNRBILckWVKNFEE6pMRRu5W0QY86dFSBWHRBr8DUUqbUhEGwWYRTUq0UQhK1BGEQ9mRCM4hEUyXxhEI/0/RT01ekQkm5NFM48ERCUrY0Xl0h1EKdZGRRdPKkQrM8RFEcxeRC5dBkUxij9ELnR5RSqH5kQyK19FOxl8RDgieEUdz0FEONabRZs+ZkQ9g3JFK9EUREGKRkWDBwZEQnu9RSArjkRDA59FLy0zRFJN5kV+YS1EUvXoRRCF+kRZYuBFMDMSRF3sP0UaGwBEYPG5RRpht0Ri6+ZFG5TURGYW0UU8I3FEagZvRShZzERwvTJFb0JJRHDCHkaWTHNEdLGqRS0Oh0R3ZMtFfHpx</peaks>
+    </scan>
+    <scan num="1897"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT1070.59S"
+          lowMz="50.239196777344"
+          highMz="978.266845703125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.1042725e06"
+          totIonCurrent="1.0130447e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkj08EWk3MhCSVffRYV52EJKJdFFl0yeQk0dpUV2fsRCTVzVRYfn7UJTEJxFiwdwQlTw+EWOhMRCVkLQRZXb9UJXQ0JFrrUGQlg+h0WFslZCWH6rRY39pEJhUHRFglwFQmcFpUWbjVlCaTglRZYh/kJsy3tFiTNGQm79pkW+PPNCccyFRYCJsUJ2OuNFkmc4Qnf0BEYCfz9CfOJCRY7ADkJ/1WRFahjOQoDWmkWpmKlCggoyRY21A0KCvb5FmSC/QoQ2KkWSTxVChFWqRYJ+ekKGwzJFr0GOQofLcEWM6PVCjJW0RZEdEkKNxHRFv/O0Qo4GcEWDrylCjt8SRagnAEKO4wtFkNsZQo+yskWobgdCkUKFRZTgrUKRgV9FcqOIQpLDu0WS9L1Ck57ORYwU0kKUjiBFmjVRQpYEgEW4hIRClvU6RYNS5kKXa3JFliX0Qptlh0WHww5CnFWiRYAwDUKc9eNFk1mmQp16ckWvqpZCnc6pRYfqFEKeUxNFk5yKQqDsJ0WcZuFCoO9TRcF3UUKg8M9HEeYoQqDxzUbhbS5CofMaReOZ/EKh9MJFkK0zQqIzK0WC7kBCpMhfRYyLIEKmDMhHMlChQqfBuEWyRAlCp+LTRZZ27kKoBJtGGScIQqkL6UWFDY9CqhMyRZFuIkKr/S9GZIlZQqwIGkYxJ2ZCrAkKRtUEh0KsCfxGQFfuQqwU3EYll8JCrBXDRdk/7EKuBHRGi5chQq4KHEXyLa9CsA3KRZn5OkKx+dhHUHdEQrIMeUgXR3NCsiUcRaMqWUKyMahFpuE3QrLx6kWwvrJCtOpHRaAOckK1uV5FkLmAQrXF40Wr7fRCtdGMRpaUM0K1099Fhka4QrXckEWspTlCteGERbsK+EK17mNGSYeHQrXxpUXiFNFCtftJRpsqNkK1/BdGEZxOQrX9CkWeqhlCtf1+RjPGmkK1/oFGkt3mQrX/lUcY+8FCtgBmR56g/EK2AcJKukmhQrYCokgq+glCtgMpR5ySEkK2A/VHDQjGQrYExka0kQZCtgbWRgDUtUK2CFtGjvBmQrYOyUWM3wVCthU2ReMqxkK2MhRGFvsWQrgDX0fxGkNCuAzGRudV6EK6A9hHHWaSQroom0Wcm81Cuu/sRd0VLUK76HdFpZCnQr4Mq0X1o1hCwetvRx8lkkLB8ERGjzgrQsWv2UWRe51Cyu78RYAeqULLACdFiVdiQs4UNEW5nOdC1BTtRj4I7ELUoYVFnhXIQtd9ikWkAr1C2hSpRhnIykLb7y5FivYEQtwfaEWFJZ1C3J/lRal3qELdEUdFi95pQt16OkWch4pC33EMRbYRhULh+H1HpGpSQuH/gkWqavdC4qvARaKXiELkD71FlZ6QQuYHekgEQNlC6eZFRYSsC0LqClZFoMeWQuocVUWj3F1C7KjORbqIu0L1aFpFqML9QvetmkWlafNC/A+dRtx6xkL+B3NGP9i1Qv+9RUWv7zdDAGMvRa6uTEMBDjBFw41PQwGQKkWViphDAphDRaBGeUMDdghFiiFkQwPy8kWCUN1DB9GhRbFSzEMJ1eNFhqKqQwq7z0WTfzRDCzHdRcp2jUMPgXZFqPacQxAZ40YFzzJDEW4LRdmVCEMR7iRGQ1iTQxILWEXX3OlDEvA3RqLOKEMTdxBFoawzQxPIfUWh4zRDFv20RgqbREMZVfJFl716QxqCMkW8zjBDG/OZRZQTjkMeioBFrserQx9p8EW0EW9DIFrvRZqyw0Mg13JGtG95QyLWqUZ0xk5DJKjwRaXtbEMlHTZFkqVYQymcp0ePg3lDK2yERaanQ0Mtzf9FyZLhQy70oEbGMilDMX23RX9vtkMyDPRGmfHLQzL6LEfeYc9DNPkcRnYk40M1ybpF5fhMQzjWQEXXU5FDPIYuRZc6VEM9EvpF7O8jQz0Ud0W/40hDPRW+Rcl1JUM9FylFqtBRQz0YO0XJ2WtDPRlqRazeK0M+7YVHg9aNQz/t3UWMUz9DQJdDRa7ikkNBdjhGRq0ZQ0F9+0Wya5BDQYiHRgss6kNBijFG+7+dQ0GLy0WvP7ZDQZHERaDMekNBloRFw/IAQ0GePEYQtj1DRPQvRfq8bENFzz1Fiw4VQ0bvgkaTQUhDRyDaRY6fvENHhVJF9A42Q0fGD0XQLp1DSTr9Rk4UHENJTqNFlv7fQ0lQKkdSoq5DSVQURbEXxENJZWdGVHskQ0yus0W70AtDTh2ARY39nUNO+NtIT1KOQ077eEW4Z1tDT+5FRc4LPENQP4tFneK3Q1JNkEYFcstDV95HRfDTjENhDkxFupYNQ2EQMEXcImJDYYUURZv+C0Nr7PtHXccoQ2v2HkXs1dhDbYQ9RZ276UNx1DxFgzTWQ3P7cUWGYkxDdkauRY5U5EN/9xxFusi2Q4B+GkWV/etDgs6kRZIri0ODN4NFqQ9oQ4b1dEWfxI1DhvYzRZLiJkOJerJFpJJkQ4uwy0WhHwlDi/6vRfl+lUON7zVFutt4Q44tXkWs/ZZDkEClRbFRAEOSAWFFsltaQ5N5DkXTetVDl2r9Rb0JqEOYWzlGLmLHQ50anUWbu25Dn0s1RssTkkOg8SZHs+SXQ6DySkdUaX9Do4HXRaote0OkTKJGArD2Q6ROPUWgIvdDpGMLRbxCOkOl/VpFm+kZQ6dLdUWJDOZDqIqPRiN18EOtnw1FsAsBQ7Hr4EXIEDRDshiqRh/kYkOyMZBGFqoUQ7JMC0WoR7JDtL/aRaujiEO1+69FnhsqQ8Hi6EWs+BJDw4hqRemRL0PEZwZFn0BnQ8RsOkWq/SBDxv8/Rk4GkUPHQApFr6urQ8qYR0YehzRD0AJDRdSovEPRO2ZFr7ACQ9aZVkYPA2lD5WdqRoucXEPmlaZFiwcMQ+auMkWanpJD5snVRdVNPEPm479Fp0ACQ+xkv0WcWlhD7JakRcpIbUPsmF9GEHGfQ+yaD0XYuVJD7y6rRZc/hEQHbZFGOPZzRAoPvkWKI0ZECxm/RbzN0kQLMfhGRsgYRBDgt0WiVSZEEgv4Ratfy0QTz6lFm2PXRBT5zEXE8TJEG4zjRZPEl0QgjTJFsBbrRCErm0aMFrhEIzn5RZL6dkQjSnlFm8tDRCO6jUWuu0xEI7v+Rb2a2EQkGFVFmUTSRCUrjEZp/olEJhe3RZRZaEQnNixFq9uwRCpgD0W3Uz1EK5KvRZ/JlUQx2epFvECzRDjXfUWvhuJEONgIRa226EQ+PvBFnK5fRD/CNkWayOFEQYpJRhzO4URNZ0NFw2P6RFJPCEYKBfNEZlFORaqvXERwuXBF5ibaRHC9DEXudc5EcMARRc9O10Rwws9G+D9ZRHFs8EYP73dEcbZoRa1OO0R0kRRFnec+</peaks>
+    </scan>
+    <scan num="1898"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="278"
+          polarity="-"
+          retentionTime="PT1071.1S"
+          lowMz="52.651779174805"
+          highMz="998.182434082031"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.883375e06"
+          totIonCurrent="1.3035769e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlKbbEW7KzhCUsNDRbxXT0JT5thFug0GQln4vUXBhhVCXvGMRgPapkJga1BFzsfoQmOQv0XmMfBCZ2EWRc2MykJqza1Fxct/QmvrD0XpHRlCbDgxRe9OzkJ39ARGM537Qn0pgUXm74tChF3iRecrXEKE2R9GA5dbQoX250XPYTZCh+V+Rcl1IUKO4MhF8OkjQo8faEXqNABCkztGRgd0y0KV7xhFxxiEQpcj9kXX42tCmVLtRchCpEKZsdxF3kyRQpzBh0XzqFxCoOj1RdV9bUKg725GiXkjQqDwakeOffVCoPRJReafZ0Kh8xBGF/BjQqKybUXTMyNCpKTYRd9YPkKk8jtGA10/QqYGTEXJLx1CpgzPR0H/C0KmJrJF/xVHQqv9EEaPRYdCrAG3Ro4jZUKsCOhHHGrlQqwLsEYRv9tCrBTKRrenukKsIJBF9wt6Qq4Ea0ZcsjtCrgoeRj4qMkKx+dZHrhDVQrIMe0gzwW9CsvHDRdnOykK1tiBGCalaQrXIGUXeoRxCtdGURuklQ0K116xF/nK7QrXcvkYVRK9Ctd/zRe2lRkK17mlGod1hQrXxu0Zasz5CtftiRpqUuUK1/NBGV235QrX9dEY8ZDtCtf3TRl+ci0K1/hhGKq8cQrX+9Ud3vZtCtf/KR5H+E0K2AGRH3ZGYQrYBw0rwlN5CtgNiR9qbHEK2A/FHnVRGQrYE/UaFzPZCtgZoRojcYEK2CEhGw+iyQrYVCEZz32JCtjIIRlETAEK36L9F9jaqQrgDZUgcz6hCuAzMRzGnjkK6A9hHlBB5QsHrdEciqJdCwfBMRo1MH0LDiBtGEOeJQsV3xUXW1FBCxo17RelAZkLP1KpF5vj3Qs/ewEXzGPVC0hoSRdqIG0LUFMlGVw3CQtTIDkX2Rp1C1ppNRcB3sELXrnFF6elHQtoUu0ZJIRxC28zFRdto/0LfJghGAqyLQuH4e0fhe7JC5RFLRgJLEkLmB3hIG40RQubG3EYAE4hC6pbOReusPELyKoFGHZL9Qvjhn0YDR4NC+uZ1Rckl6kL8D6hG5cCQQv4Hg0ZENZ9DAPWYRhkF7kMBwQlF1wgVQwK+8UXpR/tDBZIfRe0yWkMGStZF8dQkQwZuTEXWQghDB3s2Rd36rEMI2htGBFphQwoViEYLr/pDCkHcRgLVc0MKQv5GAYQvQwp1xUYCqYJDCzAxRkSzVEMO+aRGKwWPQw8sUkYFl+FDD3wnReCPYkMP/rJF5/vKQxHuMEZ34QNDEgvZRgxiO0MS8DBG2d/qQxM7aUYOuWlDFQUlRevl0kMWy/ZF/4hxQxb9w0Zx5mpDF/RZRdAkcEMbC79GIC48QxyIDkX1Es9DHPnpRhU2l0MdvSZFzForQyDXfUbezqxDIta/RsRl/UMmk+5FzNvLQya9BUXoSsRDKZvGRlUCdUMpnMhH2/5aQy5WGEYIL+BDLlwMRhUwFEMu9KhHE+0CQy8Q8kXIeeJDLxXYRcdeGUMvRIJF65TdQzGI8kXzHjZDMgzSRrL4wUMy+jFH50SWQzT5EEY/GgdDNcd5RinVWEM41sJF7jXOQzjYKUYPfohDO3MrRgl76EM9D99GEwL6Qz0RKEZQRjBDPRJXRjd8BUM9E6lGITBsQz0UmEYOl/RDPRXmRhE3lUM9Fp9GMNlnQz0YH0YI1mpDPqnORe8U8kM+7YpHriSXQ0AMyEX71C1DQXYeRkn7I0NBfgZGI1g8Q0GKEUcvPjlDQZY3Rinf5kNBngdGZmHqQ0GiMEXFFfNDQx+TRiB0fUNEkEZF63k+Q0TxjEYMFLRDRPRLRgRUAENE9ipGC3ZnQ0bvjEaWmopDSTqVRrFK00NJSoZGAf2ZQ0lP2keusKhDSVTRRfbYhUNJZRdGrsagQ0z+F0Y3jxJDTddVReDQi0NO+NpIR0G7Q09wkUYJfyxDUk6RRlBxPkNSVo1F5TApQ1Pw80YFHVdDYQ86RegkAUNr7OFHNIO3Q26agEYJKlRDcWuvRfx7o0NxbDVGAxMSQ3FuLUYF30VDc4EoRgXnMUN3Z2dGAgoJQ33YvkXx83hDgHovRiVPCUOB0WNF5eL6Q4HSg0YHUmpDjDypRf6VhUOPlAtF0kuiQ5AdPkX86fJDk3klRf1i7kOWFvdF+DE8Q5drtUZg68pDl2zeRfhbMEOYW+lGD8XuQ5lhqEYAJ6FDm1WMRgg+ckObtvdF+N7HQ59IcUaerQtDn0vgRoLMzUOfUU9GO4XUQ6DuH0ax9RFDoPB8SCsaJUOg8t9Gl1TbQ6RNUkZBjWVDqIt+Rg1B6kOr8qJGB2GwQ7Hq60Zpzl5DshaQRjKWFEOyL69GW3F9Q8KCukXXLL9Dw4hlRl65OUPG/ltGtKE/Q8qYHEakwkhDztn6RfwMP0PVpUJGAZTWQ9aZSUaKwWtD2marRfJa+kPa6Z9F5p4sQ+FzOEXo7aJD5CwmReCQQUPlaHVGzna6Q+bJBEZK1W5D5ywzRfH/pkPo83FF1K03Q+o3OEYKHctD62TeRfY8gUPsmGZGfAmlQ/pnnkXwi7hD/ZeLRePr5UQC20hF8rfORALvlEX/zCpEAxP9RjSMaUQHWNJF9xl+RAdtNEaLzrFECEeURdocvkQKPUFF9JMZRAqeTEYjWc5ECzBZRpXhPkQLSINGEN7MRBGQHUYCOQpEEgv9RnzTTEQbZ3JGBpdjRCErJkbRMu9EI7umRoDL6UQlLI5GpJoPRCo97EX6ZW1ELlwqRejw+kQvFRtGMTCNRDS9SkYODvRENadBReooWEQ41xBGd00IRDpEPEYFCYNEQYpHRmgo2URBsRVGC0xHREXqzkXu3CJETecqRgU2wkRQE/FF7Hi1RFJOrUYcw1dEW2VHRfcwt0RboSdF+bw6RF73iEYSK1BEYC5WRgc4CkRukExGEyUURHCttEXwgZ9EcMIfR1sjYkRxbLNGi23TRHI7PkYFwRNEeYutRikRHA==</peaks>
+    </scan>
+    <scan num="1899"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="345"
+          polarity="-"
+          retentionTime="PT1071.6S"
+          lowMz="50.01286315918"
+          highMz="967.29052734375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.504588e06"
+          totIonCurrent="9.608024e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1900"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT1072.11S"
+          lowMz="50.204551696777"
+          highMz="989.578247070313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.284721e06"
+          totIonCurrent="8.670135e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1901"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT1072.64S"
+          lowMz="50.70051574707"
+          highMz="997.78271484375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.4348075e06"
+          totIonCurrent="1.0676446e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1902"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="315"
+          polarity="-"
+          retentionTime="PT1073.14S"
+          lowMz="50.488399505615"
+          highMz="991.694519042969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.5727125e06"
+          totIonCurrent="9.243382e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1903"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1073.67S"
+          lowMz="51.441444396973"
+          highMz="989.60205078125"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="5.8446005e06"
+          totIonCurrent="1.0046977e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1904"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT1074.18S"
+          lowMz="50.231048583984"
+          highMz="981.417907714844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="8.133434e06"
+          totIonCurrent="1.3457362e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1905"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT1074.67S"
+          lowMz="50.761211395264"
+          highMz="987.891662597656"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.7507815e06"
+          totIonCurrent="9.777955e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QksLe0WHOi1CXR5BRYaluUJgp5tFdtijQmF+iUWC8lxCaJarRYH0F0Jv/7xFdg5wQnD4nEV85BVCcW+XRYUKz0J3koJFjKmLQnfAS0VxsR1Cd/QDRhY/YUJ8mJlFmBZkQn0lxUV8H1RCgHq9RYGFBkKArctFfGCqQoHTgUWJoTxCgiw2RWp0iUKFEXdFiCFBQociNEWd9rBCiDyiRYTcOEKIYg9Fllp2QopOAUVwpqBCi9URRXQ2bUKPk0pFb1J3QpJnJ0WVxaNCk08rRYdfp0KU8sdFa4K3QpcaPEWRN+VCmYBYRY4EmUKb4otFuFzmQqDu1UYOxnlCoO9wRha7OkKg8H1HGQojQqD2/0WQpPlCofMvRcWo+EKlFhNFclcVQqYMzUc7N8hCp20ZRYtMnEKoBJ9GTIwBQqv8HkW3XxVCq/zLRgxHV0KsAehFhU2FQqwHWEXEdt9CrAf+RfjLxUKsCKpGwrgRQqwKcEWtUCxCrBSIRkqYnkKsJIhFlk+aQq4EbUX4MTBCrgo9RhqZy0Kx+d9ID7YoQrILqEWJG0JCsgx8SASntkKyJGdFvpa2QrLorEVuRx1CsujeRWl4RkKz+8RFqwo/QrXK40WImPlCtcuBRWwRaEK1zbFFrAhMQrXOQ0XGzrRCtdGRRnO4mEK12exFvwUIQrXhu0YAtzlCtex7RaR3UkK17YJFylEFQrXuYUZRrd9CtfG0RgYv4UK19ONFuaveQrX7K0aCjw5Ctfu0Rkf8m0K1/HlGGYobQrX+kUb7/gdCtf+JRxuj30K2ADNHlqgqQrYA60gjLNZCtgHJSq9/+0K2Aw9HvP4yQrYD8EeNzuhCtgUKRqZSakK2BclGHGH0QrYHhEYiiRFCtggzRpcyM0K2EddF+g1fQrYVKEYcQJ9CtiILRbyhuUK2MhVGAz6oQrgDY0gAktNCuAzMRs6y6kK6A9tHPZ6TQr4Mr0Wv/1NCvnJRRYR4jULB63RHEGfZQsHwUEaHwXxCyNJrRbZ58ULJTQNFi0DIQsnlB0WdnDRC1BTcRiN93ULY1WdFe2HhQtnk/UWGrrJC2hS+RnrREkLbXcFFixxIQtthkkWDlFpC3MMBRZcKxULh+H1HqdGGQuH/MUVfn09C4nBcRYWWnELmB4BH0xVBQubenUWAaNZC6N/aRbLMyULqHHlF3sEbQusn30WHnylC7JtcRZT08ELwHPtFmejKQvGFbUWJiRJC8i+yRXQB7kL1lhdFdEl1QvYXLkWzkuRC+F3RRaF5G0L5gpRFiQS3Qvnjf0WBP4JC/A+1RqZclUL8nVJFjj94Qv2mz0V2gPFC/gdxRclNhkL+DpBFnRAKQv5Ob0WMt1VDBvzQRcUkp0MIDStF2I6sQwpD7EW40+pDCrNXRabZkUMLFmtFh7rBQwsxUkXOK0pDC5bfRYxaR0MP23tFqylIQxHuK0X93+FDEvA1RxdZKkMTKHpFeWcsQxb9wUX+O/dDFwLxRYULp0MbC8ZGGPpJQxvqNEWNk2RDHvpkRbiNAUMgF21FoaIBQyDXgEbduxJDIm1qRX4TI0Mi1r5GkTL2QyMr30V9FPdDJFBpRYACOEMlLIRFgAF8QyXd5kWB6VFDJgw7RYLFhUMnbr1FgtzKQyeMokV8fdZDJ9tNRYL5CEMomGRFhcRPQyleBUWXN/1DKZo6RZqyNkMpnOpHg2s7QysrlEV0nMxDK/NuRZgFfEMt0MtFwsaZQy5eBUW6WlBDLvSdRqCgCUMxu51Fg8jeQzIM4EaCoUhDMvo3R9etwEM05jRGB0KjQzT5JUZochpDNbaoRXqe+EM1yQFGLICmQzf7M0WGb8VDPREgRaiyIkM9ElpFg1FsQz0TJkWIldhDPRQMRZp810M9FKVFqcqDQz0V3UXeAu9DPRoJRdxU40M9m2VFoXlrQz7tmEd+RDRDQO3NRapFjUNBddxGBn5IQ0GJzEbNQm9DQZ3TRh2rvUNE94pF0u+DQ0bvk0adLGBDSTp9RkDQGENJT7RHQXjkQ0lk5kZZSgpDSqgyRaHaj0NM/hBF2CYVQ04OMEWlHRNDThNmRYVITUNO+N5IMeloQ1G4oUWU1qRDUlERRhLyKENUbGFFiReeQ1TdsEWHL0lDWBJERc7jMkNhEnpGEcycQ2YV9kWLwP1DaPyPRYhxG0Nr7PVHDqWqQ3DL6UWR2d1DcW94Rgh5cEN4IjJFifMvQ3rs0UWb1gpDe0RrRZXq3kN/SolFjcW/Q4HTXkYISk5DhQbeRZY/mUOHVe1Fi4dUQ4g5TkWPdSVDiDo8RZRun0OMAQpF07FOQ43H8kWPn3lDk3khRa/QMEOTpJZFknjCQ5VJJEWZJf9DlkiSRYz05UOXbcxF2E7pQ5hZcEYDDrNDmKtHRYIqykOaRcFFgm10Q5rgIkWdVkRDm3QFRZNmEEOfIgdFqD6aQ59EkUXIPqlDn0YlRo15nEOfSBlGfpRwQ6CNF0V+FehDoOPPRZQEgkOg7T9GKLF0Q6DuYEYkSB9DoPCQR9nijEOg8cBGpTMLQ6Dyx0YODutDoPQDRddUf0Og/S1Fx0ufQ6FTr0WPge5DonPhRZlKtUOkT3ZF3nWdQ6Uub0WiBcBDpx50RYFzdEOoi01FzuLgQ7EVTEWCZIJDshgTRhT4jUOyMPhGQBVyQ7J8XEWG6A5DsujERh5dWUO7O3pFn8jWQ7vV70WEX5JDvaJ2RYqz6UPDXe5FmJkBQ8OLHkXrBJNDxfxnRYhnzUPG/W1GK8wvQ8b/YEW8+ZNDypgbRljz60PPfndFjXsuQ9ab60YKk69D2Mw6RZcudkPfCNZFl/H0Q+D/7EWdvphD5Ci9RazrOEPlaL9GgDcVQ+bGi0WfgnVD5tZ1RZp190PnS+pFpOTwQ+o3R0Wf40FD7JtJRgPuV0PtXo5FnbGSQ/CDrEWzAaZEAgL4RYai2UQDFaVF5tskRAdsi0ZHb4JEB24oRah0JUQKn4BFm7w4RAsAskXlXXlECzFiRi3e0EQPTaZFkYLPRBINu0YQ6ohEEnd4RYw+00QUerxFkZZ9RBpFqUWZfANEHTFZRZdiL0QhKnJGVYJjRCEsX0XvM/xEI73eRg5Lr0QkFSNFnDIZRCUsa0ZimdtEJgSoRYsAJEQuXdBFk/OhRDHd/EWJzAxEMi4/RZ47S0Q4srBFt9tVRDjZdUZTOO9EOgP5Ra1XlEQ7GTRFoyhVRDvmhUWdbn5EPFdBRaliLURBY9hFi7KoREGJ0kX4XvpEQrHoRYh+/ERDFHRFuKtcREuZoEWSGrlETog/RaGNA0ROrZRFhGZfRFHZ9kXD2BxEUlEMRhv1g0RitBpFlZKqRGP9skWMkalEZaeRRYgfEERnXKhFpWNMRGmUNkWLE+dEa/S6RYHNXkRwwSNG9x+URHFvrUYVCvFEdvkRRaI4gg==</peaks>
+    </scan>
+    <scan num="1906"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT1075.19S"
+          lowMz="51.832347869873"
+          highMz="989.589050292969"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.1788385e06"
+          totIonCurrent="9.816177e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1907"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1075.7S"
+          lowMz="50.778587341309"
+          highMz="989.567565917969"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.5469005e06"
+          totIonCurrent="1.0998745e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1908"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT1076.21S"
+          lowMz="50.882511138916"
+          highMz="998.89111328125"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="7.828241e06"
+          totIonCurrent="1.3204564e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1909"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT1076.7S"
+          lowMz="50.424652099609"
+          highMz="989.583129882813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.009522e06"
+          totIonCurrent="9.778782e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1910"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="377"
+          polarity="-"
+          retentionTime="PT1077.21S"
+          lowMz="50.371517181396"
+          highMz="991.389404296875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="2.1619365e06"
+          totIonCurrent="4.2415155e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1911"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT1077.84S"
+          lowMz="51.13582611084"
+          highMz="994.5439453125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="8.1615755e06"
+          totIonCurrent="1.4313316e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1912"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="292"
+          polarity="-"
+          retentionTime="PT1078.33S"
+          lowMz="51.404525756836"
+          highMz="989.593383789063"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.045301e06"
+          totIonCurrent="9.84065e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1913"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="343"
+          polarity="-"
+          retentionTime="PT1078.84S"
+          lowMz="50.047481536865"
+          highMz="974.387451171875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.317503e06"
+          totIonCurrent="1.2046172e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1914"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT1079.34S"
+          lowMz="52.003112792969"
+          highMz="989.611145019531"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.217956e06"
+          totIonCurrent="1.2448013e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1915"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1079.84S"
+          lowMz="51.506641387939"
+          highMz="995.71435546875"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.693961e06"
+          totIonCurrent="9.607658e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1916"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT1080.35S"
+          lowMz="50.910785675049"
+          highMz="989.598083496094"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.8057545e06"
+          totIonCurrent="1.2831246e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1917"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1080.85S"
+          lowMz="51.065994262695"
+          highMz="989.599853515625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.9458465e06"
+          totIonCurrent="1.153167e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1918"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT1081.35S"
+          lowMz="50.866100311279"
+          highMz="995.490173339844"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.187779e06"
+          totIonCurrent="1.0165663e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1919"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="290"
+          polarity="-"
+          retentionTime="PT1081.87S"
+          lowMz="50.375728607178"
+          highMz="989.613342285156"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.5732335e06"
+          totIonCurrent="1.069826e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1920"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT1082.37S"
+          lowMz="51.783512115479"
+          highMz="965.723571777344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.992759e06"
+          totIonCurrent="9.837463e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1921"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1082.88S"
+          lowMz="51.662879943848"
+          highMz="989.593444824219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.8485e06"
+          totIonCurrent="1.1394788e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1922"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1083.38S"
+          lowMz="50.869499206543"
+          highMz="989.6162109375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.617865e06"
+          totIonCurrent="9.691818e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1923"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="341"
+          polarity="-"
+          retentionTime="PT1083.9S"
+          lowMz="51.002384185791"
+          highMz="965.672485351563"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.224279e06"
+          totIonCurrent="1.049314e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1924"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="307"
+          polarity="-"
+          retentionTime="PT1084.41S"
+          lowMz="51.216941833496"
+          highMz="989.600158691406"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.689231e06"
+          totIonCurrent="1.0996778e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1925"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="359"
+          polarity="-"
+          retentionTime="PT1084.91S"
+          lowMz="50.459728240967"
+          highMz="989.591796875"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.0689015e06"
+          totIonCurrent="1.0035249e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1926"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1085.43S"
+          lowMz="50.250442504883"
+          highMz="997.2841796875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.2044645e06"
+          totIonCurrent="1.0472323e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1927"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="364"
+          polarity="-"
+          retentionTime="PT1085.93S"
+          lowMz="50.162990570068"
+          highMz="990.186950683594"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.2143135e06"
+          totIonCurrent="7.1589255e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1928"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1086.48S"
+          lowMz="50.881694793701"
+          highMz="999.900146484375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.6857525e06"
+          totIonCurrent="1.1216496e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkuG20WOIMlCUDYVRajSeEJRopxFjkycQlG8FEWaiOpCVa52RYoKEUJXSrJFp4PpQlpegEV+QhFCW1wwRa7mSUJb//FFnoZ1Ql4h7kWFW09CYoRPRZp9lkJjCVpFjd/oQmQAgEWKwzJCaWTORbSQykJq8LtFmwUUQmssvkWH49hCa8N9RZYUc0Jxm0hFgy/MQnVBBkWg3IlCdVIpRbPWDkJ39AZF9B51QnslaUWL2gJCe2y8RZ2RwEKBj5ZFn652QodQlEW1mVxCiKXpRZAOUkKI/+dFjGeQQoqNjkWfGPxCi+3/RZJb/kKMSxJFlUipQo1ygUWjKnpCj36pRZntr0KVBe9FkEGUQpeZmUWXbUFCl84BRYSQ/kKY7JdFob1TQp9lxkWaeBRCoO9LRz30NEKh8xRGBNyHQqYMy0eAaLlCphnpRYdtkEKnDM5FuZ37QqgEn0YlBl1CqQScRaExKEKpSZVFpoQdQqpWrEWoVzpCq5JJRZ5uiUKr7KpFngaJQqvxREW35ANCq/XiRau2okKr/Q9GeKnyQqwBrEWj2CpCrAJyRZ1gv0KsBF1F9XmvQqwI9EbnzJZCrAvjRbMwNUKsEChFv+q3QqwSwEW6/NNCrBTSRpK95kKtWQlFrWzMQq24E0WYvR9CrgR0RnWZrUKx+dpH/lPoQrIMfUgE2iFCsiVORZC3TUKy4wdFlYa0QrLk9EW5/19CsvKxRb7Ns0K1yChFnivEQrXOTEWbsLdCtdGFRpx/XUK12L5FxqQ8QrXdjUWkewZCteM9RaXtcUK17nBGUP8WQrXxuUZCZWFCtfsuRl89xUK1+6tGZgr/QrX9KUYPxxxCtf1wRfVHSUK1/eJGEnrjQrX+G0YCoi5Ctf7gR6mZuEK2ADxHtBCrQrYA40giEKhCtgHESswIcUK2AnJId8OKQrYDKUfezuBCtgSuRrRzo0K2BS1GE0LPQrYF1EYSI9hCtggkRoASwEK2EehGBbvgQrYVFEYAGJxCtjIYRm5Qj0K4A2FIA8f5QrgMw0cLlBlCugPdR2lU0kK67u5GBKAEQsHrcEdsu59CwfBIRoQBXkLENhtFrImKQsaJPEWf3sFCyL3RRajivkLMuF1FqMhtQs4BvkWokfpCzhRlRgDxNULRRdxFrRgpQtH7AUWT+BRC1BTxRmgDJ0LVmMpFr9LxQtoU1UY5dIpC2j4LRacomkLh+IBHzYopQuJYKkWSRItC4q5RRadaT0LkEupFk93qQuVp6kW140lC5gd5SAYmFULpiJVFp9lZQu6rGkWw2M9C7uH6RZsAZkLyhphFqr5RQveg8kW5wxhC+OAhRbdcQ0L8D7FG7OIJQv4HaUZ8OYhC/iobRaYeU0MCyLhFsEqrQwTzvEXOh6xDBaSBRZ7ZYkMIESpFvoDvQwl0IkWrr1tDCkERRdmRxUMK7VBFqaWsQwsk6kWx2kNDDI9nRcfpFUMOsXBFqCoxQw7L1kWRHHdDEBvQRceLpEMQWvFFnYntQxC2kkXCONlDERhFRa3qbEMR7i1FyICkQxLwNEcEOGhDE5EfRazInUMTzHZFui8MQxPbpkXHOe1DE/inRb9MbUMW/btGGZPmQxcI6kWSOPJDF6iNRans9UMagbFFzBvTQx76eUW5hyJDINd6RpikaUMhZ/xFj6UHQyLWtEaXI8xDJR3ARZrFYUMpnNdHpn60QywJPUWRzN1DLCoERZzaMEMtmwVFofKOQy2/iEWoXhNDLl6jRZ1GEkMujqFFxELqQy70mkaY3hhDMOKFRaA050MyDPZGnwH4QzL6Lkem+mtDNHfIRckC50M05ixFqWXxQzT5DkZ0HMZDNcmpRdGvOkM41ZFFyNjAQzo+BEWfAdZDPQzfRbkZMUM9EexFwC9GQz0T0UXV5+pDPRVJRei88EM+7YxHWsGUQz86WkWoWOxDQO3RRZ8+x0NBdihGK6pNQ0F9/kYTFwlDQYZ/RbuyYkNBihhHBg+zQ0GWUkW/yStDQZ4bRh+5cENBoktFm2gaQ0K8KkWlgIdDRPOiRfxHiUNFW1tF1K1EQ0bvjkaRNoVDSTvgRkwYjENJUQxHX6sEQ0lmSEZjg9hDS5eKRbJ5mUNM/hVGFSVtQ03W7UXYF6FDTvjgSEJIwUNPAmhF5RGrQ1AhU0W4nO1DVVqzRcX3QUNYFYtGCBIvQ2ENhEX51KdDZKvXRa/wGENmFPRFvHKmQ2fuMUX1rE9Da0WuRZqPukNr7PpHDmeqQ3FoW0WzXylDeUEgRaKvOUN5fdpFk+E4Q3o5ykWUtNFDeq6aRaFHDEN7Mw1Fna51Q35ubUWktVJDgSv+RbDPK0OB0MpGBOJSQ4g6QkXXiHBDiU7GRbVP+UOL/hRGAsqQQ4zii0XJfbpDjsYbRbVkaUOTeP5Fxs/XQ5dqpUX1PIZDmFnDRettBEOYWuJGABSHQ5iTCEWoY5pDmhfoRePxoEOfQjtGGWoEQ59FWEZ10jxDn0a+Rl+YL0OfSCBGAHoGQ59IwEYVAUNDn0ovRe8CPkOg71xH8CdBQ6DxukYauX5DoPzVRbL+qUOiNTVFpS3fQ6RLjEWlJotDpaqERdbF10OojolF1DCMQ6qU30WlBtZDrFhcRZzTuUOw7j5Fr+BBQ7HNVEWbZ5tDse3lRaRtU0OyMSpGDxkgQ7LkvkYJiGNDuHXdRbDDNEO9Ne9FqLTKQ8OGV0XvAo9DxmVnRcB7gkPG/OlGHUzcQ8b+wkYiufNDypghRlCin0PLt4RFuEDiQ88zREWhUXtD0yBdRZ1aOkPWl11GBVGPQ9w4S0WeY3hD3eNERcnA/0PlbDlGUww5Q+pjR0WyHFRD7JZhRhjHqkPsmWRFpautQ/vOcEW6w7JEAxKaRizX/kQHa9RF4BRcRAdtUUYIM2dECp/eRcRD50QK0DJFswaGRAsxfkZBfnZEDcAeRcNezUQPLpFFr4MFRBH/CEWuQGBEEgpoRhF0aEQTPnZFp6ayRBRyEkWzEzpEFPjQRaoJhEQVnt9FtOrVRBXAi0WfudZEH99VRdkov0QhK0RGfazDRCO6L0YShMlEJRw2RZ5ET0QlI+lFrv3fRCUvIUZA3a9EKHOIRc/20kQon89GC5MrRC5P/EWcRQNENDBMRavlyUQ3fNpFszQxRDjVTkXzLkxEQG6xRa+czURBihpGJkteREVvVEW6DuRERXsGRbZe90RGW75FqTHDRE9JkkWzMDVEUedyRa6h/0RSE7ZFrYcXRFJMo0Ww8sxEUmrmRbeM60ReZZJFsXtdRGKHYUWjZh1EZYPwRa1X3ERvPvhFvEYTRHC+3UYlLz9EcMIsRwtjkERxamJF+BAGRHdmcEYfO1pEd6DBRcreo0R4vmhFxqVsRHj41kXDl5JEeR9tRbhsGUR5+ZxFwLmi</peaks>
+    </scan>
+    <scan num="1929"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="339"
+          polarity="-"
+          retentionTime="PT1086.99S"
+          lowMz="50.356792449951"
+          highMz="977.842956542969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.0684e06"
+          totIonCurrent="1.0332798e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1930"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT1087.5S"
+          lowMz="52.705596923828"
+          highMz="989.624206542969"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.4226095e06"
+          totIonCurrent="1.0784183e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1931"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="313"
+          polarity="-"
+          retentionTime="PT1088S"
+          lowMz="50.626358032227"
+          highMz="989.575744628906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.034569e06"
+          totIonCurrent="9.709637e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1932"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT1088.51S"
+          lowMz="50.69214630127"
+          highMz="989.594482421875"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.1735645e06"
+          totIonCurrent="1.0166103e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1933"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT1089.03S"
+          lowMz="50.716171264648"
+          highMz="990.965087890625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="6.446984e06"
+          totIonCurrent="1.0978729e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1934"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1089.54S"
+          lowMz="50.250694274902"
+          highMz="994.874755859375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.9144785e06"
+          totIonCurrent="9.60236e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1935"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT1090.05S"
+          lowMz="50.80863571167"
+          highMz="989.596374511719"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.991355e06"
+          totIonCurrent="8.297369e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1936"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT1090.58S"
+          lowMz="50.654914855957"
+          highMz="989.603332519531"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.36248e06"
+          totIonCurrent="1.0337516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1937"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT1091.09S"
+          lowMz="50.456085205078"
+          highMz="992.85888671875"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.855529e06"
+          totIonCurrent="9.91923e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1938"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1091.61S"
+          lowMz="50.490943908691"
+          highMz="996.125305175781"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.5707265e06"
+          totIonCurrent="9.389319e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1939"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1092.13S"
+          lowMz="50.107421875"
+          highMz="995.1767578125"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.9705775e06"
+          totIonCurrent="9.808664e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1940"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="370"
+          polarity="-"
+          retentionTime="PT1092.64S"
+          lowMz="50.915832519531"
+          highMz="989.585021972656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.1108505e06"
+          totIonCurrent="8.86224e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1941"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1093.17S"
+          lowMz="50.866981506348"
+          highMz="998.230163574219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.0329765e06"
+          totIonCurrent="9.98201e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1942"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT1093.68S"
+          lowMz="50.865558624268"
+          highMz="989.604064941406"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.1739805e06"
+          totIonCurrent="1.0362011e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1943"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT1094.19S"
+          lowMz="53.424098968506"
+          highMz="988.229125976563"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.032744e06"
+          totIonCurrent="9.750006e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1944"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="264"
+          polarity="-"
+          retentionTime="PT1094.71S"
+          lowMz="50.861385345459"
+          highMz="989.588317871094"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.3935945e06"
+          totIonCurrent="1.2211271e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1945"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1095.21S"
+          lowMz="53.31986618042"
+          highMz="993.544982910156"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="4.6025915e06"
+          totIonCurrent="7.56025e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1946"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT1095.74S"
+          lowMz="50.863285064697"
+          highMz="989.5791015625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.0491695e06"
+          totIonCurrent="1.1715428e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkt0AUXQ58ZCS6SkRZ+fAUJMDFhFk7jZQk2p0UWPo+pCTfTiRZdpOkJQEwNFkDODQlG+r0Wd9+hCX/8YRZS9rUJkW1lFlhAHQmT4ekWj1DRCaUUYRZbU7EJqcbtFvgJrQmtMkEWm1mxCa7iiRZbWxkJsjDlF1rP4Qm45nEWfdBhCcVYfRZ75wUJyKQ1Fn/UHQnPv60W4NgBCdD75Rchh70J07E1FwetUQndJoEWWmhZCd/PrRkB5AkJ+e3tFwIkjQn+P5kWVkldCgQp3RbqS6EKGRvxFpBhbQoh580WX2FBCivdiRZz6mUKL/JNFs0/uQpIkJUWgaBZClQetRZsk8UKVZmxFmmvcQpYuE0WgacFCl7TyRaO9EUKbLj1FscBtQp2nMEXSaXlCng/vRa7vbUKfT3NFqkhhQqCfr0WcAWdCoOPDRaT2n0Kg7tZGtCIqQqDwNUbmLR1CoPFARtrNX0Kh8yBGC3XqQqJ89kWZ/p1CooiVRZjrt0KkSH5FwrnxQqUN7UWiIT9CpdkERay6MkKmDMVHbAzYQqeg/UWWhUpCqASZRloknEKpGlVFsaVBQqpyYUW4gO9Cq1rjRafKXkKrxPNFpwFkQqv8nkYjKBVCq/19RjH0MEKsAlpFtc3yQqwIb0ZueutCrAk8RtWHs0KsCftGGo35QqwLTUXYyj5CrBDXRcffqEKsFSJGRHZCQqwohEWqCcpCrLEBRadpFkKtJHVFqr/gQq4EekaK3E1CrgoqRg87gEKxDTpFrSlbQrH510foNZpCsgx4SAJ/BkKyJAJGHTFuQrIwkUXCb3VCszOoRaF/MUK1x/lF3i1IQrXJwkXlKLdCtcrDRb0450K1y4BFs4iuQrXRg0a/VfBCtdTpReuBikK17mhGh1cVQrXvhEWq+CRCtfGdRkqryUK195dF/NFEQrX7QUaZzWpCtf3URqOKKUK1/t1Hi+FIQrX/30c/lKlCtgG/Stcfo0K2AohIn9OGQrYD2UbWLLJCtgRnRuQIVkK2BK5G1L5+QrYFYUajPgJCtgaxRljwt0K2B3JGC9VXQrYINUanv5JCtguSRe08e0K2Ed5GQRdMQrYVKkX2UL9CtjIORoUilUK2gv1Fw6ZOQrgDXkge5QlCuAQnRg21ikK4DMdG4kZ+QroD0UeJejdCvgynRdYFUULAatdFsYdyQsHrbkc6EZdCwfBWRtE3ZULDpptFvUvmQsVscUWy459CyTlzRbYN8kLOFFxFzQngQtCCB0WvpFVC04gWRaQrPELUFNtGLpUoQtoUs0Z25jZC3GomRafr7kLfzF9Foi0ZQuErbEWzKtxC4fh5R7U6SELij7NGLA6fQuYHd0gPSG9C7JP2RcAyvULvIlJFnwhtQvAc4UXAwutC8Q3NRasiAkL0Y4pFtPckQvYTDkWp0RxC+KD7RbqpFUL43WFF4b7FQvo84kWcOjFC/A+tRsacMkL+B5ZGJeHoQwCHdkXDEatDAPWqRb/9qkMBDfFFolkZQwEOLUWoNuBDASHhRZjhx0MDEZFFwy87QwVLE0WoKhlDBglLRcXOqkMJC5lFxT8zQwsk2kXOp11DCzEjRhQCjEMMHiVFuYDYQw5iJ0XCA1VDEe4jRfJbbEMSCPlF/SrGQxKtTEW2oZNDEvAhRqPAy0MTdQtFui0/Qxb9yUYhh9BDF6HMRZ9qKEMaf+xFsQAWQxylzkW6hIxDHZYKRbJ04EMdnoFFrAxDQx5VHkWz44lDINd2RqMb7UMi1rVGqMgqQyMTM0WyP8NDI7jURbhdpkMl4+hFp5EiQyZG2UX030RDKR4wRcjTuEMpU11Fto3aQymdIUepnEJDKZ7LRgPMoUMraFRFyph4QytrPkWfTRJDLLlHRaPNrkMuIR1F01zdQy48zUXO3ThDLvSjRoqKg0MwbI5FsWaLQzDhrUYFsElDMgzyRoT9W0My+i9HrOGYQzT5EEZt4UhDNbZoRbKFYUM1yLtGEsV6QzgwNkXP1fJDPRDJRekKQkM9EixF7lpaQz0TgEXqsSdDPRSmRc4IvUM9F4ZGB3UnQz0YMkWiMhxDPStXRcBy9UM9uo1FxdXJQz7th0dzzkFDQTeKRZKaHkNBdmNF/byGQ0F+OEXM3Q5DQYpYRu7yzUNBjFNFmdd7Q0GeUUYiGBxDQ7KKRb64ckNG73lGaKORQ0k6uUaIr3tDSUrfRgSnIkNJT+9Hd+afQ0llJEaLPtdDTP42Rg4dEkNO+NhIOTkcQ0+HDUWh8PJDT9XeRbYKTkNSStBGBujHQ1Ttl0XTV0FDV0YbRaxBdkNXhfRFwm6hQ1fnmUXo5sxDWBRgRhtw0kNZ5qJF7QUpQ16bVkXQV0tDZkS3RdOIy0NquHlFrGUjQ2vs7kcbCrVDbJVARdLImkNvvfVFwrtsQ3APEUWoEqVDcWhFRfN9AEN4hfFFqUWwQ3+mtUXAdy5Dgc9lRjWLh0OC0BhFwrMXQ4ORykW2wZlDhvTLRfwpekOJ3a5FrWjHQ4s8q0Wa3axDi/yaRjSPdEON52VF2BlPQ47jb0WuwGRDjzGGRbjkwkOXUNpFta3mQ5dpPUXtFS1Dl+HWRagtwEOYWltGRuvyQ5s21kW6nSVDnJClRchSmkOcnhVFshvbQ52VBEXSCUBDn0JtRjhhpkOfRNdGt25KQ59G3EXjqQJDoO4WRs19AkOg8RtHswyjQ6D9M0YOpeJDot7yRbMt3UOkSnlGIip6Q6Y+u0XAW4dDpucnRZpjFEOoiu9GB41rQ6zt50WsaINDrtIcRbJZEkOvbYBFpOq9Q7DUjUX84epDsQk8RaOt8kOx7ddGBvBxQ7IXvUYb1DpDsjCaRkKgLEOy42dGGlfOQ7bNO0WlswFDw4UcRf4yfEPEVsBFvRAGQ8b8e0WzG6NDxv3uRnZGEkPKRshFvkLwQ8qYDEZsNKFD0gd8RapnZkPSPHBFyQCwQ9aVr0ZU/TpD4fgXRcOxtUPlZ99GgBCFQ+VqQ0XXuuhD5sh3RewXQ0PslENGMh3OQ+zrPUWpGNND/p5ERb+nq0QDEZRGMvVqRAQ3a0XJ6M5EB2ziRmRI3kQJJG9F5Aw7RAsZE0YT3RtECzE6RmRfJkQNjpBFzUrjRA2RCEWvkK5ED3SfRbS0cEQQeqlFuwQ7RBIJYUX1/C1EFYoBRbxXE0QWsitFxbCxRBf/SEWxoCZEGHZwRa7guEQZtR1F0Z+pRBpk6kXAMrhEISrTRqMISEQjuQ5GGmUTRCUsL0aRrchEJS6rRgGbeUQnKRpFn3iERCig90XHUrlEKdlHRaWWrUQrq+BFykxTRC0WYUW4DE9ELl7xRfaDY0QyNtBFpz3VRDjT8UXjtjtEOSgiRaK8y0Q5KjxFpdEERD1CEUXPE/FEQYqHRlQeY0RGYHdF3a3gREqCikW1VJVETx7zRcGMZURQPhtFokk+RFJLM0YRwdFEVE67RdVlvURXCeZFxfBpRF3UBkWsfplEYPF2RbFhXkRiL65F7BWXRGLyI0XKJAJEaPg9RcrMcURwwYBHF3YqRHFoXkYdUB5EcorORaQGSUR3TrNF0sigRHdlEEXiON0=</peaks>
+    </scan>
+    <scan num="1947"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT1096.25S"
+          lowMz="50.121212005615"
+          highMz="965.642150878906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="4.9934195e06"
+          totIonCurrent="8.0776965e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1948"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT1096.77S"
+          lowMz="50.831825256348"
+          highMz="989.609191894531"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.274937e06"
+          totIonCurrent="8.843831e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1949"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT1097.29S"
+          lowMz="52.913631439209"
+          highMz="989.624572753906"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="5.2100805e06"
+          totIonCurrent="8.929113e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlOnj0VYZihCWn4vRYiA0kJasnVFghbJQlv56kWCVwVCYyObRYyojkJja7BFcqRdQmPT0kVvkqZCdCyrRU/ha0J2fCpFYwYgQnfz/kYQ9glCeknwRVy4HkJ6/iVFfs6OQoZXhkVyjJZChlevRWx8h0KGwnJFloInQob20kWLx55CieYZRWz/ZkKK0MJFaWIyQorkokVjTNpCjMzbRZCQhUKN0wdFXxFEQpBu3kVeOt9CkwBERVgemUKTSyJFiStYQpYEeEW3u+xClyYARWDkDUKYRb1FgvqzQpk9pkVcS9FCmg6wRW8w2UKcIGxFbubhQqDuDEVtKXZCoO7rRgLG1EKg78hGp8EEQqDwJ0b7ylBCoPCXRu91ikKh8xRGBo/HQqLTiUV7t/RCpgzXRzxH1kKoBKlGioKjQqtdoUVllVZCq/zQRivITkKsAXtFnp6BQqwFkUVu9ItCrAfURXUHDEKsCKNGqWQ0QqwUgkZEb5dCrOfcRYePA0KtOX5Fbt0KQq4EgUYzBJFCsfnmSEEfREKyDIVH8p3AQrO4jkYAy2xCtZBYRWtOOkK1zWZFj31nQrXOnkV8f5JCtdGQRpoqEUK11WFFmF6rQrXV4EWSa0VCteGHRcxKH0K1485Fhr0HQrXucUaAXadCtfG4Ri4ewkK1+11GI5qjQrX71kYMGfxCtfzQRgWg9UK1/X5GD4vMQrX+KkaT6mpCtf9tR8Fr20K2AFJHoSWLQrYA/0iBLV1CtgHPSp7/wUK2A0dHx68/QrYEDEeZx5dCtgS9Rp7MTUK2BSlGGralQrYHjUXH0dZCtggQRgS4yEK2CFNGAgvnQrYI8UWafA1CtglrRdM0/kK2EddFwzcQQrYVOkXYbKlCtiHpRbRv9kK2MA1FishsQrYyL0YpqLhCtjdyRYkcWEK3w2FFidVJQrgDbUflXsBCuAzSRrebqUK4Vj1FzCEwQroD5kcfjhtCu3WbRYEH3kLB63VHM5n7QsHwRUZel2NCxAx7RakZVULIAgFGFpTXQshDG0WJg59CyJpyRY6PLELOO0ZFX/IZQtMA8UWJsZJC1BTsRiA/nkLWl2lFk38WQtcrVUVmKfhC2hTRRlOkNkLh+IdHoCIAQuIL50WDBRBC4q5BRZ8uZELmB4VH2ielQubGIUV2rqVC7JdfRY2zAkLtEXdFbuB8QvCGukWT+E1C8ycaRVyfAUL4jm1Fah8oQvi7j0V6PJBC/A++RsKij0L+B5pF4YKsQwEHxkW+adNDAQ40RYhwG0MEJutFechcQwUp/0WCHShDBtBhRYgVHEMJbKFFjuw7Qw5r4EVbfQ1DEJUmRYVyzEMR7lRFpNZ8QxIKzkWOutlDEgtjRZHpqUMS8DVGsWYWQxb9xEY4l5ZDGNa5RXhKPEMg13tGmBgkQyLWtUaML8RDIvuFRatjmkMjuolFuWvmQyPBv0Vl2iZDJFb7RW2J5EMlgAlFZMKtQyXCREVukW1DKZyaR3cPrkMtzTBFZzoRQy3N70VZ8L1DLlvpRW6lbUMu9K9GOWnPQzDhAkWnIwZDMgz4RnVWJUMy+jpHrcYUQzT5HkYMAgtDNSWPRYQipUM1ypJGECU6QzbAhEVpHIVDOAU9RYPNzEM4lL5FbujqQzjVoUWYiC1DPQ+eRbkoJUM9ELFFvXAcQz0SvEWquSNDPRQuRajmeEM9FMlFyD6IQz7tl0cvGAxDP4KRRYhbiUM/sNJFjJGTQ0F1p0W13/FDQYnGRvArMkNBlbFFp9maQ0GdsUXM3/dDQkPoRYlq2UNE87tFryz+Q0ZQKkVbFHpDRu+PRjIXA0NI8z5Fhym5Q0k65kZThTNDSVAgRzE5OkNJZV9GSwAqQ0r+DEVcMvBDTP5IRgUE6ENO+OVIESeEQ1D500WEPsxDUkz0RZezJ0NSTf1FXF1CQ1MCOUVZiVJDU9aaRV3PdkNU7dtFjdu7Q1d4nEWTSb5DV+eyRgiLPENYeS5FjQtJQ1sbMkV1uwtDYQ30RdXQ2kNr7PpGu9fsQ21s6kWSQStDcWAHRYi6bENxavhFxQy0Q3aBzEWRJuVDebw+RY6enkOAekFFkqf7Q4HQsUYBQhFDgoESRYJg70OEGgVFjrFcQ4Xg7EV/6YlDhvP3RaeeIkOL/lhGARulQ5N5WEXFVoxDlfCpRWpvqUOXarhF9drgQ5hZ0UXJnx5DmR7RRYdaG0Oaey9FiSwQQ56T4kV28jxDn0TBRiFFjUOfRgxGCTElQ59HJ0X+an1Dn0ojRjQ56UOfTFZFzVUMQ5+d60WE9SFDoOvwReF9PUOg8DxHtjsrQ6D4dUVfYmZDojccRXJVe0OiwvFFhXyFQ6RMQUX6wzFDqI17RZhMUkOyGa9F5QEDQ7ItyUVpXwBDsjKXRdSq/kOy5Z9FiXWQQ7WHL0WKZexDwoOyRYS9TEPDhz1F3Y0HQ8b6kEV3vnxDxv0qRlYKWEPKmDxFzMkwQ8qpS0V3SohDz0GqRXcyx0PQILJFhLmxQ9aX0EYjHXlD1r0SRZEdoEPZCChFc/dcQ9lvzEV4MFtD2godRXx1EEPcxPNFk2sIQ+KqPkWAaMhD5WjTRhR3XUPla8BFjqQiQ+bE0UWEVgpD5sd+RbzWqEPqOB5FsMkwQ+yXHEXvUSRD7psPRWGXSkQDEwNGGah5RAdsY0Y5RTJECaotRZI31UQKu4tFhAJVRAsyuUZIeNpEC2PfRbo0cEQL0aBFnDyzRAyhFkWFxgZEDMoRRYo6dEQP0dNFjluuRBILCUYd2ftEFTCiRaluo0QhKlBGbeHWRCO6rEYq2wxEJSy3RfCPLEQl5TNFiVwtRCpROUV29lREKoJ3RYUmWUQqnXhFuqarRCrz+0WE0kJELGv/RXr5akQvqxRFsgACRDjV0EYK1F9EOR+7RY1Y6UQ7hMlFqI6+REGJ/0YdTGVEQu3QRaFhDURFsnBFhOTfRFJNOEY07P1EYV7ARYQO6ERiKztFnPAqRG7i0UWgSHlEcMCqRuMjFERwxAhGA60RRHFq0kXvnHlEd2f5Ra4/Yg==</peaks>
+    </scan>
+    <scan num="1950"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT1097.81S"
+          lowMz="50.079524993896"
+          highMz="995.201416015625"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="4.8608425e06"
+          totIonCurrent="8.03908e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1951"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="299"
+          polarity="-"
+          retentionTime="PT1098.35S"
+          lowMz="53.460258483887"
+          highMz="989.600646972656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.6610365e06"
+          totIonCurrent="9.169953e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlXXTkVqYMxCVz6WRY7M50JXkVVFgihOQlfG4EWAONhCWrEaRVVNIUJdCudFidO7Ql5BOEVm/01CZPu+RYTRhEJp/yhFZcSoQnEtREV2hSlCd/QFRhSf9UKAscRFd8PHQoGzikWFkJNCg52qRV33GUKENo9FXq8KQoViLEVzUPpChct+RWAvikKHYsFFceteQoiNaEVuZ89CiXy2RV6QdEKLpn1Fjb98Qo6HtEWIIPJCjrTXRV0d/kKPdc5FhlROQpEy10VtthpCkwLtRWCdqkKW8bFFhrXbQpeZNUWNcqJCnHfvRWMmPEKeuctFaUgoQp7bqkWD1y5CoOpSRbXCBkKg7vNF2Xv0QqDvp0ZjblNCoPCSRyZkjkKhvZtFee/xQqYM0EdCPFBCp6egRYXb5UKoBKJGRXZeQqmOuUWS9E9Cq12zRcfb5EKr/H9GNu+VQqwBMEXYC8VCrAhmRsi3G0KsC0lFZJkcQqwL8UVyifJCrBQ7RiqOIkKswLVFjPfCQq4EhUZzqQNCrgo2Rdo60EKwAgxFq2uvQrH54kgCDwVCsgx/SAgSt0KyJDpFc647QrM5EUVWxfhCs7iWReD5zUK10YpGnnnmQrXdakXiS+NCteVCRZXnikK16HRFicysQrXucUZ5aINCtfHBRiQV6UK1+1pGiLkOQrX+JkZGH9JCtf6fRrlzoEK1/3dHHmlCQrYATked1JlCtgHHSqzC2UK2A0BHiY2PQrYDy0bOQPBCtgRURqAnqUK2BLhG1bxXQrYIREaWbx1CthHnRg8L10K2FS5GDFSKQrYZkUWL5SlCtjH+RjNUNEK2NBJFd1fqQrY0fUVqDBxCuANlSAU230K4DMxG7aenQroD2UdAtphCuu/XRZNsL0K+DNZFoe76Qr9xNkWD8wdCwetyRyk330LB8FZGhqzLQsLdxEWE/FRCw4fXRcqZX0LHbvlFfvgaQsgB+kXfFVdCyBSXRb87q0LKFr9FbRoPQstl8kV0gUJCzLsjRbSJu0LOFIdFq0MMQtJHRkVpVZJC0+kxRXGcfELUFOVGPc2PQtaYikXIHidC19YbRYlN7kLaFL9GbT0VQtzycUV7kSRC4TEzRc4rVELh92JFn5QyQuH4gUeQIDhC4rCHRa3GekLjHh1Fc2lvQuYGaEVpNbpC5geCR/BiA0LmD7xFkIUCQuoJvkV+e15C6lVHRXm30kLsVCpFZtjBQu8cg0WLO15C8BzPRarN2ULyDvpFi1FwQvwPrEaXnuZC/bvgRWpY5UL+B4pF6jtAQwAOuEWZIi1DADqTRXGuZ0MA9XJFt9V1QwEOMUXJ9NFDAqHtRXKAPEMCrzhFiAd3QwQZakWEO7ZDBOnNRY70dEMG/OJFlZftQwgNE0WrHMtDCQt4RZsEvkMKQdFFpFFEQwpYOUWF2sRDCsWARaP2vkMLMUhFjhl6Qw19l0WTxeZDEBtBRY7rfUMR7kBGG7v+QxLwNUbKQgpDFEIkRW49mUMVLP5FgihTQxb95EXsO/xDGoKmRZYikEMfh31FmIVrQyDXeEabRs1DISpwRZPr+kMi1rZGjM1UQyL7gEXTm2RDI7tiRfNy40Mj6fZFf+nVQykAqkV5oBxDKZyXR3y58EMrER5FeCZ6QyyQHkWYxyBDLl6bRY5ikkMu9KlGnIMYQzDg9kWQRvpDMgz5RpEcjEMy+jJHwkS4QzTmIEVwU1NDNPkRRhQDn0M2xFhFcq37QzjWcEXVzsRDOlwPRYgiOkM9EY1FpfN+Qz0TnEYKZqFDPRWdRazJS0M9FrBF2jKtQz0ZM0Wxd2tDPTYIRYTZ10M+7ZJHBRtWQ0Bqj0V2IatDQVijRZtnsUNBdXpGGwb6Q0F9TEXyvcFDQYl4RtplZUNBjh5FsiVgQ0Gdc0YgJSZDRIhuRXyAD0NE9JZFx1PHQ0XOgUW479BDRu+lRhfXGkNH4S1FaMB2Q0jrz0WKMtFDSTq4RmG3XUNJT/VHOF9+Q0lUBUWbva5DSWVHRj8mz0NJaUNFlkxbQ0wpUkV2Q9BDTP5KRe7c1UNNJBFFow6SQ02iDUV2xvlDTvjlSB7yk0NSTeBF1sOCQ1R8yUWHXHtDVmBCRYkaR0NXRaBFmecTQ1eTUUVtfO1DWBO2RZxwWkNhDtFFvERFQ2EPy0WHaVRDYiT0RWjJLUNidHtFgJByQ2fC1kWC/EdDZ+6mRZnyHUNoFudFa6NwQ2ivEkWGuxJDa+z5RsXSA0Ns2KdFeeGWQ3EdlUWKvSNDcUL0RYSnVUNxa8FF8fIoQ3T3L0WQzwNDeUkwRY5O+UOAeiFFmc/fQ4HRRUWzFAhDg3t1RYqrhkODtbRFkXjgQ4TuuEWFe4ZDhtb7RYx6VEOIOfpFvQqVQ4uEXUWEb9hDi7saRZvOLUOL/tFGB/K5Q5drUEYXaONDmFnLRg1xHkOZx3JFn3IVQ5yMgEVx875Dn0SwRfEhXkOfRhJF50FLQ59Ic0XLpZJDn0naRo0zUEOg7txGb6x4Q6DwpUfOJ7VDoPJ3RovBL0OlzAZFhxJqQ6iLLUYgqP9DqRUHRZ7xVUOpxuFFke0LQ6x1sUWAZolDrWMURZUqfUOyGE1Fs5lCQ7IxZkXGDsVDsuXlRgesckO0YyFFb5l4Q7qGe0Wb38RDw4f/RdLPxEPEte1FnqxEQ8b9IUY31EdDypgjRhGVkEPOYGdFa/ChQ9LElkWClpVD1FyHRWx9DUPWmKtF6mrDQ9b9OUV3vJJD5WhWRocUw0Pmx5dFndgYQ+yXykYxLLVD+nQoRYOAy0QBSNlFiWzeRAJG00WWNXREAxOGRhLe60QHbEpGMfceRAi2z0V6bSJECxlQRaW1pkQLMbpGDS3HRA+vhkWIVr5EEgt/RickLEQSYHpFok0zRBNjpkWCyzFEHO6eRZa7DEQeQRhFhfawRCEqNEZXpJ1EI7tXRgmgZUQkqZRFi5PIRCUsY0Zp3UFEJjoFRZYtVEQmv+BFnYTERCigAEW2XzBEKRdCRYYBEEQr29pFnxEXRDa4+0WWeiNEONZ+RfivXkRBibVGBfUnREK2DUVu+jxERg/5RYSnjUROL1dFknBoRFJOD0YXkeNEVQofRZALxURdpthFmVwARGi5S0WNMApEbqdRRYkBYkRwu8tF6orkRHDAkUbugPtEcMkURaSvr0Rxa69FzNQQRHHmWUWZ26tEd2ZxRb3CFQ==</peaks>
+    </scan>
+    <scan num="1952"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="284"
+          polarity="-"
+          retentionTime="PT1098.86S"
+          lowMz="53.087379455566"
+          highMz="996.987060546875"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="5.4028585e06"
+          totIonCurrent="9.016361e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1953"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1099.39S"
+          lowMz="51.71231842041"
+          highMz="989.642883300781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.340955e06"
+          totIonCurrent="1.2251033e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1954"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1099.89S"
+          lowMz="50.274211883545"
+          highMz="989.635437011719"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.442051e06"
+          totIonCurrent="1.060312e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkYy0WJNStCTIGxRZo3rUJPk8VFiNOnQlQCG0WO9QBCViH2RZ1780JWb3pFqC1rQluwZkWM/zZCX02ARYP9MUJgcs1FkDIiQmCQVUWgfkhCaXQ1RZK1UUJpi3lFjDidQm3o0kWOYRJCb5K8RX+zYkJv8j5Fj25hQnEuBEWDVZxCefd5RabKxEJ+3sxFju4zQoKPr0WbhXdChCSZRaGMW0KFcg5Fl1EkQolEckWaLu5CinjKRahwkEKMbnFFjWZoQozvCEWV/t1Cj5ypRX1mZEKQvCJFjgNhQpM9T0WL6QJClNvORZG3P0KVSLpFvYPpQpVPakWK6EtClY7YRYhT5EKVkgtF4cozQpYEdEXHFjpClwdPRY/VC0KZQ1ZFlQ/8QprdHkWSmVtCmw9KRZXbSUKfQI1FgRt6QqDaN0WOBR5CoO8gRba//0Kg8OBHEdD2QqDxnUcROF9CofMkRgurlEKj6d1FoofjQqYMzEcpgQpCphacRZd16kKoBJ5GT0QaQqhWHkWXHwRCq13GRd08LkKr/RpGLuq7QqwB2EXJowxCrAcXRez3aEKsCPlGy01bQqwLlEWSG+FCrAwCRZA1qUKsEEJGEcnuQqwU1UZ5I41CrgR2RjfcskKuCjxF1bRZQq49tEXVs0FCrx4QRZoRX0KvprNFlzEbQrE060WSlONCsTU8Ra3/2EKx+dtINGYGQrIMeEgXPXJCsiVyRZpyS0Ky8pRFo7t1QrO4f0XJrfhCtc6RRdr6T0K10YxGmSZqQrXWP0WslGRCtd3yRZlct0K16FhFqoIPQrXuZ0ZiheVCtfGmRi46v0K19jtFpDwcQrX7I0ZAsXZCtfuQRcrQoEK1/IFGEZq7QrX9H0Y5FihCtf15RZhMFEK1/fZGfMcPQrX+/UeXt7JCtf+xRx1Q0UK2AGFHjymMQrYBw0rEmIZCtgMgR7KfN0K2A+hHetvtQrYFQ0aP8ldCtgXCRkz0ykK2Br9GPxNKQrYILkZYpOFCtgjFRhyykkK2DvdFvdg5QrYVHEX20hBCti8KRbKrK0K2MghGBVDIQraC9EW32dBCt3ilRZJoFkK4A2JIGxZlQrgMxUbLHZNCugPfRyipBUK8x4hFk2BLQr4Mt0XdjbxCv+vZRZlddULAvPJFlEz0QsHrbkdhzWVCwfBPRq/L1ELErIpFnTwbQsct40WgiZBCy3KXRYY070LLc0lFp2iYQsumk0WwQUxCzV8tRZRsKELN5atF+3BTQtQU5UZuk79C1Nr5RaG/MULVUtlFpXL4QtaXrEXCvsNC2VjNRaGroULaFLJGBMzJQtya9kWlqBJC4fh8R6s+fELh/5FFvzLQQuKRtUYT5fdC5geASAAMOULqHFpFobcNQuyXa0W16GtC70nTRZWY+ELwHTdFrgC1QvIt/0WXvYdC9HVBRYaY30L8D6pG+mK2Qv4HgEZh9WJDAITARZ3fJ0MA9Y1F3vSYQwEOR0YBPw5DAswZRasSVkMDX1dFpk66QwgNNkWyUklDCHEpRaf/lUMJC5JF0iZDQwmPE0Wd9g1DCbPmRZGMQkMKQb1F6qX3QwszXUYN839DDZVvRZRlHUMO+YZF7ThAQxHuKkXrJ8FDEgtzRZwq80MS8DJGnTsnQxN1LkW3Cc9DFr5dRcQj1EMW/bdF5KSiQx2tkUWItR5DHs16Ran9bEMfb51FmBJlQyDXcEaSQ1BDItaxRoPYmEMjj1RFnISQQyO7IkW+SDZDI7wPRaKACEMo8t9Fxr7ZQyj3gUXB0ctDKZzuR50X3EMpnu9FwWfmQytzJUWt1FdDLc5JRauOiUMu9LFGkGPRQzDgsUWsVbtDMgzyRnqBo0MySQxFudwLQzL6J0e9RNdDNPkURngJvkM1cWVFjlsnQzXLf0Xh0gVDONZSRcsDukM6EDBFj3XuQz0RjEYJV/JDPRKGRbt+H0M9EyZF9ANYQz0U3UYMLfZDPRbFRc8qNkM9F9RFqQZhQz0YVkWmoWVDPu2PRxhOOkM/3sBFpUukQ0F2KkYDjQdDQX3tRcoe5kNBih1G+92FQ0GXBkW6C7pDQZ4qRiNLL0NCDs5FrUBuQ0Z4hEWkinVDRuboRZljNUNG74tGjChoQ0k7h0ZX7k1DSVDQR10arUNJZgRGZiywQ0wHBEWWZddDTvjcSC36vkNP7fZFxARuQ1aBu0WXwJpDV0VYRcK1AUNYEvBFr9U8Q1gVR0Xs02dDWPS+RZhyXkNdVNRFllN0Q16vQUWx4k5DX88yRY+1s0NhDUtFtUphQ2ZarEXVvbpDZ0eERbjh0UNr7O9Gpw/hQ2yYQ0WnDSJDboh3RazzJ0NxaklGEYNZQ3Frs0XANJdDc3hgRaS71kN8Qp9FlyF2Q35Go0WLDEtDfkdsRYiHGkOAei5FuMPIQ4F3A0WZmiFDgdFXRdlAbUOCAJhF0SgQQ4RyzkWgLbZDi/35RZ/J/0OL/tBGL1uiQ4ypjkWbSPZDjaS+Ras4UkOOoz9FidEaQ47NUEWvf0RDkIMwRaFmPUOTeQdFuB8kQ5S2ZkXUgBtDlzZVRZ5OcEOXa09F3C6rQ5hNokWlL+pDmFrtRg7bOEOZWvZFoRf6Q59GLEbWFINDn0f0RfMRjkOgqqNFzFNPQ6Dkh0W5hd5DoOtbRbuzMUOg7xFGDArBQ6DwVUcomKlDoPGXR+hHakOg/X1Fx4sUQ6GXSUWtqghDo8iQRZUpQ0OkTNlGBlLnQ6iL9EZJTAlDrPf2RbBQaUOv6hdFoP9NQ7IzKEYPRxhDsuXqRgc6B0O1pqlFlMUVQ7WnuEWxNqhDu4EbRZkiWUO9UnVFqvs4Q8OHu0YP61VDxvwgRb2T9UPG/nNGcNvQQ8qYAkZjfM5D0/p3RcuNCEPWmL9F14lrQ9hZ5UWqQoBD3/03RZqV5UPh8RhF1RpaQ+VpMUZUN6tD5slARfyFg0Pp24tFtrMCQ+oxjkWZ97lD6jN+RbuzHUPsl7JGHUESQ/Dze0Wi67xD8+dDRZ4flUQAObJFo6+yRAMTe0Yd7JdEBtA0RbQkOkQHbR9GIbXoRAjjXEXI3q9ECdwrRa2bgUQKQKdFrkxZRApB5UWZ52lECrpnRZtXakQLMvdGXFw8RA0A1EWo+AdEEgt2RgifLkQdM5dFyg4dRB/+ykWkOPBEISsbRpA8skQi/x5FxzQ6RCO7hEYdqstEJS0RRl5bCEQnzApFo4scRDjWhEZRAsJEPCquRa/gp0Q+YKBFpimSREGKTkYqETZEQrpwRaXA40RC0NBFztnPREZMg0WnFklER3sURZOprURJUL1FzNuzRE9Cy0WsaoNEUNzHRcXLKURSThlF7sxTRFS3IUWiyulEXMcqRbTKuERdQy1FqNHwRF6SUEWhWQhEYRwuRZ6kD0RwveFGKDreRHDCD0cRP2FEcWuYRjFfRER3B4hFr5TbRHdoq0XnxFQ=</peaks>
+    </scan>
+    <scan num="1955"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1100.4S"
+          lowMz="51.180198669434"
+          highMz="995.579895019531"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.823575e06"
+          totIonCurrent="1.1148606e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1956"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1100.9S"
+          lowMz="51.687301635742"
+          highMz="996.909240722656"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.306716e06"
+          totIonCurrent="1.036036e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1957"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1101.41S"
+          lowMz="50.061218261719"
+          highMz="997.016479492188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="4.333088e06"
+          totIonCurrent="7.255994e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1958"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT1101.96S"
+          lowMz="51.504127502441"
+          highMz="989.619934082031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.4468405e06"
+          totIonCurrent="1.2277314e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1959"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT1102.47S"
+          lowMz="50.186683654785"
+          highMz="989.6484375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.6429735e06"
+          totIonCurrent="1.0832602e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1960"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1102.97S"
+          lowMz="52.191986083984"
+          highMz="990.425903320313"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.8655445e06"
+          totIonCurrent="1.15674e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1961"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT1103.47S"
+          lowMz="51.139427185059"
+          highMz="996.396911621094"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3147155e06"
+          totIonCurrent="8.834749e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1962"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1103.99S"
+          lowMz="50.525100708008"
+          highMz="993.091369628906"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.9334675e06"
+          totIonCurrent="1.0231721e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1963"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1104.5S"
+          lowMz="50.054508209229"
+          highMz="989.63427734375"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.420671e06"
+          totIonCurrent="1.0702221e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkg30UXCPphCSragRZlPz0JKwMZFo8e6Qkx4u0WZDKFCT1uwRaLbUkJRtUxFiQGqQlKxS0WeKPdCV1uyRZWXakJZfRFFm2nqQl6UsUV4w8NCYXdgRYXuMkJlB0RFkkWwQmYpHkWYSrRCZkO5Rap1GUJmzb9FgNeKQmlZQEWeL3lCahylRY2qPEJwtCVFiVR4QnP44kWvn35Cd/PuRkE6j0J5ZBJFlQUjQnqgXUWHnzVCfZx4RYgHF0J+DXhFjYCqQoDyj0WZ6Z5CgQonRY9pAUKDWnNFoidvQoOewEWKcIxChBb0RZeAYkKGhvdFnn1nQoePYkWi68hCiyqjRbGGLEKLyhxFqmePQo67GkWQIlNCkO+GRaHGvEKRx9xFoYeTQpUgtEWsSmFClfkARZjv2UKZu8FFiTWVQp/IsEWQrLJCoO76RhToxUKg8IhHPYXJQqE0tkWe58VCpEq9Ra5Xj0KmCghFpsnTQqYMzkc/r/pCqASVRnFVEEKpVDpFnoX+QqtbXUWn3zZCq/xMRelMPEKr/PVGA2qkQqv9dkXtpKBCrAdvRfAGlEKsCCBGUIKxQqwI0ka7XyFCrBAXRbIZQkKsFKhGMaQEQq1wpkWY/rpCrgRqRlbl10KuCkBGTv3pQq9X30W7cVNCsK5JRYoAiEKxahhF04KcQrH53Ug/fWRCsgx9SALQY0KyJgZFuCopQrMk5kWYgxFCs7ihRhWqZ0K0QPNFmkk/QrWA80W8jTpCtdBERiOuRUK10aVGnxTvQrXp5EWzqjJCtepsRckZrEK17ndGhxxkQrXx1UYD+z5CtftARgbNSEK1+/dGGHF6QrX9fUZmDQ1Ctf40RovEBkK1/w1HJyAxQrX/gUeMG9JCtgA1R5qinUK2AOlIOc9QQrYBykrD8X5CtgP8R4YockK2BQ9GjkFqQrYFuUZKd6tCtgdKRZ1Ld0K2B7JGDXmRQrYISEaSxM5CthVNRdZHtkK2Mf5GawYtQrYzckYBx6lCtsPKRd41p0K4A2pH/m1/QrgMz0btv1xCuFZARhRi7UK6A+JHOM8lQrrxMUWHs7hCuwQURauzr0LB63NHaHmKQsHwV0aJhpBCw2JJRaggXkLEDI1Fqy8eQsZd0kWOi5FCyAHyRgKs0kLJcaZFsO6AQst4uUWntxFCze1WRYb5qULOFD5FzZFcQs6suEWaZPBCz3VcRbQJTELUFOBGSBIlQtoUwUZdCd1C2l7ZRZ3YRkLeZ8lFrQdtQt62rEWcTB5C3zoyRZ72f0LgBoZFkKTXQuBoXUWd1mRC4G4yRZ52GULh+INHqO8KQuRysUWRMR1C5geAR/+s7ULqHHJFyOKCQvAtL0WnkmJC9iHsRbmW4UL3dY1FoU8pQvwPr0Z76AtC/IryRZ0nykL+B5VGEZHIQwBjg0WhFH1DA1gRRat6a0MHMHpFhx1sQwcwrUWHyGFDCQufRbxP4EMLMktFnby/QwsyrkWRYl1DC+EjRZq3MEMMev5FoGlaQw0qxkW4HlFDDTc9RZr5bEMPYbtFuZhuQxIK3UWwnIVDEk/tRZ+/bUMS8DNGwp5MQxLyg0WQWylDFMxNRarbWkMWKlxFmL2yQxb9y0ZmUyBDGI0hRccST0MZCbdFqIhqQxqA5kXDppxDGwvKRc4HhkMbhKlFm9szQx4VJ0Wtk/NDHuKcRaOenEMg0cNFjo9fQyDXdUaEkBRDIWgjRZlmo0Mi1rFGg3UdQyL7TUX9Kl9DI09BRZoVQUMlK4dF4JDpQyga30WEwsBDKPF9RabdhEMpnSlHnYJ4QytnK0Woc0xDLaEFRZ9hfkMtzG9GGcFJQy7znkWBvYxDLvSpRnKy3UMw0yBFqAtqQzDg4EXKiX1DMgzxRpvzb0My+jJHunmcQzNmUUWa9zNDNPkFRce0LUM1yllF2n9CQzXLtkWVF59DONSVRhTpHEM5JfhFpw2pQz0RWEXr9o5DPRN3RgAMy0M9FLNF4s8gQz0WgEX3705DPu2ORzFBHENBdgJGDfiUQ0F9ykXmqctDQYczRaEDtkNBif5G6ALDQ0GeCUYMb7JDRBMcRcbloUNE8ohF/P0IQ0bvskYgkRlDSSPmRbSbY0NJOtdGdBPvQ0lQBkdnCv1DSWUvRoWIXkNM/gFF6/EvQ03W7EXHaQhDTgBKRaZi70NO+OFIKxe+Q08wB0WhKIZDUkvRRjyB4ENYExVF6lfhQ1gUMUXHCrdDWebTRdDjBkNcY+lFo3F7Q2B6+UW2wHNDYQy8RftpFUNhDj5FxJ4EQ2Q4/EWdlmlDZUznRZd20UNr7PtGkYsrQ3FprUYNI25DeP9vRaHy00N5dgZFs6KMQ4HQGUX4JVBDgkRYRYjCmEODQn9FpZp1Q4g4/0X73qVDi6kYRaaoxUOL/X9GJKKLQ5N5JkXp0QlDlJiVRbuTAkOWBA9Fhj0NQ5dp8UYUMzhDmFouRfiJtUOaRZ5Fnv7AQ55+JkWKyY1Dn0KDRhsMLUOfQ8ZGU4M9Q59E60XctVJDn0XFRiGXnkOfSKxGSQ87Q5+uZ0W70WRDoM6HRa30G0Og7iRGQ0BcQ6DwoEfvN4xDoPJXRkMFCUOg8wpGZflNQ6FHG0WVWW9DojRuRZ/GKkOkS0tGLjhhQ6eD/0Wv8lVDqIpnRi4jiEOpqyZFlYOfQ6wTQEXi2D9DrFIERdLNsUOxwTNFw3h1Q7IZkUYUzedDsjK2RhPrLUOy5DFGAut5Q7bLAEWa1FBDucYYRaVbuUO9t0VFpvHIQ8HSG0WuLilDw4YuRfu/e0PG/XBGdSQ9Q9CZhkW4JRRD1DD6RZ9IqEPWlppGPojIQ98F40WkkntD34pZRacvXUPim8xFtGdHQ+UHSEXqVYlD5WcMRqvLFUPmx8tF0BYpQ+yVT0Ysk8ND78xSRb7cd0P2IaxFtpiBQ/ex/kWpYuBEAxJnReGeIUQHbF1Gc1ZdRAmX0EWVa0hECjZhRaOi20QLMsdGUPu2RA0N/UW1vnFEDqfFRZ6plEQSCiJGMJgnRBMMLEWvWQ9EFQzLRaogukQWLPtFseYyRBhx60XDDr5EGwh2RbZleUQhKnlGWG8zRCO52kY6/EREJStyRoHrLUQnOEtFt5CLRC5dxUXaDa5EMH4sRazj8UQxCO1Fo2aqRDjUskZ5Mk9EOtd3RbQD2kQ8c9BFsRXlRD+9FkW9F1ZEQYosRlT7SURJT/VF1gp9REu/MEW1e5FET0wdRfGUuERPTkRFoJWJRE9o7kWnTlpEUkv2RhNAg0RSoqxFnK3LRFL9j0WlLbZEVH0FRa1UqERcbJ5Fq2FDRFy1+UXI6EFEXZIwRa82LURezfZFua/cRGLeeUWtTtNEZAsKRbBk6URl5T1F2Er6RGjVfkWm1t9EcMEVRvTvYURwxCZGMfxfRHFpnkZTPGdEcsZ7Rbh//ER2gsJFokeTRHdomEYih/0=</peaks>
+    </scan>
+    <scan num="1964"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1105S"
+          lowMz="51.38102722168"
+          highMz="989.638610839844"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.079544e06"
+          totIonCurrent="1.2039837e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1965"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="312"
+          polarity="-"
+          retentionTime="PT1105.5S"
+          lowMz="50.249580383301"
+          highMz="995.578552246094"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.7008695e06"
+          totIonCurrent="1.0742899e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1966"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT1106.01S"
+          lowMz="50.910133361816"
+          highMz="989.669494628906"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.344662e06"
+          totIonCurrent="1.0746968e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1967"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT1106.51S"
+          lowMz="51.230236053467"
+          highMz="993.528564453125"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.375098e06"
+          totIonCurrent="1.041075e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1968"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT1107.02S"
+          lowMz="56.857498168945"
+          highMz="989.660766601563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.712518e06"
+          totIonCurrent="9.271036e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1969"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1107.54S"
+          lowMz="51.115432739258"
+          highMz="990.576477050781"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.3660245e06"
+          totIonCurrent="1.2189533e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkx2NEXUkUlCUX6oRZRl0UJYcPFFvxh+QmHY60WqJTJCaxTGRZ895kJrS41FpcyfQm2TG0WvUXNCbyEVRa0jZEJxR6JFrFYNQnf0AEZHf9JCfbhiRbRzD0J+e5RGBpRsQoGKi0Ws60ZCgfaIRb6B60KFrfZFvvB4QoaOjkW8BmFChxQ8RdC/dEKI9WhFs/77Qoq9TkW/zHFCjIG9RbIzo0KMg8VFqMdnQpDCRUWwUK5CkfxnRei6VUKUaL5Ft11bQqDv3UXAiE9CoPEYR1whTEKg8u9GIZPwQqD3YEYLgRpCpBUBRdGFnUKmDM1HibM8QqgEmkZu4WdCqTTeRb8r+0Kpj59FpqnFQqmxsEWkvDBCq008RejjwUKr5ZtGCFUMQqv9IEZ+P85CrAHHRg8XbEKsCPpHBlhEQqwU10Z7uKhCrBWjRej4dEKsGi9FuMkVQq4EZEaA8/dCrgpBRfn1BkKuoX5FyOOiQrH52khWKYRCsgx+SCdGZEKyJ/xFzfdEQrLkCUXNENZCsvHIRcuEpkKzuI9GIaRoQrXRr0bHmPtCteGcRgRi8kK15aZFyWNWQrXuf0aSbZRCtfGgRi4UU0K19qVFvECDQrX7ZUY84GZCtfyBRi8m70K1/XlGbsWbQrX+fkcK0LVCtf83R6Nv3UK1/9NHULANQrYAakfLeXJCtgHESuDLEUK2Aw9H6RPwQrYEVEcAOS1CtgTGRxs/iUK2BV1GP4apQrYFw0ZokEFCtgZxRiinSkK2BwtF/DPUQrYHU0XHghlCtghWRpZK3UK2EfdGJgCRQrYVJEYhJgBCtjHvRn27E0K2UhhF1GHnQrfmF0XEJRNCuANjSCGp6kK4DMhHAWe5QrhWUUYIWzBCuT5iRbdvfUK5TVhFrFK3QroD2kd6MUdCwetsR4x5ukLB8E1G1TiaQsIUq0XxPt5Cwx0sRd5400LDMM1F3Y30QsWbq0W94jtCzLfORaQmSkLOsBdFuOTrQtDJSUW3zZtC0bqjRcKsykLSpyVFqMrYQtPAUUXRgwVC1BTwRmoeSkLY1P5FxiTLQtoUtUZI5qVC3AguRbNlI0LcXQ1FpL6IQt7eFkX1Nk9C4fh5R7qOXELiLQ9FqfohQuKROkYlV3JC5AoTRenTEkLmB3pICVOaQuYUaEXZL3ZC6EVSRckZakLsJnhF/eAFQuxGC0W2y4tC7JPYRbc9OEL2a+hFw0B2QvjdjUXntU1C+N88ReZmA0L8D7NHE0ALQv4HgEZUH1hDAVHiReGvcUMCOeNFyX5gQwLeAkXJRgtDAt52RdZrckMJC6hF3AGIQwo/kEX22FlDCkCYReoqYUMLJ/dFxLppQws0D0XelqRDDSA2RcXt8kMOh6JFy4c8Qw7RHUW8VL5DEBaGRckIXUMRBFVFvJhyQxIKMEXQnilDEvA+RrUWtkMW/cVGM81FQxcRpUXT6o5DGPpgRcTr4kMaf9NF8KOuQxqA5kXXAX1DGwu5RfK6TEMcbiBF4KuVQxy3qkXM7SFDHOonRb3DdkMdjFBFpEi1QyDXdUbYdsFDIpwMRdvos0Mi1rJGtL9qQyL7cEX8IidDI0pmRbEeI0MjuKhGELmbQyO54kXmI0RDKPpORcFbjEMpTFlFrQA4QymdJEe6kUVDLcuGRdkeRkMuFRFFyvkMQy70rkaWgD9DMOCwRf8ndEMw/vtFsPyMQzIM/kaLcd1DMqh/RcScfUMy+jRH1e1lQzTEykXELHRDNcyRRivBPUM41LxFtalJQzlfGEWkh0BDPQ+vRcc+GEM9FRlGH3vYQz0WP0XrisNDPRcaRcDIx0M93wtFooEjQz7thkc8SBRDQXYiRjvYUkNBffVGKUPQQ0GKJEcVbkFDQZ5HRg8XHkNDxjhFxX4pQ0Tyw0YjfGVDRcIHRcgpPENG74pGJ/EsQ0eFtkXU+cZDSTrXRnTatkNJUAhHj6zyQ0leFEXOQjdDSWVORo5CSUNJeqRF6gjDQ0nnvkXrzFBDSl5KRbKf2kNK1blFvZV/Q0743Eg6dDBDUAd4RbMElkNQVPFFxy/eQ1L34UXBMWVDVcwoRcmEUUNX5vZF8qpGQ1gWSUX9Ap5DXORnReHeT0NhC2pGFb7NQ2ENK0Xxe6tDY/5ARbioO0NnNipF5MTGQ2fwtkXUqVlDa+0CRriZpUNsKGxFy0WoQ3Fnu0YXhQVDcWoURc3DCUNynpdFz75oQ3Ymu0W1qKNDfTqXRcXGfEOAuddFwT9tQ4HPJUWz/DJDgdBWRdZIVUODFeBFxRyIQ4M4fkW1ocRDiWQJRbiFXkOKBcNF3l1pQ4v8S0YM3d9Di/0gRerYW0OOBphF0G0dQ5TwIkW99rZDl2j5Rc/VrUOXaglF8oSOQ5hak0YMUBZDmFvLRg21dEOZfyZF1Ie7Q58qvEXY/6JDn0UgRhiE30OfRmxGGXC1Q59HzEabXzFDn0mgRpH/rUOfSohGl9B5Q59NOkXyXz5DoO7fRiqkg0Og8WFICozNQ6DzhEZT/H1DoP1/RgxfmEOkShtGN1vLQ6e0RkXFDDZDqIo1Rm+0tEOsEPxF5RiZQ68P/UXvBtlDsdD0RdaOLUOyG6xGMDcmQ7I0lEYyzXhDsn74Rb44qkOy4slF99pHQ7LkMUXNqe1DuQ1yRd2GOUO7pXlGEjPsQ75GYEW8vZ5DxBr6RerfLkPG/hxGJOVjQ8b/z0YPuHxDyPDzRbk9/kPKl7lGLmE4Q80FM0W5yJZD1j5CReesvkPWlMFF/wnwQ9aWH0Ybem5D2b6JRcjW20PiXupF30lFQ+RILkXFmYpD5Wa1RqlauEPmyN1FxEE+Q+bKy0YTzW1D7JTZRhDBdEPxO7RFx2EuQ/4ve0XB5ZFEAahlRcLS4kQDEcxGCTIfRAMS8EXfs7hEA4wMRdT0dEQGZUtF1KbERAZ2K0XRJrxEBzVFRe/ZFUQHbPpGcbeKRAduY0YLPkhECilURfwYYEQLG6VGLUjbRAs0OkZUJoREEgmBRj+E/kQVuJhFt+m+RBxuy0XNhGBEISr2RkXzI0QhLJxGN3PYRCLWjUXTa2dEJSsfRmFQ9EQooCRF7vNRRCuv1kXH991EMcPIRdsZOEQ41D9GPTu0RDxPIkXk4BpEQYo/RmfZCURFAmpF0dnjREW6VUXCozlESApBRcsZQ0RJT/hGGQFpRFJK+UYN7vJEUqhiRbxwaURWbRtF+cU6RFbrnkXM38FEVymjRb+IsERngw9F1CNjRGjJlkXFW0tEcMI1RyQi5URxTodFwcbkRHFo1EZsxwVEddavRfU3akR2/MtFwnpgRHdq30X37EZEd6TlReaYRQ==</peaks>
+    </scan>
+    <scan num="1970"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT1108.04S"
+          lowMz="50.023052215576"
+          highMz="999.983642578125"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.057272e06"
+          totIonCurrent="1.0104606e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkgXm0V0qb1CS3H6RZuVc0JPBOZFbL0XQlKA+0VqGlhCUtOQRdwEEUJXOnZFeFZUQlgmjEWR24RCWVj/RZx1YUJZv2lFmXn8QloP30WI4BpCX7hIRX1320Jkob1FfBLmQmXwcEWLMzVCaJNJRWxjckJpjRlFjL49Qm82QUV7vc5CcPjvRZlp20J1vmJFgCIXQnfz+EZOD9ZCebZVRYMuzEJ8MKVFvDI5Qn1oG0V+MJ1Cfv+URZaycEJ/AwZFpqghQoPSBEWFJSNChAgXRXqyaEKElLxFfuI4QoYFvUWFXz1ChsBURZNdE0KHO75FlZiTQotyCEWgaGBCjYY+RbzoVkKTNStFvsdrQpM+mkWfdP9Ck2QvRXqTFkKUGGpFnVOwQpT0DEWaLGJClbM5RY40+UKV1sRFgVCCQpY7WEWnkIxClxAMRX2VbEKXSElFmSLtQpp93UWkGR9Cmv9CRXk9YkKb+YZFiCnmQp5NVkWIEJ5CoHRuRXrqXUKg7OdFwAw8QqDwJ0XIuehCoPDlRo/YbkKg8UFG2n2IQqDyKEcHS+hCoPeDRe4gpUKh8x5GD9NsQqSzTkWI1x1CpS+ARXhFdUKmDMpHaU2hQqaHtkWKmcpCqASXRpDrsEKpj0RFgs0zQqv8ekZEgSZCrAEIRYoMdUKsAeBFn1z1QqwGQkXXlOJCrAhYRqpX+kKsCctGOgduQqwUQEYauKJCrBjyRY4VSUKsl4xFjiBWQq4Ec0asxjdCrgoxRcDowUKwAhdFvA4jQrH53EhXVi5CsfqhRcuraUKyDHtICZv9QrIm2EXuMwNCs7iURiM+HkK0VtJFfgdcQrUz+EWY3flCtT3xRaboPUK10atGijy2QrXUL0W/DvRCtdX1RZ4CEUK12x5F2kmvQrXgQUWIYiNCteCZRYJDNUK17ltGLcD1QrXxvUY9IwZCtfstRlghIEK1+7RGem9qQrX8VEYS90BCtf3XRmQCcUK1/iBGYqDUQrX/YkeBpPZCtgBmR8SpxkK2AcBKuNpwQrYDYUe8uEVCtgPwR6/BnUK2BQhGhXK6QrYFWUYLYMxCtgZoRh4ac0K2B3tGO08jQrYIIkaXch9Ctg9JRaQbdEK2EdNGBu50QrYx6kYb1qNCtmSiRZVMzEK36PBFn+rAQrgDXEgAqAtCuAzGRwcEfkK5kDNFhpw7QroD00dZ8H5Cuz4NRZLwzkK70ZNFg3XdQryXxEWNFNJCv5NiRZn+YELB621HblrYQsHwP0aJfIZCw5acRXLJPkLEw39Fg7kmQsUtpEWhGZdCyAHFRdjUY0LIsDVFnS8tQsmKPEWBMT9CzA7tRZqSEULOFG5F2jLNQs8tiEWRtHpC1BTxRjA84ELU9tJFgDlGQtbRYEVyaQ5C1vSzRYn2C0LY6z1FiSVhQtoUsEYc2ZZC3KSuRZ30+ULh+HpHsxPrQuKSpEWhnjxC433XRYYnoELkCcFFolcXQuYHe0fouu1C5+SYRZKkYULpwUZFxbGIQunbQkWjmN9C6gpTRYd1okLqHF1Fv+lSQvStOkWId6ZC9LXiRYvb0EL1IV5Feo8EQvjZpEWVSVVC+2/lRZenYkL8D6tGiUi+Qv4Hg0ZHA45DAPWaRb8fQEMBDh1FzXcDQwKiD0WCp+1DAtH6RaOeDUMHLfhFnXPtQwgNG0WuBORDCIFJRb0ZfUMIsZBFoxRQQwszW0Xu4gZDC0kvRY/ZOkMNgq9FjqXEQxAa90WnXWFDEStlRY88X0MS8DhGoxnZQxTM6EW2kJtDFNX0RZQyg0MW/c1GQhW3QxfiQ0WnGZJDGavfRbRu4EMbBDZFinQoQxwkyUV/X7FDIB0eRX4PukMgUBVFfvQIQyDXb0aFqEtDItakRo0TMUMjtmhFp6QZQyO4O0WcK1FDJDE2RaBzP0Mk1dZFpb9iQyc+pEWMWB5DJ+n+RY8MQEMo8slFsKNRQymc0UePPmZDKdoiRXiX6EMqIQNFpLrRQysPQEWaJpVDLFT7RYz13kMsfsZFkEqGQy4grEWihthDLl3vRcMIcUMu9KhGiZYuQzDhlEXK6klDMgz3RoN24EMyiPZFnsNrQzL6LEfBBGpDMvt9Rabx30M0+Q1F1EKxQzXLmkYpIy9DNcyiRYR+WUM3CoFFsbX4QzjROkWM749DONJ5RbJ2IkM6Q9pFn8RBQzzpVkXGT6hDPRIZRdhBbkM9E4JGBVy/Qz0U0kW+bvZDPRWsRZ2370M9Fu5FudObQz0X90XXUBRDPRuCRbc+/0M+7YZHHFTuQ0DglEWOnyRDQXWfRcX7zENBfTlFrDrlQ0GHnkYDkj5DQYmYRrj1qENBi5pGMQF1Q0Gdf0W5nW5DRO2URZKEaUNG74hFzzvXQ0k640YaqKNDSVAXR09100NJZVNGWaEdQ0z+GEWfvK9DTjZGRb4o9ENOnUxFhmM+Q0742kgbY6pDT/niRZiKwkNSmItFj/A3Q1NpREWM+RtDV1TzRYUgX0NYFHVFo9ZxQ1ndIEWablxDYXhHRYR9BUNjEqtFm8EYQ2sV4kWM18FDa+zyRq3viUN44RFFlKGcQ3w6CEWNP3ZDgc2MRcH8eUOBzsRFv3NqQ4YhRUWlmGpDhyzgRZPTM0OIDlZFo9yQQ4h4KEWWQklDi9+pRcJbMEOP/J1FkaDNQ5E8DUWZXelDljXARY8LyEOXZ3pFpUS5Q5doRUWRQVJDmFpdRjtcYEOZEoFFojlhQ5k7m0WT6+pDmfIQRacJnUObfXhFmGQYQ57DFUWR9/dDnxs9RY6xi0OfQAZFui9+Q59BrEY0GENDn0PzRkefkEOfRVhGJxuMQ59H3kYOOW1Dn0kPRgeRHkOg7SFFpTzEQ6Dw6kcue/5DoPHmR7Q71UOg/QZF2FSBQ6Iwl0WXQ/RDpaDIRZ44yUOoirpGLfD5Q7HnQ0XCoQxDshqpRhKX1kOyM5RGAg3uQ7LgDEWwnE5Dv2nSRYl7PkPDhdlFmETYQ8X+n0WTbjFDxv37Ro2+YUPKl/VGEAXqQ82zpkWbs/ZD1pH2RbGMtEPWk1dFv2yRQ9aURUWyshZD2YQFRZSGUEPZyWZFhB/VQ9tDEUWZuy9D3C4lRbHA2kPlZ45GknRpQ+XHUEWItOFD7JBHRY2vgUPskYFFl35NQ+yTSkW0ngFD7RymRZomakP5q2JFnSjIRAC4kEWAGF9EAxE1Rhou6kQHbM1GWf1BRAsDCEX73QdECxsBRhn0zkQLM4hGXZpIRA7DbEWabPlEEgk7Rbh3akQTqdxFpepCRBa+Z0WQfDdEGJcVRa51B0QhKtRGXKzIRCEtH0WZgU5EI7KSRbyJaEQjtwxF9UsURCUr10aI9GVEKj6URbAerUQr1SxFjZG5RC0zKEWLWT1ELl4DRdeZeEQ40hhGIPteRDnO+UWrujdEOw9MRZi9aURBia5GHZmwREM0nEWa5RRER4hfRZQsa0RJUE1F1Je5RElgg0W2v+JEUkj0RgnPOkRwveFGAmNoRHDBl0cCUvhEcMYHRbHl4kRxZjhF8lYkRHdpXEYKpXNEef70RZQJEw==</peaks>
+    </scan>
+    <scan num="1971"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1108.56S"
+          lowMz="51.638584136963"
+          highMz="990.557189941406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="5.484706e06"
+          totIonCurrent="9.136811e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1972"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="270"
+          polarity="-"
+          retentionTime="PT1109.08S"
+          lowMz="50.114681243896"
+          highMz="991.791320800781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.6998155e06"
+          totIonCurrent="1.0472615e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1973"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="272"
+          polarity="-"
+          retentionTime="PT1109.58S"
+          lowMz="50.679840087891"
+          highMz="995.837463378906"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.897674e06"
+          totIonCurrent="1.1215646e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1974"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT1110.09S"
+          lowMz="50.86058807373"
+          highMz="989.676452636719"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.10051e06"
+          totIonCurrent="1.014104e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1975"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1110.6S"
+          lowMz="52.795551300049"
+          highMz="978.86279296875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.227277e06"
+          totIonCurrent="1.0401556e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1976"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="323"
+          polarity="-"
+          retentionTime="PT1111.11S"
+          lowMz="50.069515228271"
+          highMz="989.646484375"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.1433595e06"
+          totIonCurrent="1.0172086e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1977"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT1111.62S"
+          lowMz="50.187492370605"
+          highMz="989.657287597656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.021009e06"
+          totIonCurrent="9.81679e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1978"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="330"
+          polarity="-"
+          retentionTime="PT1112.13S"
+          lowMz="51.768539428711"
+          highMz="989.64697265625"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.177319e06"
+          totIonCurrent="1.0273211e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1979"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="321"
+          polarity="-"
+          retentionTime="PT1112.65S"
+          lowMz="50.470333099365"
+          highMz="993.078735351563"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.9076635e06"
+          totIonCurrent="1.174611e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1980"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1113.15S"
+          lowMz="50.079559326172"
+          highMz="997.576538085938"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.9913035e06"
+          totIonCurrent="1.2009786e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1981"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1113.65S"
+          lowMz="50.227516174316"
+          highMz="997.579223632813"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.656922e06"
+          totIonCurrent="1.0847187e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">Qkjo+kWn4+lCTr55Ra/qn0JUag9FtrNDQlY3QEWEcfVCXCWfRY7OiUJlomBFk1AxQmlYcUWdeNZCcDslRahPz0J39ApGGEDxQoMF1UXBXKJChROzRaYVPkKJ/pBFseY2QovlcEWdDf9CjISTRZvkHkKN+aVFpFa4Qo+Of0Wha+tCktSFRazt5kKTPOVFlj60QpX/r0XFTH1CmzqbRadMmEKe3iBFo7WzQqDv9UZXtrBCoPCKRnBZFEKg8SlHbE4gQqDy30XOuhhCoPOcRbdKDkKg9TxFmT8uQqHzBEYE3QJCpEQKRZv5rkKl98BFlz/8QqYMykdYKrlCqASaRqGL5UKrLFJFoeajQqvXMkWkDVtCq/0uRot+lUKsAdlFzxnkQqwEV0XqLJhCrAkQRucmLkKsFOdGkWrHQqwqSEWWWTRCrgRxRpBuVkKuCjVGKr7XQq5p6EXFaZBCsP/qRcIIJkKxEVdFpB5OQrFuZkWlpGNCsfndSDtgmEKyDHtIBgijQrIotkW0jaVCsuRcRZYeR0KzuIZGNDoxQrTEEEWPXHxCtdGrRrQbwEK15VBFxykcQrXuaUZ2jBdCtfHFRgvwVEK1+zVGNQtmQrX7qkY7YhFCtfzLRiVKF0K1/qFGyPAHQrX/r0dBp6xCtgA/R7eLy0K2AcZKyyc0QrYDLEfkWmpCtgPyR0bwHUK2BE9GmY50QrYFFkaaMHZCtgYYRhrpZ0K2BllF51eYQrYHlUX45CBCtggeRqWKOkK2EdJFxlF1QrYVLUX+0i9CtjH0Rl1xfkK2w8ZFsI9zQrgDYUf427lCuAzHRxdl0EK4Vl9GCEJ3QrkANUWY81dCugPaR0VYxEK7j2pFuyMvQr37hEWnCStCv206RaQnF0LBmQJFr8g9QsHrbEeELDhCwfBcRqrMF0LEDHFF9QGkQsUPy0Ws9/FCxll2RaC+80LIAfRGErsIQssBlUWVDh9CzhRfRlhcQULPNdlFsxIhQtDJr0Wf8WVC1BThRmRtSELUGGpFmci0QtVsoUWo7vpC1pZVRc0ZgkLYKYtF6bM2QtnnYUWq0DVC2hS1Rnqx7ELevA5FsRoaQuH4ekeqK0NC4pFIRi+Z4ELmB35IHxMdQuocVEXB04VC67CDRa6nQkLrs85Fqu8rQu/KGkWvvFFC8ip4RbK+g0L1AmNFqL1KQvhPJ0Woxo5C+N7pRZP80EL5FOBFtNusQvl6rUW6Rk9C/A+uRuzpI0L+B4lGRRdzQwD1hkXYPCFDAQfCRkprgkMBDipFtUYNQwhqtUWY2CpDCPTIRaTWmUMJC4FF8PuRQw7igUWYqfZDDvmERco0p0MPhXtFnNCmQxIJt0WzTP1DEuxPRcC3zUMS8DZGWpCGQxL7hUWyayRDFgVeRaGWo0MWWrJFp29AQxbvOkXh3C5DFv3SRj9c4UMY/QJF64YgQxnjskWxk9FDHjAaRaZsNEMejHpFth78QyDWnUWOzrJDINd8Rri/zEMiJRBFs6fuQyLWr0ahxbBDIu1ZRb1DVkMl1+ZFoLJ4Qye6pEXBrTRDKVmTRZkxgEMpnVVHncqsQyprs0W1ECRDLc1NRZfUnkMu9KZGYM0jQy/hJEWu8YhDMOBBRcoAQ0Mw4nxFwN0RQzGvBkW0CP9DMcXIRZqJqkMyDOdGSIwnQzLgUEXCqUpDMvozR7zGTkM0+RRGLYHKQzXMsEXONtZDNm9eRaG4FkM41HtFrs0hQzjVVkWybbtDPRRzRh2WXkM9FzpGAbWYQz7AjEWqtHVDPu2KRxZz1ENBdkZGSqYIQ0F9+kYTUlRDQYJdRbCTqkNBii9HD7GTQ0GeOUYwsrxDRPHhRa4BgkNG77hGEr7KQ0gWo0W+7tpDSTtKRmuYQUNJUIdHdC8aQ0llr0aXGhRDStcERa5o00NM/hBF2BHKQ0743EgdqG1DUE1/RZryaENSS5tGS7BQQ1LxbEXGqwhDWBQCRcErGkNhDCJGBeOoQ2ENkUWqnZ1DZOgaRbBYHUNr7NhG0AQeQ3EUKEWqxthDcWmBRctYOkN1PsxF4zM+Q3b5cEWojRFDfJ7DRZWmyUN989NFtY9lQ39GIkWfnHlDgHo2Rbo5q0OBz95GB97dQ4g2oUXIsSpDiF+aRbY9ykOIc/tFoHigQ4v9ekXoouZDjrLMRaYs1EOUpItFosTVQ5VJrUWpeNZDl2nAReylFUOYWj9GJkeUQ5k8sEW/TXlDmXeKRa9js0OfQ49GHFVBQ59EwEZYaYVDn0e/RiEgZkOfSg9GtWjdQ59NQUW7nmFDoJDRRbuuxkOg6TJFyO5mQ6Du5UZu9l9DoPEySAQzlUOg831GIkSVQ6H0x0W3HPFDpEr7ReTtJUOnbb1FtCVZQ6iKhEX0bcxDr5HlRbSfOUOyG7dGMXxkQ7I00EYFsBxDsuKrRalLPkOy45hFtpn2Q7n2DkW6cPVDuvHORaQ0NkO8Pw9FuQR2Q8OFrUYU9WNDxg+RRbY4C0PG/cdGdtZEQ8b/b0Yjl49DypiBRhEKM0PWllBGFLUVQ+Or9kWnJ+FD5WdARo5oL0PqNfJF23SeQ+yVE0Ys0VpD7pOZResTFkP3XfdFpF7uQ/8MDUXJbsREAxITRfyc7kQHbK9GNz/QRAeHQkW/mrRECxv5ReBy/EQLNJFGZ+P5RAvfRUW580JEEIr5RbIyN0QSCbVGH2nyRBPxnkXARjVEGK+TRaVioEQZTflF5so+RBq2JkWrE/1EHAfmRbfjBUQeKYhFv1VARCEqmkaVZNJEIhgaRa4zv0QjGSdFno2JRCONRUXGIZpEI7m2RfYgykQlK4ZGf1blRCwLDkWwa7tELRlkRcKFwEQuWmhFmYdZRC5bE0WdYkVEMRc8RafmYUQxYP1FwPh/RDJic0W1QLNENHIcRboKXUQ41HlGUx+iREGKiUYc+jtEQnmaRdSoVkREWLZFtao5REZL+0Wiye1ESVBeRdUw4URJ+QBFs0qYRFJLkEYeWOREUntuRbqK1kRU1G1FqIGxRF57XUXVtpBEY/8ORagNX0RktldF6ncDRG1LqUWSgGdEcL1rRg9fOERwwWFHHHH0RHDEdUY/+jBEcWj/RkKmU0RyRZJFusYlRHdrHUYDxGZEeWUSRbKUUA==</peaks>
+    </scan>
+    <scan num="1982"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1114.16S"
+          lowMz="52.18920135498"
+          highMz="990.055541992188"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.6963175e06"
+          totIonCurrent="9.189012e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1983"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="346"
+          polarity="-"
+          retentionTime="PT1114.68S"
+          lowMz="50.64714050293"
+          highMz="997.668762207031"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.3109535e06"
+          totIonCurrent="1.2164545e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1984"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1115.18S"
+          lowMz="50.250049591064"
+          highMz="989.679748535156"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.413311e06"
+          totIonCurrent="1.2408949e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1985"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT1115.68S"
+          lowMz="50.296604156494"
+          highMz="990.565612792969"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.787948e06"
+          totIonCurrent="9.452481e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkkvuUVuMehCUtQwRXjn3EJTSWxFZwFQQlNhCUVmLZNCXW4YRXZr7EJeQbdFWRw/QmPQFUVHfl5CZ1FkRXRxjEJvOxNFdQEXQm9Ih0V1z2BCcvFwRXc7ekJ0EaFFeb4UQnf0C0WaYwdCeGp0RX9LaEJ5/xRFh6lmQn57f0WkhhlCgNFERY2UB0KEkcJFXg3KQoTUvEVvWL9Ch4oURYIMmUKJBCFFasMOQom5+kWA0c5CjDyIRWZwfEKM2d5FhfL3Qo1ebUWQ7i1CjiJvRXsLc0KWvWhFXNviQphDzEWXVVRCmIdyRYsPREKZh8FFhLpOQprrHUVrYIlCnrD+RV3aQkKe1RtFll+LQqByXkWOgVpCoPBWRnC1WkKg8YZHCdgHQqDzX0YFB8JCofMYReiOjUKkFO9F6OqGQqRMAEVzR7xCperCRYnN5UKmDMxHZXAiQqgEpEZ/SWhCqNgyRXInO0KqQqpFZf8LQqv7uEXCX4tCq/xrRlHlOEKsB3hF7TrTQqwIP0aZMWxCrAkNRg41HUKsFB5GOMIQQqwU2UYSICFCrF1cRY5vokKuBH9GSYZOQq4KREYPVilCr9bGRXbKckKwAeNF2oluQrD/JUVsXYxCsfnfSCnu90KyDH9IBlcxQrInaEXUG09Csi25RYpkd0Ky8jRFoXM0QrO4gEX5Ke9CtbGHRaMusEK1yb9Fpz+LQrXOKkXOQtBCtdGoRmIsz0K14aFGDsGdQrXuhkZl4FJCtfBRRWdo/kK18bZGRh0AQrX7KkYKopRCtf4VReUUQkK1/slGjJiiQrX/xkdInzRCtgBpR8ABR0K2AcZKsKJYQrYDXUeHK/ZCtgP0RwjOp0K2BHFGwr1aQrYFHkZJlw9CtgdzRYvcaEK2B7RFkz7OQrYIOkZQYcFCtgjbRXjd4kK2EdFFexNwQrYVDkXFw/BCtjH9Rc1k0kK3yJJFivAWQrgDXkfgDu5CuAzQRuOgm0K4Vk1GCWRhQroD1kdLQVNCuufBRYbV1kK7OuBFk9eBQr7JEkV21+9CvyPkRXgbTEK/XYVFcHFPQsHrbUdfpdxCwfBJRoBXnELDqX5FeBcHQsQMhkWwRYNCxIZqRYsuB0LFeFVFi64EQsaA5UV7TulCxv6TRZLYQULIAedFskaLQsoi7EV/9mxCzhRQReMAH0LRWuBFeXt5QtKROUWbRxRC1BTnRlC7mELZKkxFhaBHQtoUvEYIelhC4SwMRZbLI0Lh+H9HddQsQuH7M0WF4hNC4pLeRZG5c0LlBLhFmUv1QuYHfkf7keBC6FbIRXmaIELqFThFiWreQuocY0YEVjJC7hG3RXd1kkLyMZ5FfaJhQvZfAEWHxZRC/A+tRt5nF0L+B4xGC1mPQv6wY0WKXeFDAtGERZAZAEMDENBFkhhuQwZRPEVpwOZDB2wlRYsVFUMJC6VFpprcQwo+Y0WOxHlDCpONRYTp2UMML+BFkoKgQwzsfkVqOWZDDf8ORW2icEMOswBFkW+5Qw92KkVeTdtDEe5CRdCAs0MS8D5G0ImsQxb9p0Y+pAxDG5KXRXbJ30Mg13tGyJt3QyLWtEafcQJDI7dJRZeTkkMk1ftF1rLUQyT06UWJHuhDKZxQRgiwE0MpnWRHdkPRQy5ZjUWXjHBDLvSwRni5pkMw4jdGJQ0OQzIM4kaWgGFDMvozR6DH9UMzggxFiJpVQzT5CkYnPZRDNcwMRcyj3EM40gdFkjDbQz0RZ0WcrtVDPRKIRZMiWkM9FABF0+aGQz0VxkWzyKdDPRfCRa/cfUM9GFtFZ6n+Qz7thkc076FDQXVbRgEDGkNBfTxFoxebQ0GIFUYaJZlDQYlURtm28UNBisFF4PgBQ0GdVUX4RABDQykfRZPakENE7thFrSwLQ0TvpUWW5i9DRPGcRZc/SkNG78lGKRrlQ0k7BEZqJmlDSU3iRcdcHENJUE9HQoaKQ0llZ0Za4UxDSW1WRYEtg0NKEa9Fmb4nQ0rC/EWF8cZDS+nGRXri90NM/kVFyY4mQ0744Eglr/5DT4coRYpVwkNP7jtFilSxQ1JIxEXM6w9DVOH4RY+fzkNU7bhFlZyQQ1XhBkWLYG9DV0DORa+dN0NX3lZFo+nqQ1gVIUX1CvVDWrl5RYxcO0NfCNpFep4PQ2Cm2UVn81pDYLTdRWQ+rENguN1FgT59Q2EHikWINfVDYQkoRZ4thENr7OlGi8fnQ2y06UWAulFDcWRkRdfYNEN7Vb9FeIUsQ4bh6UWNrltDhvU0RaphXEOHmTtFgPpzQ4g3b0W0gR1Dix7SRYWTI0OL+2JFpWdBQ4y1hkWiGWlDkTYwRXyq/UORzrJFghGEQ5H6nkW30FFDk7G4RZfYX0OVHqpFdVaDQ5W+SkWQm4ZDl2dQRcIKAEOXaMpFmDR0Q5eGokWNC3pDl7LkRaHG8kOYWt1GTUEkQ5w2kUWIhZdDnZuxRXtNWkOfQsRGJ48DQ59FXkYMXnhDn0ZjRhbG+UOfR3hGXDF5Q59IfEXhH8lDoO/JRo8SbkOg8Z1HxbjfQ6DzdUbDYZRDpEjGRcxUmkOkSclFhHnJQ6SQ6UWHSdNDpXDuRY/ybUOmrqZFgt0ZQ6iL5kXuIDBDrVilRbbJ2kOyGzJF0D/mQ7I0EUYdwVFDskd5RZJ2TUOy4WJFsPzkQ7LiikWnwJFDtBh2RYNqTUO1M9NFgqqhQ8ODUEXpYfpDxIFDRZpN7EPFes9Fh+3dQ8b+kUZ9KwxDxxu8RaNcMkPIAgxFfy/mQ8qYVEX0GZZD0FxcRXDOd0PSFedFg/hbQ9aQakWKQJhD1pNhRec5ZEPYyuRFl1ptQ9x1v0V2TN1D5WkBRkkRdkPmyXVF/AQ4Q+ySI0YK0RFD71PkRYwM4UP5C+dFeu4uQ/z+D0WOYgRD/pG/RYwm3EQALJ9FnSvdRACUGkV7F4JEAgTXRYSpFUQCe2dFlsDrRAMQQ0Y9QqpEBuT4RYcbWEQHa5xFgYYBRAdtREY+GVRECMOPRZIuQkQKENxFgr5sRAoowEWGNFpECzO8RkrsjUQNTKVFkKjeRA4NiEWJqPxEDk26RZcTxEQQvtZFhOGhRBIIAkWokFJEGPADRZT7JkQZgmpFnZ8FRBo8MUWLBI5EHTL6RZxDEUQgpblFhnTtRCErYUZ3N0dEImTwRX7qK0Qjt4pFvgJTRCUs9UZdA4tEJnmwRWx3fEQopFpFmweJRCi3EUWbHLZEMnrQRYES+UQ40nRF+7xYRDulPEV5N7FEPES9RYII5EQ/NKdFjKz+REGJiUX5TcNEQ0pARYvoBkRGLbFFt7HKRElQpUWfXQ5EUkiRRhMMWERblnNFoK6kRGSdLkWE5CREaIS8RZiK00RwwktHAvnJRHFlzEXo6qlEdzCYRY126ER3ah5GFLYWRHekM0WJJ5M=</peaks>
+    </scan>
+    <scan num="1986"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="310"
+          polarity="-"
+          retentionTime="PT1116.2S"
+          lowMz="50.342372894287"
+          highMz="989.674072265625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.3590985e06"
+          totIonCurrent="1.086222e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1987"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="331"
+          polarity="-"
+          retentionTime="PT1116.71S"
+          lowMz="50.862644195557"
+          highMz="992.355163574219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.2591675e06"
+          totIonCurrent="1.0941925e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1988"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1117.21S"
+          lowMz="50.013763427734"
+          highMz="990.739624023438"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.2507215e06"
+          totIonCurrent="1.0550605e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1989"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT1117.72S"
+          lowMz="51.222694396973"
+          highMz="990.588073730469"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.520399e06"
+          totIonCurrent="1.1020782e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkzkCkWiQShCXLPDRZi1S0Jg5UhFmRuPQmNzEkWu3JpCZuhtRZwRcUJse8pFlI2gQm8AEEWSDTBCd/QCRkgl/kKBvxZFmBLgQoHzzEWKIyVChJmNRZRI/0KH4vtFln+0QogHQUW2629CiL2MRbmxwUKLq11Fq5gJQo80u0WdprFCkzVYRcj+RkKT6+ZFqKQWQpYEcEXylhVClmYzRZvY3EKWtohFpA9YQpyO6UWpSspCneOrRY2rLkKf2y9FmmikQqDt80Wd0Q9CoPCnRnCGiUKg8YhGvyHMQqDyNEcaMXxCoPeoReTbgkKh8xRF3/LGQqQU+0XfzxtCpX6kRbykXUKlzchFzF44QqYMzEd1zl5Cpj8MRaCeakKoBI9GwQLXQqv8qEYjuYRCrAFGRehx/UKsB0xGLbb9QqwIiUbQiD5CrAnJRgk0W0KsCqtFlRqrQqwUZkZcI6VCrBWwRa/+6UKsMdVFqYuxQq4EbkZPSbtCrgoyRhkRnkKwAhVF4qOjQrBYtUWhPoJCsfnZSKKASEKyC6RFkKPWQrIMd0gcjkdCsvHoRbCtcEK0pkVFuYDEQrXAL0WyERRCtdGdRsD1OEK14YxGSkMnQrXuZUZq9nFCtfGmRjOwQEK1+1ZGhwE2QrX8qkYif0NCtf0iRj5ImUK1/bZGLC7OQrX+KUZphAhCtf7eRxVMPkK1/6BHmkvKQrYAVkfAxtFCtgG/Ssb8nkK2A2JHmx1rQrYD2kdrHmFCtgRpRs+KmEK2BcxF8qLoQrYGFUaOTt1Ctgg5Rqd2wEK2EHJFpPgjQrYRukXVVHpCthUoRfFd2kK2MfxGgvDKQrgDXEgWP9ZCuAzBRt96/UK46cZFmSikQroD1EdROV1CuhtbRanfeEK8XKdFoiVwQr4MrEX1vQtCwetzR6PR00LB8FBGgDgWQsQMg0XtGtNCxgobRahCpkLIAeBGAob7QswJzEW1pQhCzhRWRbc5VELOOQNFny/EQs9dfUWe8YNC0ntARZcQqULUFOBGPimoQtWWqkWp0C9C1pV0RaMuUkLaFLlGO86ZQtxq7EW2C3hC4fh0R7ApiELikmlGGc5vQuYHd0gWK7hC5imjRaa2/ELqHGdGM7p1Qu9MwEWT+gJC8fzwRaROhUL7vxdFwsrGQvvlFUWrfHxC/A+jRwHLEEL+B4FGZkaYQwAeGUWozQ9DAzQ3RaauG0MDYkBFl5hJQwUHF0WZdT1DBYWvRbB3RkMFwzZFj3R0QwdjJ0WuM9JDCKrxRaHc2UMJ8VRFrEAxQwoIoEWiLRBDCygURYjUp0MOwpFFjVMfQxAZHUWr7vNDEjrlRZc1WkMS8CtGx/AjQxWpjEWxbWJDFv3DRowOhkMZEMNFx6dmQxombUXI1MFDGoA4RgCcJUMg13VG4SCdQyE0BEWg66ZDItbCRk9sL0Mi+2FGAK/2QyO4/EYLNWVDJNY3Rc1uykMoR9VFoPR0QyhmEUWhaZlDKZy1RgXo9EMpnbdHm7D/Qy0OeEWm45hDLuhrRZwebEMu9KhGgmXpQzDiQUXpJFZDMRfcRZpWnkMyDOhGoq3nQzL6K0e7SRhDM+i9RbZ+G0M0+QJGUl0rQzWVtEWoEeJDNcyrRgctREM1zelF45C1QzeBD0WeHoVDOqFJRZyyk0M7ALZFtiGJQz0Rk0XM1fZDPRJgRdC1D0M9E29FzsQAQz0UWUW2YpxDPRUlRZ9poUM9Fj5FsSxxQz0W6kXZpMdDPRkeRaEim0M97jRFpnFUQz7tgEcLsvVDQPNJRZg7ikNBdYNGGxneQ0F9W0YcRaNDQYmQRwL6GkNBi7VF6jN+Q0GVzkYIEaRDQZ27ReDWk0NE8c9GGdWeQ0XVX0WfpFNDRu9/RhbsTUNJOv5GTl/JQ0lOvEY2AqBDSVArR2B2/UNJZV9GVnckQ0rDnkWxKAVDSvDbRfoXg0NO+NpIHJUEQ1D6CUWttHdDUkspRftBHkNSrdZFlbhGQ1c/t0WFiMtDWBSBRgRUvkNYodhFr2hRQ1jc1kWqSB5DWe/ARa5XdUNbXeNFyOQMQ16hcUWan7BDYGbARZ1t0kNhC+dGAVwhQ2kXk0Wd1OFDa+0DRotZI0NuMWtFkHUMQ25txkWeQ8RDcWaFRcPIeEN2ScFFrOvXQ3f6S0W2AVZDfQfvRbEAIUOAq2FFmGWOQ4G2ukW/WVtDgc+/RgWLtEOEVvpFvuPmQ4blE0WnDOBDi7DERbf6kEOL+sFFth2fQ4v9D0XR4YxDjD1ERbaDq0OXaOFFtC1HQ5dpiUXzZLxDmFbwRa6EW0OYWpBGYb4KQ5nHAUWf9xFDnbvsRbGgwEOfQn9Fxkv+Q59Es0aR49xDn0ZWRjCp50OfR71GIPo6Q59Jw0ZmIlFDoOYDRc/3skOg6EdFv/H4Q6DvbUZ93K9DoPDlRvm4tUOg8jhH6XFfQ6Dz/kbqyOJDoP1MRji5N0Oj5/tFnegBQ6RKsUYWbDpDpL0gRa2r6kOoiZ9GR71rQ7Ibl0YPwhBDsjSTRja2uUOy4qZFquUdQ7YBKEWiPCpDtt+jRZoDOEO3nLhFuYtEQ8GdP0WjVXxDw4R5Rd5RsEPEySxFzTDiQ8b+VUZqQuZDyeU7RbqsAkPKmBtFxfQGQ80v6kWvpTBD0J+uRbzfBEPUm7tFnHQwQ9aU/UY0K4RD11tWRbF2SUPd6itFrfN3Q+VmDEaSjZBD5slORceq4kPsBuRFv48fQ+ySLkWvJFFD7JQ5RdlL6UPvR39FqcWnQ/IoyEXZloVD+hvbRaSSx0P6hPRFyxAbRAJ/zUWbV+5EAxFURgdWykQHbQRGT/3kRAn/6EWijyxECxwpReI37UQLNIlGgdl4RBII5kYzvUhEFxUdRav8R0Qelw5FrZ2PRCEq50aTJLlEI4swRZy/E0QjuJFGEAmmRCUquUaTdIlEKJ9PRfOOkkQs8YtF5ebIRC5a1EW4G5JEMIK6RcjlPUQyLWJFrtiCRDKRkEXVSZNENM5JRboAX0Q1/jNFygshRDjTg0YhwhhEOTgkRaMuNUQ8GtNFySBDRD2sEEWkWsdEPj7wRe79/URBiaVGXP2MREipH0Wx0vJETUIBRdZ3OkRPSSBFzN3eRE+u4UWZIWpEUkpGRihsq0RU3O9FnXdlRGqcc0XV2WNEayEPRcLzD0RvNM5FuX91RHCFtEWhM3NEcMG1RyCtR0RxZTZF1v8iRHFnVkXjgFBEd2uURbnxTER3paNF1hqM</peaks>
+    </scan>
+    <scan num="1990"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT1118.22S"
+          lowMz="50.398513793945"
+          highMz="989.703674316406"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.008199e06"
+          totIonCurrent="1.1598153e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1991"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="279"
+          polarity="-"
+          retentionTime="PT1118.73S"
+          lowMz="52.089157104492"
+          highMz="997.031921386719"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.6928345e06"
+          totIonCurrent="1.0963151e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1992"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="327"
+          polarity="-"
+          retentionTime="PT1119.23S"
+          lowMz="50.025287628174"
+          highMz="995.541259765625"
+          basePeakMz="91.003387451172"
+          basePeakIntensity="7.1766615e06"
+          totIonCurrent="1.1896368e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1993"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="347"
+          polarity="-"
+          retentionTime="PT1119.74S"
+          lowMz="53.612247467041"
+          highMz="989.671813964844"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="4.995815e06"
+          totIonCurrent="8.455569e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1994"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="332"
+          polarity="-"
+          retentionTime="PT1120.27S"
+          lowMz="50.133255004883"
+          highMz="989.668701171875"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.8700605e06"
+          totIonCurrent="9.930448e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1995"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="333"
+          polarity="-"
+          retentionTime="PT1120.78S"
+          lowMz="50.784732818604"
+          highMz="989.661560058594"
+          basePeakMz="91.003540039063"
+          basePeakIntensity="7.2939915e06"
+          totIonCurrent="1.2476887e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1996"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="334"
+          polarity="-"
+          retentionTime="PT1121.29S"
+          lowMz="50.579803466797"
+          highMz="999.6640625"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.3533705e06"
+          totIonCurrent="9.067889e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1997"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="311"
+          polarity="-"
+          retentionTime="PT1121.81S"
+          lowMz="50.007442474365"
+          highMz="991.29541015625"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.594076e06"
+          totIonCurrent="1.1012495e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1998"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT1122.31S"
+          lowMz="51.009948730469"
+          highMz="996.319641113281"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.7931145e06"
+          totIonCurrent="1.1533211e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="1999"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1122.83S"
+          lowMz="50.861587524414"
+          highMz="989.712036132813"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.4091785e06"
+          totIonCurrent="1.2225409e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2000"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="272"
+          polarity="-"
+          retentionTime="PT1123.32S"
+          lowMz="50.86169052124"
+          highMz="997.08740234375"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="7.491854e06"
+          totIonCurrent="1.2470733e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2001"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT1123.82S"
+          lowMz="51.698501586914"
+          highMz="989.730712890625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.913508e06"
+          totIonCurrent="1.1225677e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2002"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="303"
+          polarity="-"
+          retentionTime="PT1124.33S"
+          lowMz="51.049430847168"
+          highMz="995.663940429688"
+          basePeakMz="91.003494262695"
+          basePeakIntensity="6.422935e06"
+          totIonCurrent="1.0637888e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2003"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="335"
+          polarity="-"
+          retentionTime="PT1124.84S"
+          lowMz="51.240829467773"
+          highMz="992.994934082031"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="6.579667e06"
+          totIonCurrent="1.1050879e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2004"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="322"
+          polarity="-"
+          retentionTime="PT1125.34S"
+          lowMz="50.02144241333"
+          highMz="989.705383300781"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.6374455e06"
+          totIonCurrent="9.300734e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2005"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="298"
+          polarity="-"
+          retentionTime="PT1125.86S"
+          lowMz="50.584804534912"
+          highMz="989.733642578125"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.004293e06"
+          totIonCurrent="1.0002451e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2006"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1126.37S"
+          lowMz="50.914497375488"
+          highMz="989.733276367188"
+          basePeakMz="91.003524780273"
+          basePeakIntensity="6.468325e06"
+          totIonCurrent="1.1035951e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2007"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT1126.88S"
+          lowMz="50.778888702393"
+          highMz="994.189575195313"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.117414e06"
+          totIonCurrent="1.1394532e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2008"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="300"
+          polarity="-"
+          retentionTime="PT1127.38S"
+          lowMz="50.532089233398"
+          highMz="997.038940429688"
+          basePeakMz="91.003509521484"
+          basePeakIntensity="6.5849335e06"
+          totIonCurrent="1.0743293e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2009"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="293"
+          polarity="-"
+          retentionTime="PT1127.89S"
+          lowMz="50.618576049805"
+          highMz="995.503723144531"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="5.9582685e06"
+          totIonCurrent="9.924603e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2010"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="316"
+          polarity="-"
+          retentionTime="PT1128.4S"
+          lowMz="51.827739715576"
+          highMz="989.734375"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.880023e06"
+          totIonCurrent="9.634737e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2011"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1128.92S"
+          lowMz="50.498722076416"
+          highMz="997.428894042969"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.494375e06"
+          totIonCurrent="1.1198095e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2012"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="287"
+          polarity="-"
+          retentionTime="PT1129.42S"
+          lowMz="50.03736114502"
+          highMz="989.740295410156"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="7.0437775e06"
+          totIonCurrent="1.1509516e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2013"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="318"
+          polarity="-"
+          retentionTime="PT1129.93S"
+          lowMz="50.864082336426"
+          highMz="989.720275878906"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="7.4572685e06"
+          totIonCurrent="1.2889059e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2014"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="329"
+          polarity="-"
+          retentionTime="PT1130.42S"
+          lowMz="50.395767211914"
+          highMz="997.765075683594"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.8808305e06"
+          totIonCurrent="1.0024908e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2015"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="326"
+          polarity="-"
+          retentionTime="PT1130.93S"
+          lowMz="51.914966583252"
+          highMz="989.77197265625"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.9210805e06"
+          totIonCurrent="1.1627995e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2016"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1131.43S"
+          lowMz="51.697570800781"
+          highMz="990.176818847656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="6.767372e06"
+          totIonCurrent="1.126497e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2017"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="317"
+          polarity="-"
+          retentionTime="PT1131.94S"
+          lowMz="52.985855102539"
+          highMz="996.989135742188"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="6.254777e06"
+          totIonCurrent="1.0430699e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QlPxhEWGl3RCVzzjRa6ZN0JYiMVFtoXlQl979kWbTPVCZSbXRZV3kkJpD45FjMDCQnFp90Wj/jhCc/jgRgBt3UJ39AxGHl4tQnilOkWUsI9CekJZRZWt2EJ/I19Fk7baQoXr8kWbaBNChfjCRZfXvUKHVupFvjGcQof9PkWlhJVCixXrRZnqw0KLZ/NFnTLhQovgw0Wbu39CjUT6RX2puEKOhx9FnNSvQo/gjUWmsTVCkT+MRaChM0KR5RxFj86wQpMtaUWOhI5Ck5OtRYsuZ0KUPi9FrWRlQpSs3EWbwhFClLJYRXVEp0KVJ1JFh2vKQpX7i0WET1NClgRsRcatvEKWh5ZFqLU+Qpagq0WWAqtCl7vURZbPVEKYTl1FnKt/Qpo/qkWTFjxCmsQ1RZYZaEKcAQBFl8/WQpy0jkWr6qdCnNCSRaTP1UKgzelFkYeBQqDqtEW4eoRCoPA+RlBHf0Kg8OVHXTzkQqFH/0WJZudCofMlRi+1xkKkTGRFkUDWQqYMy0c9kWZCpyECRZPGNUKoBJpGx0BrQqnpQUWRZHRCqswSRZGxQkKr/LlGcFZLQqwBWUYKrFFCrAiWRudk8kKsD7JGAUwlQqwUekZeR99CrHzTRZuFL0KsgJ9FkJesQq2CskWP46lCrgRxRh2XdkKu6BRFq9ViQq+gS0WJmzBCsD8hRaafTUKx+ItFllCuQrH430WL7nJCsfncSKWZTEKx+qRF50NMQrIMfkfp7a1Csg1URbqscEKyLHJFmz54QrLi10W2FRRCsuWdRZ+fPUKzuJtGAtaFQrXI6UWrx6pCtc8pRb1HhkK10YNGlOD6QrXTmUXFXWJCteGaRhs6okK17m1GbNfWQrXxukYUZBVCtfXFRYYxCEK19jNFnimcQrX7YUZOQW5Ctfx9RhAvjEK1/R9GKHWpQrX910Z5YcdCtf6bRrg/2kK2ANdID4xpQrYBxkq+4XJCtgMuR7gtmUK2A/RHPPBUQrYEvEbYBdJCtgVeRmmboEK2BhBGB++PQrYIQkaGhYlCthHtRccJ7UK2FRZGBVFVQrYgRkWlMg9CtjIPRj4G8EK3Tt1FkA6EQrgDY0gYPMNCuAzMRwAI20K6A9hHWZboQrqITkWI/BNCu1m3RaKehUK990RFoXZ4QsGbi0WIbLZCwetzR6Kif0LB8EhGsw+xQsQMXUWqJJpCxHmdRbv0wULJwqNFpCU6QsqyKUWad3xCzhRURbtfoELUFOVGRG4aQtRnf0Wc4bZC2Lp5RZgvV0LaFLBGaMUkQtpUQUWNaOxC3uGyRa2EPULh+HpHk9ybQuKPQEWhIVdC5gd+R/joTELpqDJFqlYcQuoHyEWWIhxC6jNRRZWeHkLs5txFjabXQu0P9kWshe1C8FghRaWjuUL8D7xGzoPcQv3DnEWfzXhC/eMVRYw1Y0L+B31GJfj2QwD9bkWoA71DAr2kRZQ6bEMDEVJFyIb8QwWFykWSRstDB2hCRZ/YSkMLAidFjngtQw75hkYWWHVDDw+oRZplCkMSCuhFzPuvQxILrkWIq2BDEvA3RqHXm0MTRqhFqs4IQxR5ukWoC75DFH0ERZn4pEMW/cRGMmiaQxj9HUXHtwBDGRnsRYWoA0MZGldFh7h9Qx5Fv0WRvoFDHwl1RYeLWUMgFvlFjF5kQyDXb0avByNDIta0RnEgVEMkscRFl+vIQyUKpEWmHbRDKZTlRbGP3EMpne9HlyaWQyxJZEW+tvdDLld6RffhMkMu9KNGbnQHQzDiW0Y34V1DMd8LRYvzJkMyDOdGXHs+QzL3d0WnWJ9DMvovR6/vkEMzezdFtVILQzT5E0X2clpDNWCBRaiqXkM10QRFwjeSQzzpiUX9Xa1DPQziRawtnkM9D6lF8ME5Qz0Q0EXWNaNDPRIgRdPOmUM9FLFF9MCOQz0aFEWsMGhDPUxERatx1UM+bZBFmBaqQz7tkEcBwc5DQDfQRal3LENBcTtFsOajQ0F10UYWkFRDQX1xRgDhA0NBibZHAavrQ0GV4UXmw4pDQZ3ARhZUBENCuLRFq+RHQ0Tx00YHJstDRPUERf8aV0NG74FGb+GHQ0jC/UWP5/5DSTs3RpAMZ0NJTB5FrAHLQ0lQgUdj93RDSVV9RZ+/pUNJZcNGkrrpQ0zi2EWZCbdDTP4xRfFVgkNNqtdFmVRMQ0742UgQQw9DUvnsRZ/cEENVpghFldpOQ1c8nEXErwdDV7ysRZcx70NaXe1FrmXAQ1vz/EWpoxxDYp7rRaT9RUNkmnNFnFW6Q2viCEWh+QFDdlqBRb4roUN3t89FnyyzQ3iXRkWkDi5DegGyRbSgh0OAXktFqa6qQ4B6QUYSJ7hDgIGgRZCmY0OBClZFtJepQ4HRoUXV2vxDg5LXRZ+WAUOGLYdFppK/Q4b1XEXz48VDh0A0RaAMLkOINFxFunhkQ4k9skWg035DidKvRaXtR0OL/5FF1H3BQ4186EWXHfBDkIUrRaaioUOTeQlF0K+KQ5gSW0Wee21DmFsSRnABREOYXr5F0OwbQ59DTUXEOHVDn0XURlWCtEOfR4lGocVdQ59JYkYnPORDn0t9RgpfOUOgAhtFq5KpQ6DuoEYFH6pDoPD0R/+MRkOim19FnnUEQ6fTI0Wux6JDqIr3Rm76W0Op589FtdxJQ7IheUXgnGVDsjioRbL+X0OyObpF06ZTQ7I7C0XdmAlDsuOWRdtZI0O2W4lFsBqjQ7fE1UWhcohDuJCJRZqCJEO76q5FpQtzQ8DsykWngMJDwkn1RauI7EPDSl1Fu1zvQ8OEXUXGraFDxv6wRp0smUPKmAVF/WMyQ8rcvUWQzrhDzgZwRad8PkPSgCxFrd+fQ9aY20XURatD5Wf5RpPKbUPmyZFF2dXkQ+yU20YC1phD+uUPRZ0bK0QAfnlFmdohRAFKikXGkQJEApLERYyI/0QCk6tFjiqpRAMRskWyAoREBaKlRZVWeUQHbXRGhzP1RApFMEW5vw9ECweeRbWA5UQLODlGPGgzRA6gw0XDXLpEEgnlRe02XkQSDCpF5NoSRBKgwkWujihEEsd8RZrOoEQSyHBFmUlRRBc990W3o+9EGiJIRbVRwEQhK4BGjldaRCIw/kWgF8pEI7i2RdMNgkQjvIVFoSMGRCSBeUW4+ntEJSwzRmtCaEQ14p9FnX4+RDYdFUWpxKREN1p5RdY8eEQ40/RFuLZ9RDjXUEW9TdFEOuq3RaXFT0Q9jSZFvy+3RD55YEWn4ftEQYoTRhPclkRDBQNFvQEwREyO9UXbeJ1ET6wDRayNpkRUXw9Ftb/zRFpxZEWxvTxEaId9RcjsJERwwoVHHkINRHDKzUXRlTpEcWxWRgT0XERyLkdFspXGRHXVUEW1TupEeT9ORfMBbA==</peaks>
+    </scan>
+    <scan num="2018"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="279"
+          polarity="-"
+          retentionTime="PT1132.44S"
+          lowMz="51.600814819336"
+          highMz="993.575927734375"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.3749035e06"
+          totIonCurrent="1.2022701e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2019"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="319"
+          polarity="-"
+          retentionTime="PT1132.95S"
+          lowMz="50.692119598389"
+          highMz="994.570861816406"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.3932055e06"
+          totIonCurrent="1.061822e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2020"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="363"
+          polarity="-"
+          retentionTime="PT1133.46S"
+          lowMz="50.629619598389"
+          highMz="990.690490722656"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="5.871777e06"
+          totIonCurrent="1.0168494e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkqEu0VwUINCTR+wRb4FLEJSR9BFl+9CQlLl6UWN5jpCVz33RY2lbEJb2vhFhSD/Ql2rOEWKTO1CXejgRZZ3I0JhNvNFlG0SQmW3mEWBZrFCaU1mRYOUokJq+D1Fk2zZQm1rqkWW7+NCcynoRZklmUJz+OFGKatzQndFWEWgppdCd/QKRg9zGUJ7ok1FdQWbQoBmzkV4BeNCgsZVRYp400KDFkJFiH2/Qoa/N0WpeBxChscMRY0WSEKH/ItFpD6qQogHQ0WoLutCieehRYRnjUKKfvxFr/ZjQowcS0VzTj5Cj2ALRZPpxUKP/R1FrI2EQpFf5kWAEZRCkWFWRYU8AEKRj5hFqUXhQpH8bEXln6lCkmqVRabAQEKTB4BFi/2uQpNVhkWBEPxClMi5RZyOMEKWmFFFjAMyQpbSJkWNJIFCmlczRZRE4EKafxdFsKrqQpt9oUWChnlCna2eRYk8o0Kd7xdFiyypQqALCkWl2P9CoF5RRYXGIUKg6pRGCxZaQqDul0W0YvhCoPAZRlO0eEKg8M1HT0onQqD260YdEbBCo0JPRYXRhkKlnNtFgiqhQqWdb0WAhBNCpgzGR1ZcV0KoBJ1G0IaCQqtM0EWDsGhCq8wjRZ4c70Kr/QxGNdZ9QqwBnEWx04lCrAjiRsRkkUKsCsdFlpA4QqwNfUWvL1tCrBQHRbMni0KsFLxGLeaJQq4EcUZqbi9CrgoxRgUvoUKuWS9Fk4/XQq6Lg0WTwABCrsYiRYZIaEKwAgtFpz3bQrAjBEWNJTdCsfneSLSdz0KyBxdFhn2JQrIMfUgJh7xCsv6TRZC200K1Be9FifbqQrXKpUWqAItCtdGeRpZWpUK13slFxV1tQrXhgkYRChJCteQMRYRa6UK16zNFk4ocQrXuZUZqYaNCtfHERlCxu0K1+1NGgepDQrX74EWXYOtCtfzHRieoQUK1/dRGSZvnQrX+YEW5rm9Ctf7dRsSAFkK1/65HCy5TQrYAO0eXXp1CtgHGSrMxQkK2AyxHnwyaQrYD70eOI49CtgYbRhC6nkK2BmdGHIyHQrYIY0aNT/VCtgrVRbBojUK2EaxGAC7lQrYVLEX5nT5CtjILRf4tp0K4A2FH4WwZQrgMxEanu95CugPgRznbHUK7T0tFg6zvQrwpLUWN285CvgytRdvKG0LBY3BFlg2zQsHrb0eWIm5CwfBLRp++KULCFKZFlrYbQsOCL0WmDUtCyAH9RkKPLULLaBFFjZi0QsxtkkWM8dxCzhREReZIBULQCfhFn1u9QtAoY0WhjFBC03wCRZjBmULUFO5FyjG8Qtb5jEWMKgRC2hS4RmtPd0LbqytFlyJzQt1teEWUMc5C3dmWRYxj7ELfnMhFiP5BQuEqXkWupdhC4TDoRYK2HkLh+H9HnRxaQuKQAEYhgxhC5AEwRY4PCkLkCYZFnhu9QuYHfEf5XyxC5mWARZzAAELp9u9FtMGFQuocVEXczplC8iWKRbN3ckLyMdNFkMf4QvikcUWyCFpC+NoyRai9UkL5oyVFj5NeQvwPq0bNHoRC/gdZRjuQHUL+RABFn4/5QwAuIEWSlqBDAVBnRajjpkMBaNdFlqfFQwID2UWkkL9DBQgLRYl4TEMHB6BFulkjQwkLi0Wn2yZDCzgwRd2J6kMMBuFFnDQRQw8LYkWVYLBDD/xoRZpyP0MS8CZGoMOHQxN12UWqZ05DE3b5RaiBc0MW/bdGOXQvQxcF7EWdGDZDGDd+RaNZ4kMY/PNFsJHFQxlxO0W9FjhDGn3cRZilH0MbjFdFmoO1QxzO0EWfoghDHNANRZMDEEMdg8lFi29bQx+cnkWMEHtDIB3jRZWTGEMg13RGmo6LQyLWr0apbWNDI7afRabEwEMmLjVFh6fEQyZXBUWh7ehDJ0EURZVymUMpnMNGfjo0QymdxkeKgsJDLlifRbpUp0Mu9K1GJfxBQy+UMEWcyz1DMOL3RbXdj0MxBh5FwFebQzIM4UacWtlDMvouR51do0My+9dFkz5iQzNEfEWVbMVDNBmYRZRdOkM0+RVF7NCyQzXR6UXzdINDONDfRawcGEM5qWBFiYUAQzoUGkWJhfVDO0erRafFm0M8DjlFkcjlQzzpkUXw5KhDPRI/RbtQXEM9Ez5FnnlSQz0UPEWnymNDPRUARavq2kM9FpxF4PymQz7tl0c1N+pDPys8RZZ7l0NBJGBFmoinQ0F1+0XeksJDQX3TRgd3RENBigdG/64MQ0GNHUW6Rj9DQZZ3Ra3bsUNBnidF0KEIQ0N24EWTAipDRO6JRgEpjENE8ExFiCQ1Q0Txb0WbSMBDRu+TRguCAkNHJetFpCKgQ0f/TkWTRq9DSOJfRZG1eENJO2BGjnNgQ0lOrkWaXVhDSVB7R1Z3oENJZaVGWpB2Q0pL8UWOpf5DTP4zRe0L8ENNlRZFhSILQ0743kgK3ctDT/nXRdGwo0NSRi9Fx+UwQ1KEc0WRU+xDVz4IRZJTV0NYFS9FqSRmQ1gWIUW9AblDWyKnRarXFkNcjz5FiK4iQ1zmJUWM5ilDYQg7RhsLm0NmFCdFjXooQ3BvEUWetYRDcTTHRZk1GUNxZFlGLq3bQ3lBJkWk1pBDfPTxRZr3C0OBzWBGGFAzQ4IM40Wayr9DiLZXRan1fkOL+q9FyC+lQ4/vi0WZKKBDkjklRaT9+UOTeSNGCEetQ5dmt0YCEFpDmFuGRiiycEOb0hpFpzGbQ51KSEWPLJxDn0G6RZC98kOfQ5JFqCi4Q59EmEYQ2khDn0d8RecpikOfSRtGeRkeQ59J+kZqo9lDoJZSRZRFr0Og5HZGGrUOQ6DnWEWn83NDoOsERZp9yUOg7i1Fp7YwQ6DvgEZyrBdDoPDgR+o/Y0Og8kxGQfDjQ6D9IkYsjZtDolmgRZr1bkOkR+NGAJp9Q6aUm0WWyf1Dp3MVRaaPkUOoiuBGGaHLQ6+zGUXeMCJDsiESRcXwrUOyOepF5GMzQ7I6xEWNJPtDsuCKRhaJekO0mTdFq1EoQ7WEFEXHasdDw4IYRj2lF0PGAsdFpT4WQ8b/gUZ/6AdDz4U0RbUljEPSPtpFlnGyQ9aSKkXdz95D2T+KRaoxjEPaU1NFksNBQ+Vn0UZDHulD5aR0RY6IMEPmym1FxiZgQ+ef4EWE23pD6jUgRcnxkUPskKJGDuobQ+1+c0WhA2ZD7wf0Rbbx/kPyJXlFicIGQ/UWrEXIJYZD9i5jRZRvuUP3z1ZFkYpQQ/uE7UWrmphD/ix8RZsV/kP/K3xFqvkARACiWUWKk3pEARS6RZsVHUQDD6BGIjMTRAMfZkWhdflEA0qHRZyP3EQEdRFFvOOKRAa4PEWqYvBEB23eRkYNvUQKLTRFwLlgRApFOUW+BUFECtVtRYjlvEQLH9hFywWsRAsr+kWYO+lECzhLRiFCsEQP61VFuBfRRBFS80WPfw1EEgb1RglF70QSbQpFq1TSRBgtA0WZTmtEGEWrRZF1rEQad/dFpt/SRB2i4kWTiLJEH8MRRZx28kQhK/FGiBlyRCIWn0WQnJZEI5GxRZl9y0Qjtl9GI4rkRCUsH0Zk0y1EJn6SRaTwl0QneMRFwNGkRCvDQEWSHUFELgSHRbJ8HUQvkCBFmqvKRC/3WEWNVfhEMobzRZvca0Q0H4ZFsFlNRDRc6UW3KnZENPjBRanjIUQ3GhlFnG/SRDexEUWlI85EONEWRiDaeUQ9tSpFmJtpREF8WkWVF09ERqNnRZot3URJUGNF20vQRE8Z6kW24SNEUke4RkgPa0RZsKpFjhZ/RF3xmEWSRClEYXsHRZ1iBERnXnhFqCk4RGk8HUWl3OdEcMNfRwj1lURxZI1GKBc6RHRZO0WfRa9Ed3IqRcCAY0R3rDFFmRlZ</peaks>
+    </scan>
+    <scan num="2021"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="291"
+          polarity="-"
+          retentionTime="PT1133.97S"
+          lowMz="50.019844055176"
+          highMz="989.789672851563"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.8336875e06"
+          totIonCurrent="1.1448003e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2022"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="328"
+          polarity="-"
+          retentionTime="PT1134.47S"
+          lowMz="50.25528717041"
+          highMz="989.799011230469"
+          basePeakMz="91.003479003906"
+          basePeakIntensity="6.062849e06"
+          totIonCurrent="1.0677765e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2023"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1134.99S"
+          lowMz="50.510143280029"
+          highMz="993.964477539063"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="4.6011685e06"
+          totIonCurrent="7.9385635e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2024"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1135.52S"
+          lowMz="50.248611450195"
+          highMz="995.757995605469"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="6.277985e06"
+          totIonCurrent="1.0309617e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2025"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="309"
+          polarity="-"
+          retentionTime="PT1136.04S"
+          lowMz="50.087158203125"
+          highMz="989.809509277344"
+          basePeakMz="91.003433227539"
+          basePeakIntensity="5.4156955e06"
+          totIonCurrent="9.124704e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2026"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="320"
+          polarity="-"
+          retentionTime="PT1136.56S"
+          lowMz="50.729557037354"
+          highMz="989.821960449219"
+          basePeakMz="91.003372192383"
+          basePeakIntensity="6.601537e06"
+          totIonCurrent="1.1412621e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2027"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="324"
+          polarity="-"
+          retentionTime="PT1137.07S"
+          lowMz="50.297313690186"
+          highMz="989.806518554688"
+          basePeakMz="91.00341796875"
+          basePeakIntensity="6.0764205e06"
+          totIonCurrent="1.0431789e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2028"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="281"
+          polarity="-"
+          retentionTime="PT1137.57S"
+          lowMz="50.067459106445"
+          highMz="970.605407714844"
+          basePeakMz="91.003463745117"
+          basePeakIntensity="7.223098e06"
+          totIonCurrent="1.2098267e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2029"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="308"
+          polarity="-"
+          retentionTime="PT1138.07S"
+          lowMz="50.247489929199"
+          highMz="989.800354003906"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="7.380379e06"
+          totIonCurrent="1.2207275e07"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2030"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="314"
+          polarity="-"
+          retentionTime="PT1138.57S"
+          lowMz="51.143566131592"
+          highMz="989.818237304688"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.368418e06"
+          totIonCurrent="9.134861e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">QkyTA0Vu6dRCUD7tRWF4TEJX0y5FZK+0QlixlEVW40VCW+z/RXABUUJcthJFXPB/Ql3CoUVvV9hCZ8JlRVrWWUJq7CVFb3aUQnPC1UVk7IxCc/jnReh1fUJ0wchFbZBsQnTXmkV6P7BCdxdxRZ2fwkJ38/FGcxx8QnsiMkWKdeBCfYOnRWha1EJ9wiZFXPt1QoFU5EV8w/hCgqDrRVwbwEKDuDhFbo0sQodq0kWO8fFCix+pRXK5skKL+xhFgy2/Qoy3v0WMozdCjSS8RY0G4kKVXXdFa7MTQpYEckWLR0dCl1t4RXAwqkKYtbpFjaTrQpt4tUVnJaxCm5C2RXEKOEKbwMpFhO+wQpxg+kVyvd1CnHWVRZXzEUKfC6hFXeGWQqDu6EXmaKxCoPDCRvWyC0Kg8rJFoXKNQqD9H0V/FkpConk5RYGlXkKjD75FdUtNQqQU8UWmwrRCpEhFRZTtoEKl8ZRFvfyWQqYMxUcoFPNCqASXRqjk+UKrV/lFla9XQqv4Z0V7WYBCq/wWRjZf3EKsAxlFudBJQqwHBUW7R29CrAgHRqSCeUKsCXVFyZCRQqwT2kXyEE1CrB+jRZQEhkKsIXpFfVMqQq4Eb0aUOx1CrgpBRaXMYUKu6LBFWrxZQrDxCUWDpJhCsfnXSKLWhEKyDHVH8LcyQrLxfEWmYmRCs7iIRbRAs0Kz+5NFyNidQrQONEWBddlCtF4SRXNM7UK1N41Fps71QrXRlEZhIfFCtdJiRWb7F0K10+lFTgbRQrXUgUXbPy5CtdwaRYtJ8UK17mVGXJF4QrXxr0YK64pCtftRRn1UuEK1/QhF0m57QrX9mkZKCExCtf5GRnFz7EK1/uVHCPYOQrYAPUd6CZhCtgG+SqPUxEK2Ao9IjKrOQrYD+UdSx5FCtgTzRrnS9kK2BatGTci9QrYGI0WwcjVCtggpRlKEh0K2EJNFrnjxQrYVDEXDB5tCtjIFReDgyUK2R3JFb0jRQrgDWUgEn1NCuAzJRrX840K4391FcSrfQroD0UcjWbtCulu1RW8Du0LBRtNFhLqFQsHrZ0eF+sZCwfBBRnBwK0LEDINF25lvQsgB3kYuEX5CzhRRRgJwekLOXiBFhCkvQs+WrUWWG9NC0XNoRX4UH0LVBDNFdR79QtUp0UVnMi9C2hS4Rk7Wf0LcSaJFeVUmQt5KYUVqkhtC4fh2R3aTj0Lis5RF3hzmQuPVPEV1XDpC5AnSRbo4M0Lkxl1FgkGAQuYHc0gCchhC7TZwRXnREULuEcpFhwiPQvECNEWGL41C8acqRWSV7ELzxs1FZS/0QvwPnUasfeZC/CWQRYPui0L+B3xGCzN5QwD1m0WecNlDAShGRYXOuEMDDzRFijjfQwo9cUWahkNDCwYnRWmT/0MLOUZFw/qGQwtpd0Vm4PZDDvmKRc5bk0MQGFRFuWlIQxLwNkaOQPlDFv3KRhAdDUMaXsNFcnR5Qxp9ckWO6A5DGwuxRZsYmkMbp2VFmqHEQx1XjEWAHk1DHkXCRYr5B0MetixFd/zbQyDXcEaao1FDItaeRomNKUMi+49Fh/4YQyO2AEV9LJ5DJNXdRYhEnkMk7ThFiVOdQymbw0WL9atDKZ2KR3u1REMpnytFqrxYQymgMEWDmANDKvWcRXErC0MrDwVFZoO+Qy70fkXqLcBDLwOvRYhgREMw4ddFhk8/QzIM8UZDOmdDMvonR4JAREMy+1pFsNBOQzT5F0XQOL5DNTQjRXnIMEM1wQ1FgQqBQzXTRUYQO1JDOGueRXpwZUM4tZZFiXduQzjQp0WFQ71DPEFqRYwQikM8/GRFdIa+Qz0O20W0h59DPRHHRckTAkM9E2RFjp+EQz0UKUXDEp1DPRYQRbec2kM9F0lFop5HQz7ti0bqvHJDQXT3RaX/W0NBfPRF538KQ0GEzkW3jxBDQYkWRts9ZkNBlOpFbPMMQ0GdGUX9pRVDQ4pTRY+O+0NE7gBF/JUUQ0TvfEWBTK9DRu+TRioikkNJOodGUVw3Q0lPwUc6dBBDSVP0RZQ2wUNJZQVGQshUQ0mqvUWaA+tDSvDORfC3+kNM+uZFfVTkQ0z+PUWiYGBDTvjTSAY37ENRFB9FkQ67Q1JHJ0WdFyNDVFEKRWcw40NU7VdFuGn2Q1c6yUWBV79DV42QRXYEeENYFIxF53bOQ1nmcEWAyuJDXNyoRYGQjENeJx1FnIrpQ2EHq0Xj8BhDa+zjRjd6zENuKm1Fi/2eQ3FkEEWteMxDdUqsRaFQL0N350lFhtKeQ30aOkV4eJ9DgDBdRZrgmUOBK9NFiYeMQ4HNPkXu2tFDg8BeRWZLlkOD+M9FgYqhQ4TZskWJwbdDhl5qRYm/zUOL+ntF4XDqQ5Fv+EWhMhdDlAWGRYQUCUOWh85Fhy9nQ5dmp0W5X1ZDmFqIRgnsIkOZyVNFgPqEQ57gPUV0WrtDn0LVRgsLdUOfRYtGQobkQ59HmUYRsC9Dn0oqRnk9ekOfwUFFf5gAQ6DXm0Wd+O1DoOT2RdGRDEOg62pFop2vQ6DtfEYDfPVDoO6eRaBo1kOg8KVHuapxQ6DyzUYEuLpDoPSPRcAiokOg/X9FwJYkQ6RHxUWcp7BDpd6sRYJv6kOoeAJFii0YQ6iK+0Xu6EZDsLQORWzT4kOwxnBFiEgdQ7IiKkYGTJpDsjoTRaHrukOyO0hGAJNaQ7LgZ0Xr0m1DtHqLRX122kPCBOlFj6IOQ8OBy0X161lDxv4mRmknCkPJ+oJFgeskQ8qYJ0XhnElDy+wORYQt9kPO9llFmqt9Q9aSHkW1xE1D1pNjRXSxj0PXNhxFtgKKQ9ereUWp/flD5WgLRldSRUPlbxhFlLF2Q+yQmEYItWtD8WdCRX6ge0PzABhFr5FiQ/RZ0kWCuNFD9JwvRY6AA0P1VD5Fd/0RQ/46VUWIJkREATOMRabnAkQCB7tFdmopRAMPdEXyBPJEBDnJRXYTvUQG2vFFnVsPRAdHYkWE2a9EB2kKRZKIZkQHbRJGRVpARAgGv0WOMOxECzlcRkPxVUQNF5BFeZEYRBIHEkYa5QNEHATORancMUQhKuJGRj/hRCO0QEVoKlZEI7ZnRbafZ0QlLEdGAe5gRC1nkUWKwXtEMB+ERYzAyEQ28OFFcCshRDde8kWL/kBEONDaRhPHzUQ8dG5FrASIREGJIUXcTlVERbnhRYaaDkRF8+NFmKrdREa3tEWnNo1ETYJtRZy68URSR6NGC2QMRFJZTkWOAj5EV5JgRZho9URZw6lFks8SRGejS0WcaGdEcLh/RdCjJERwwctG5cvcRHDJQUWOscpEcWSNRhTSRkRzqzFFdXSDRHVItUWBEAZEd3ReRgY7pw==</peaks>
+    </scan>
+    <scan num="2031"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="305"
+          polarity="-"
+          retentionTime="PT1139.09S"
+          lowMz="50.858921051025"
+          highMz="997.001037597656"
+          basePeakMz="91.003402709961"
+          basePeakIntensity="5.361837e06"
+          totIonCurrent="8.781856e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+    <scan num="2032"
+          scanEvent="1"
+          scanType="FULL"
+          centroided="1"
+          msLevel="1"
+          peaksCount="342"
+          polarity="-"
+          retentionTime="PT1139.62S"
+          lowMz="50.199474334717"
+          highMz="989.837585449219"
+          basePeakMz="91.003448486328"
+          basePeakIntensity="5.117233e06"
+          totIonCurrent="8.525027e06"
+          msInstrumentID="IC1">
+      <peaks compressedLen="0"
+             precision="32"
+             byteOrder="network"
+             pairOrder="m/z-int">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</peaks>
+    </scan>
+  </msRun>
+  <index name="scan">
+    <offset id="1">1919</offset>
+    <offset id="2">5269</offset>
+    <offset id="3">9093</offset>
+    <offset id="4">13050</offset>
+    <offset id="5">17630</offset>
+    <offset id="6">21347</offset>
+    <offset id="7">24980</offset>
+    <offset id="8">28773</offset>
+    <offset id="9">32926</offset>
+    <offset id="10">37045</offset>
+    <offset id="11">40922</offset>
+    <offset id="12">44779</offset>
+    <offset id="13">49053</offset>
+    <offset id="14">53121</offset>
+    <offset id="15">57064</offset>
+    <offset id="16">60814</offset>
+    <offset id="17">64722</offset>
+    <offset id="18">69026</offset>
+    <offset id="19">72659</offset>
+    <offset id="20">76504</offset>
+    <offset id="21">80369</offset>
+    <offset id="22">84405</offset>
+    <offset id="23">88829</offset>
+    <offset id="24">92728</offset>
+    <offset id="25">96939</offset>
+    <offset id="26">100862</offset>
+    <offset id="27">104804</offset>
+    <offset id="28">108568</offset>
+    <offset id="29">112115</offset>
+    <offset id="30">116293</offset>
+    <offset id="31">120397</offset>
+    <offset id="32">124030</offset>
+    <offset id="33">128101</offset>
+    <offset id="34">131735</offset>
+    <offset id="35">135983</offset>
+    <offset id="36">140074</offset>
+    <offset id="37">144220</offset>
+    <offset id="38">148271</offset>
+    <offset id="39">152226</offset>
+    <offset id="40">155963</offset>
+    <offset id="41">159905</offset>
+    <offset id="42">163593</offset>
+    <offset id="43">167620</offset>
+    <offset id="44">171582</offset>
+    <offset id="45">175215</offset>
+    <offset id="46">179094</offset>
+    <offset id="47">182672</offset>
+    <offset id="48">186881</offset>
+    <offset id="49">191028</offset>
+    <offset id="50">195175</offset>
+    <offset id="51">198977</offset>
+    <offset id="52">203144</offset>
+    <offset id="53">207375</offset>
+    <offset id="54">211296</offset>
+    <offset id="55">215065</offset>
+    <offset id="56">219339</offset>
+    <offset id="57">223039</offset>
+    <offset id="58">227154</offset>
+    <offset id="59">231499</offset>
+    <offset id="60">235454</offset>
+    <offset id="61">239461</offset>
+    <offset id="62">243767</offset>
+    <offset id="63">247915</offset>
+    <offset id="64">252006</offset>
+    <offset id="65">256096</offset>
+    <offset id="66">260596</offset>
+    <offset id="67">264590</offset>
+    <offset id="68">268854</offset>
+    <offset id="69">273194</offset>
+    <offset id="70">276958</offset>
+    <offset id="71">280677</offset>
+    <offset id="72">284480</offset>
+    <offset id="73">288807</offset>
+    <offset id="74">292418</offset>
+    <offset id="75">296573</offset>
+    <offset id="76">300459</offset>
+    <offset id="77">304547</offset>
+    <offset id="78">309033</offset>
+    <offset id="79">312675</offset>
+    <offset id="80">316669</offset>
+    <offset id="81">321104</offset>
+    <offset id="82">325141</offset>
+    <offset id="83">329261</offset>
+    <offset id="84">333406</offset>
+    <offset id="85">337234</offset>
+    <offset id="86">341196</offset>
+    <offset id="87">345203</offset>
+    <offset id="88">349486</offset>
+    <offset id="89">353768</offset>
+    <offset id="90">358085</offset>
+    <offset id="91">362777</offset>
+    <offset id="92">366899</offset>
+    <offset id="93">370971</offset>
+    <offset id="94">375318</offset>
+    <offset id="95">379945</offset>
+    <offset id="96">385214</offset>
+    <offset id="97">390215</offset>
+    <offset id="98">395599</offset>
+    <offset id="99">400682</offset>
+    <offset id="100">405799</offset>
+    <offset id="101">411376</offset>
+    <offset id="102">416956</offset>
+    <offset id="103">422702</offset>
+    <offset id="104">428420</offset>
+    <offset id="105">434308</offset>
+    <offset id="106">439258</offset>
+    <offset id="107">444943</offset>
+    <offset id="108">450221</offset>
+    <offset id="109">455447</offset>
+    <offset id="110">461332</offset>
+    <offset id="111">466865</offset>
+    <offset id="112">472005</offset>
+    <offset id="113">477370</offset>
+    <offset id="114">482435</offset>
+    <offset id="115">487809</offset>
+    <offset id="116">493277</offset>
+    <offset id="117">498733</offset>
+    <offset id="118">503713</offset>
+    <offset id="119">508551</offset>
+    <offset id="120">513668</offset>
+    <offset id="121">519097</offset>
+    <offset id="122">523915</offset>
+    <offset id="123">529076</offset>
+    <offset id="124">534435</offset>
+    <offset id="125">539340</offset>
+    <offset id="126">543954</offset>
+    <offset id="127">548812</offset>
+    <offset id="128">553684</offset>
+    <offset id="129">558056</offset>
+    <offset id="130">562595</offset>
+    <offset id="131">566956</offset>
+    <offset id="132">571508</offset>
+    <offset id="133">576207</offset>
+    <offset id="134">580747</offset>
+    <offset id="135">584660</offset>
+    <offset id="136">589201</offset>
+    <offset id="137">593594</offset>
+    <offset id="138">598005</offset>
+    <offset id="139">602675</offset>
+    <offset id="140">607002</offset>
+    <offset id="141">611247</offset>
+    <offset id="142">616247</offset>
+    <offset id="143">620978</offset>
+    <offset id="144">625351</offset>
+    <offset id="145">629851</offset>
+    <offset id="146">634734</offset>
+    <offset id="147">639209</offset>
+    <offset id="148">643165</offset>
+    <offset id="149">647351</offset>
+    <offset id="150">651583</offset>
+    <offset id="151">655676</offset>
+    <offset id="152">659799</offset>
+    <offset id="153">663851</offset>
+    <offset id="154">668158</offset>
+    <offset id="155">672403</offset>
+    <offset id="156">676572</offset>
+    <offset id="157">680730</offset>
+    <offset id="158">685122</offset>
+    <offset id="159">689798</offset>
+    <offset id="160">694030</offset>
+    <offset id="161">698338</offset>
+    <offset id="162">702826</offset>
+    <offset id="163">707359</offset>
+    <offset id="164">711943</offset>
+    <offset id="165">716155</offset>
+    <offset id="166">720516</offset>
+    <offset id="167">724929</offset>
+    <offset id="168">728918</offset>
+    <offset id="169">733471</offset>
+    <offset id="170">737672</offset>
+    <offset id="171">742385</offset>
+    <offset id="172">746797</offset>
+    <offset id="173">750805</offset>
+    <offset id="174">754909</offset>
+    <offset id="175">758928</offset>
+    <offset id="176">763577</offset>
+    <offset id="177">767788</offset>
+    <offset id="178">771956</offset>
+    <offset id="179">776061</offset>
+    <offset id="180">780066</offset>
+    <offset id="181">784373</offset>
+    <offset id="182">788413</offset>
+    <offset id="183">792568</offset>
+    <offset id="184">796428</offset>
+    <offset id="185">800577</offset>
+    <offset id="186">804456</offset>
+    <offset id="187">808644</offset>
+    <offset id="188">812833</offset>
+    <offset id="189">817043</offset>
+    <offset id="190">821231</offset>
+    <offset id="191">825354</offset>
+    <offset id="192">829746</offset>
+    <offset id="193">833991</offset>
+    <offset id="194">838704</offset>
+    <offset id="195">842807</offset>
+    <offset id="196">846688</offset>
+    <offset id="197">850709</offset>
+    <offset id="198">855544</offset>
+    <offset id="199">859935</offset>
+    <offset id="200">864135</offset>
+    <offset id="201">868494</offset>
+    <offset id="202">872694</offset>
+    <offset id="203">876991</offset>
+    <offset id="204">881765</offset>
+    <offset id="205">886233</offset>
+    <offset id="206">890156</offset>
+    <offset id="207">894496</offset>
+    <offset id="208">898504</offset>
+    <offset id="209">902479</offset>
+    <offset id="210">906852</offset>
+    <offset id="211">911225</offset>
+    <offset id="212">915562</offset>
+    <offset id="213">920051</offset>
+    <offset id="214">924452</offset>
+    <offset id="215">928536</offset>
+    <offset id="216">932501</offset>
+    <offset id="217">937230</offset>
+    <offset id="218">941538</offset>
+    <offset id="219">945885</offset>
+    <offset id="220">950648</offset>
+    <offset id="221">955264</offset>
+    <offset id="222">959848</offset>
+    <offset id="223">963963</offset>
+    <offset id="224">967983</offset>
+    <offset id="225">971979</offset>
+    <offset id="226">976552</offset>
+    <offset id="227">980795</offset>
+    <offset id="228">984784</offset>
+    <offset id="229">989131</offset>
+    <offset id="230">993222</offset>
+    <offset id="231">997295</offset>
+    <offset id="232">1001451</offset>
+    <offset id="233">1005587</offset>
+    <offset id="234">1009928</offset>
+    <offset id="235">1013999</offset>
+    <offset id="236">1018250</offset>
+    <offset id="237">1022214</offset>
+    <offset id="238">1026521</offset>
+    <offset id="239">1030708</offset>
+    <offset id="240">1034601</offset>
+    <offset id="241">1039120</offset>
+    <offset id="242">1043532</offset>
+    <offset id="243">1047668</offset>
+    <offset id="244">1051847</offset>
+    <offset id="245">1056187</offset>
+    <offset id="246">1060366</offset>
+    <offset id="247">1064675</offset>
+    <offset id="248">1069152</offset>
+    <offset id="249">1073511</offset>
+    <offset id="250">1077506</offset>
+    <offset id="251">1081749</offset>
+    <offset id="252">1085820</offset>
+    <offset id="253">1089560</offset>
+    <offset id="254">1093170</offset>
+    <offset id="255">1097615</offset>
+    <offset id="256">1102008</offset>
+    <offset id="257">1106272</offset>
+    <offset id="258">1110651</offset>
+    <offset id="259">1114819</offset>
+    <offset id="260">1118655</offset>
+    <offset id="261">1122513</offset>
+    <offset id="262">1126586</offset>
+    <offset id="263">1130892</offset>
+    <offset id="264">1134761</offset>
+    <offset id="265">1138782</offset>
+    <offset id="266">1142961</offset>
+    <offset id="267">1147258</offset>
+    <offset id="268">1151298</offset>
+    <offset id="269">1155594</offset>
+    <offset id="270">1159388</offset>
+    <offset id="271">1163471</offset>
+    <offset id="272">1167382</offset>
+    <offset id="273">1171506</offset>
+    <offset id="274">1175609</offset>
+    <offset id="275">1179469</offset>
+    <offset id="276">1183443</offset>
+    <offset id="277">1187819</offset>
+    <offset id="278">1191934</offset>
+    <offset id="279">1195899</offset>
+    <offset id="280">1200150</offset>
+    <offset id="281">1204298</offset>
+    <offset id="282">1208670</offset>
+    <offset id="283">1212946</offset>
+    <offset id="284">1217295</offset>
+    <offset id="285">1221251</offset>
+    <offset id="286">1225560</offset>
+    <offset id="287">1229471</offset>
+    <offset id="288">1233330</offset>
+    <offset id="289">1237626</offset>
+    <offset id="290">1241923</offset>
+    <offset id="291">1246014</offset>
+    <offset id="292">1250071</offset>
+    <offset id="293">1254025</offset>
+    <offset id="294">1258139</offset>
+    <offset id="295">1262146</offset>
+    <offset id="296">1266392</offset>
+    <offset id="297">1270241</offset>
+    <offset id="298">1274525</offset>
+    <offset id="299">1278842</offset>
+    <offset id="300">1283221</offset>
+    <offset id="301">1287568</offset>
+    <offset id="302">1291948</offset>
+    <offset id="303">1296020</offset>
+    <offset id="304">1300347</offset>
+    <offset id="305">1304663</offset>
+    <offset id="306">1308499</offset>
+    <offset id="307">1312270</offset>
+    <offset id="308">1316842</offset>
+    <offset id="309">1321202</offset>
+    <offset id="310">1325350</offset>
+    <offset id="311">1329082</offset>
+    <offset id="312">1333090</offset>
+    <offset id="313">1337417</offset>
+    <offset id="314">1341948</offset>
+    <offset id="315">1346007</offset>
+    <offset id="316">1350025</offset>
+    <offset id="317">1353733</offset>
+    <offset id="318">1358208</offset>
+    <offset id="319">1362354</offset>
+    <offset id="320">1366765</offset>
+    <offset id="321">1371223</offset>
+    <offset id="322">1375294</offset>
+    <offset id="323">1379544</offset>
+    <offset id="324">1383327</offset>
+    <offset id="325">1387218</offset>
+    <offset id="326">1391820</offset>
+    <offset id="327">1395464</offset>
+    <offset id="328">1399556</offset>
+    <offset id="329">1403691</offset>
+    <offset id="330">1408102</offset>
+    <offset id="331">1412282</offset>
+    <offset id="332">1416162</offset>
+    <offset id="333">1420214</offset>
+    <offset id="334">1424382</offset>
+    <offset id="335">1428505</offset>
+    <offset id="336">1432737</offset>
+    <offset id="337">1437044</offset>
+    <offset id="338">1440913</offset>
+    <offset id="339">1445190</offset>
+    <offset id="340">1449229</offset>
+    <offset id="341">1453526</offset>
+    <offset id="342">1457321</offset>
+    <offset id="343">1461084</offset>
+    <offset id="344">1465103</offset>
+    <offset id="345">1469112</offset>
+    <offset id="346">1473202</offset>
+    <offset id="347">1476836</offset>
+    <offset id="348">1480800</offset>
+    <offset id="349">1485275</offset>
+    <offset id="350">1489508</offset>
+    <offset id="351">1493727</offset>
+    <offset id="352">1497617</offset>
+    <offset id="353">1501369</offset>
+    <offset id="354">1505355</offset>
+    <offset id="355">1509938</offset>
+    <offset id="356">1513946</offset>
+    <offset id="357">1518189</offset>
+    <offset id="358">1522559</offset>
+    <offset id="359">1526342</offset>
+    <offset id="360">1530498</offset>
+    <offset id="361">1534663</offset>
+    <offset id="362">1538352</offset>
+    <offset id="363">1542456</offset>
+    <offset id="364">1546547</offset>
+    <offset id="365">1550479</offset>
+    <offset id="366">1554314</offset>
+    <offset id="367">1558431</offset>
+    <offset id="368">1562758</offset>
+    <offset id="369">1566682</offset>
+    <offset id="370">1570990</offset>
+    <offset id="371">1575050</offset>
+    <offset id="372">1579175</offset>
+    <offset id="373">1583171</offset>
+    <offset id="374">1587052</offset>
+    <offset id="375">1591489</offset>
+    <offset id="376">1595561</offset>
+    <offset id="377">1599907</offset>
+    <offset id="378">1603832</offset>
+    <offset id="379">1607882</offset>
+    <offset id="380">1611846</offset>
+    <offset id="381">1616025</offset>
+    <offset id="382">1619853</offset>
+    <offset id="383">1624021</offset>
+    <offset id="384">1628136</offset>
+    <offset id="385">1631843</offset>
+    <offset id="386">1635784</offset>
+    <offset id="387">1639792</offset>
+    <offset id="388">1643784</offset>
+    <offset id="389">1647834</offset>
+    <offset id="390">1651914</offset>
+    <offset id="391">1656177</offset>
+    <offset id="392">1660294</offset>
+    <offset id="393">1664494</offset>
+    <offset id="394">1668691</offset>
+    <offset id="395">1672750</offset>
+    <offset id="396">1676821</offset>
+    <offset id="397">1680785</offset>
+    <offset id="398">1684844</offset>
+    <offset id="399">1688917</offset>
+    <offset id="400">1693328</offset>
+    <offset id="401">1697291</offset>
+    <offset id="402">1701535</offset>
+    <offset id="403">1705363</offset>
+    <offset id="404">1709660</offset>
+    <offset id="405">1713492</offset>
+    <offset id="406">1717577</offset>
+    <offset id="407">1721281</offset>
+    <offset id="408">1725301</offset>
+    <offset id="409">1729352</offset>
+    <offset id="410">1733584</offset>
+    <offset id="411">1738083</offset>
+    <offset id="412">1742334</offset>
+    <offset id="413">1746585</offset>
+    <offset id="414">1750462</offset>
+    <offset id="415">1754406</offset>
+    <offset id="416">1758814</offset>
+    <offset id="417">1762834</offset>
+    <offset id="418">1766702</offset>
+    <offset id="419">1770593</offset>
+    <offset id="420">1774646</offset>
+    <offset id="421">1778759</offset>
+    <offset id="422">1782928</offset>
+    <offset id="423">1786851</offset>
+    <offset id="424">1790935</offset>
+    <offset id="425">1795060</offset>
+    <offset id="426">1798991</offset>
+    <offset id="427">1803369</offset>
+    <offset id="428">1807429</offset>
+    <offset id="429">1811641</offset>
+    <offset id="430">1815583</offset>
+    <offset id="431">1819763</offset>
+    <offset id="432">1823931</offset>
+    <offset id="433">1827855</offset>
+    <offset id="434">1831575</offset>
+    <offset id="435">1835792</offset>
+    <offset id="436">1839672</offset>
+    <offset id="437">1844017</offset>
+    <offset id="438">1848319</offset>
+    <offset id="439">1852635</offset>
+    <offset id="440">1856771</offset>
+    <offset id="441">1861047</offset>
+    <offset id="442">1865163</offset>
+    <offset id="443">1869384</offset>
+    <offset id="444">1873380</offset>
+    <offset id="445">1877623</offset>
+    <offset id="446">1882335</offset>
+    <offset id="447">1886376</offset>
+    <offset id="448">1890445</offset>
+    <offset id="449">1894547</offset>
+    <offset id="450">1899247</offset>
+    <offset id="451">1903480</offset>
+    <offset id="452">1907466</offset>
+    <offset id="453">1911282</offset>
+    <offset id="454">1915429</offset>
+    <offset id="455">1919514</offset>
+    <offset id="456">1923404</offset>
+    <offset id="457">1927745</offset>
+    <offset id="458">1931985</offset>
+    <offset id="459">1936430</offset>
+    <offset id="460">1940352</offset>
+    <offset id="461">1944124</offset>
+    <offset id="462">1948206</offset>
+    <offset id="463">1952202</offset>
+    <offset id="464">1956240</offset>
+    <offset id="465">1960345</offset>
+    <offset id="466">1964309</offset>
+    <offset id="467">1968008</offset>
+    <offset id="468">1972221</offset>
+    <offset id="469">1976934</offset>
+    <offset id="470">1981369</offset>
+    <offset id="471">1986869</offset>
+    <offset id="472">1991025</offset>
+    <offset id="473">1995322</offset>
+    <offset id="474">1999351</offset>
+    <offset id="475">2003276</offset>
+    <offset id="476">2007764</offset>
+    <offset id="477">2011836</offset>
+    <offset id="478">2016080</offset>
+    <offset id="479">2020762</offset>
+    <offset id="480">2024962</offset>
+    <offset id="481">2029311</offset>
+    <offset id="482">2033300</offset>
+    <offset id="483">2037384</offset>
+    <offset id="484">2041851</offset>
+    <offset id="485">2045986</offset>
+    <offset id="486">2050474</offset>
+    <offset id="487">2054430</offset>
+    <offset id="488">2058311</offset>
+    <offset id="489">2062371</offset>
+    <offset id="490">2066528</offset>
+    <offset id="491">2070451</offset>
+    <offset id="492">2074597</offset>
+    <offset id="493">2078477</offset>
+    <offset id="494">2082419</offset>
+    <offset id="495">2086605</offset>
+    <offset id="496">2090495</offset>
+    <offset id="497">2094704</offset>
+    <offset id="498">2099043</offset>
+    <offset id="499">2103026</offset>
+    <offset id="500">2107524</offset>
+    <offset id="501">2111519</offset>
+    <offset id="502">2115570</offset>
+    <offset id="503">2119994</offset>
+    <offset id="504">2124226</offset>
+    <offset id="505">2128267</offset>
+    <offset id="506">2132338</offset>
+    <offset id="507">2136486</offset>
+    <offset id="508">2140729</offset>
+    <offset id="509">2144885</offset>
+    <offset id="510">2148818</offset>
+    <offset id="511">2152614</offset>
+    <offset id="512">2156376</offset>
+    <offset id="513">2160372</offset>
+    <offset id="514">2164520</offset>
+    <offset id="515">2168932</offset>
+    <offset id="516">2173055</offset>
+    <offset id="517">2177180</offset>
+    <offset id="518">2180824</offset>
+    <offset id="519">2185324</offset>
+    <offset id="520">2189619</offset>
+    <offset id="521">2193679</offset>
+    <offset id="522">2197923</offset>
+    <offset id="523">2202111</offset>
+    <offset id="524">2206235</offset>
+    <offset id="525">2210284</offset>
+    <offset id="526">2214291</offset>
+    <offset id="527">2218181</offset>
+    <offset id="528">2222637</offset>
+    <offset id="529">2226624</offset>
+    <offset id="530">2230536</offset>
+    <offset id="531">2234876</offset>
+    <offset id="532">2238704</offset>
+    <offset id="533">2243224</offset>
+    <offset id="534">2247552</offset>
+    <offset id="535">2251621</offset>
+    <offset id="536">2255546</offset>
+    <offset id="537">2259573</offset>
+    <offset id="538">2264018</offset>
+    <offset id="539">2268366</offset>
+    <offset id="540">2272481</offset>
+    <offset id="541">2276252</offset>
+    <offset id="542">2280367</offset>
+    <offset id="543">2284408</offset>
+    <offset id="544">2288671</offset>
+    <offset id="545">2292730</offset>
+    <offset id="546">2296737</offset>
+    <offset id="547">2300885</offset>
+    <offset id="548">2304841</offset>
+    <offset id="549">2308978</offset>
+    <offset id="550">2312806</offset>
+    <offset id="551">2316962</offset>
+    <offset id="552">2320969</offset>
+    <offset id="553">2324989</offset>
+    <offset id="554">2328870</offset>
+    <offset id="555">2333132</offset>
+    <offset id="556">2337141</offset>
+    <offset id="557">2341500</offset>
+    <offset id="558">2345592</offset>
+    <offset id="559">2350059</offset>
+    <offset id="560">2353984</offset>
+    <offset id="561">2357973</offset>
+    <offset id="562">2362141</offset>
+    <offset id="563">2366033</offset>
+    <offset id="564">2370488</offset>
+    <offset id="565">2374047</offset>
+    <offset id="566">2378087</offset>
+    <offset id="567">2382094</offset>
+    <offset id="568">2385974</offset>
+    <offset id="569">2390302</offset>
+    <offset id="570">2394182</offset>
+    <offset id="571">2398275</offset>
+    <offset id="572">2402347</offset>
+    <offset id="573">2406355</offset>
+    <offset id="574">2410951</offset>
+    <offset id="575">2414820</offset>
+    <offset id="576">2419615</offset>
+    <offset id="577">2423708</offset>
+    <offset id="578">2427812</offset>
+    <offset id="579">2432215</offset>
+    <offset id="580">2436544</offset>
+    <offset id="581">2440468</offset>
+    <offset id="582">2444553</offset>
+    <offset id="583">2448963</offset>
+    <offset id="584">2452703</offset>
+    <offset id="585">2457255</offset>
+    <offset id="586">2461219</offset>
+    <offset id="587">2465578</offset>
+    <offset id="588">2469118</offset>
+    <offset id="589">2473114</offset>
+    <offset id="590">2477218</offset>
+    <offset id="591">2481387</offset>
+    <offset id="592">2485246</offset>
+    <offset id="593">2489734</offset>
+    <offset id="594">2493824</offset>
+    <offset id="595">2498119</offset>
+    <offset id="596">2502222</offset>
+    <offset id="597">2506208</offset>
+    <offset id="598">2510183</offset>
+    <offset id="599">2514061</offset>
+    <offset id="600">2518344</offset>
+    <offset id="601">2522321</offset>
+    <offset id="602">2526502</offset>
+    <offset id="603">2531042</offset>
+    <offset id="604">2535134</offset>
+    <offset id="605">2539985</offset>
+    <offset id="606">2544173</offset>
+    <offset id="607">2547969</offset>
+    <offset id="608">2552379</offset>
+    <offset id="609">2556791</offset>
+    <offset id="610">2560714</offset>
+    <offset id="611">2565125</offset>
+    <offset id="612">2569453</offset>
+    <offset id="613">2573632</offset>
+    <offset id="614">2577789</offset>
+    <offset id="615">2581943</offset>
+    <offset id="616">2585962</offset>
+    <offset id="617">2590302</offset>
+    <offset id="618">2594329</offset>
+    <offset id="619">2598412</offset>
+    <offset id="620">2602484</offset>
+    <offset id="621">2606736</offset>
+    <offset id="622">2611031</offset>
+    <offset id="623">2615326</offset>
+    <offset id="624">2619225</offset>
+    <offset id="625">2623670</offset>
+    <offset id="626">2627915</offset>
+    <offset id="627">2632167</offset>
+    <offset id="628">2636323</offset>
+    <offset id="629">2640416</offset>
+    <offset id="630">2645059</offset>
+    <offset id="631">2649226</offset>
+    <offset id="632">2653392</offset>
+    <offset id="633">2657548</offset>
+    <offset id="634">2661120</offset>
+    <offset id="635">2665204</offset>
+    <offset id="636">2669289</offset>
+    <offset id="637">2673457</offset>
+    <offset id="638">2677433</offset>
+    <offset id="639">2681708</offset>
+    <offset id="640">2685824</offset>
+    <offset id="641">2690279</offset>
+    <offset id="642">2694434</offset>
+    <offset id="643">2698453</offset>
+    <offset id="644">2702203</offset>
+    <offset id="645">2706038</offset>
+    <offset id="646">2710250</offset>
+    <offset id="647">2714652</offset>
+    <offset id="648">2718680</offset>
+    <offset id="649">2722859</offset>
+    <offset id="650">2727186</offset>
+    <offset id="651">2731129</offset>
+    <offset id="652">2735061</offset>
+    <offset id="653">2738939</offset>
+    <offset id="654">2743504</offset>
+    <offset id="655">2748037</offset>
+    <offset id="656">2752077</offset>
+    <offset id="657">2756298</offset>
+    <offset id="658">2760274</offset>
+    <offset id="659">2764526</offset>
+    <offset id="660">2768745</offset>
+    <offset id="661">2772573</offset>
+    <offset id="662">2776689</offset>
+    <offset id="663">2780869</offset>
+    <offset id="664">2784875</offset>
+    <offset id="665">2789393</offset>
+    <offset id="666">2793463</offset>
+    <offset id="667">2797407</offset>
+    <offset id="668">2801401</offset>
+    <offset id="669">2805717</offset>
+    <offset id="670">2809520</offset>
+    <offset id="671">2813644</offset>
+    <offset id="672">2817556</offset>
+    <offset id="673">2821806</offset>
+    <offset id="674">2825941</offset>
+    <offset id="675">2829993</offset>
+    <offset id="676">2834109</offset>
+    <offset id="677">2838021</offset>
+    <offset id="678">2842307</offset>
+    <offset id="679">2847031</offset>
+    <offset id="680">2851392</offset>
+    <offset id="681">2855689</offset>
+    <offset id="682">2860031</offset>
+    <offset id="683">2864104</offset>
+    <offset id="684">2867901</offset>
+    <offset id="685">2871931</offset>
+    <offset id="686">2876238</offset>
+    <offset id="687">2880770</offset>
+    <offset id="688">2884938</offset>
+    <offset id="689">2889361</offset>
+    <offset id="690">2893541</offset>
+    <offset id="691">2897773</offset>
+    <offset id="692">2903201</offset>
+    <offset id="693">2907604</offset>
+    <offset id="694">2911964</offset>
+    <offset id="695">2916283</offset>
+    <offset id="696">2920782</offset>
+    <offset id="697">2924682</offset>
+    <offset id="698">2928647</offset>
+    <offset id="699">2932772</offset>
+    <offset id="700">2936620</offset>
+    <offset id="701">2940638</offset>
+    <offset id="702">2944851</offset>
+    <offset id="703">2948923</offset>
+    <offset id="704">2952718</offset>
+    <offset id="705">2956896</offset>
+    <offset id="706">2961428</offset>
+    <offset id="707">2965372</offset>
+    <offset id="708">2969475</offset>
+    <offset id="709">2974103</offset>
+    <offset id="710">2978252</offset>
+    <offset id="711">2982112</offset>
+    <offset id="712">2986280</offset>
+    <offset id="713">2990513</offset>
+    <offset id="714">2994893</offset>
+    <offset id="715">2998690</offset>
+    <offset id="716">3002967</offset>
+    <offset id="717">3006954</offset>
+    <offset id="718">3011165</offset>
+    <offset id="719">3015706</offset>
+    <offset id="720">3019950</offset>
+    <offset id="721">3024065</offset>
+    <offset id="722">3028189</offset>
+    <offset id="723">3032046</offset>
+    <offset id="724">3036394</offset>
+    <offset id="725">3040861</offset>
+    <offset id="726">3045158</offset>
+    <offset id="727">3049102</offset>
+    <offset id="728">3053097</offset>
+    <offset id="729">3057253</offset>
+    <offset id="730">3061401</offset>
+    <offset id="731">3065407</offset>
+    <offset id="732">3069041</offset>
+    <offset id="733">3072965</offset>
+    <offset id="734">3077070</offset>
+    <offset id="735">3081002</offset>
+    <offset id="736">3085381</offset>
+    <offset id="737">3089218</offset>
+    <offset id="738">3093129</offset>
+    <offset id="739">3097285</offset>
+    <offset id="740">3101421</offset>
+    <offset id="741">3105537</offset>
+    <offset id="742">3109576</offset>
+    <offset id="743">3113457</offset>
+    <offset id="744">3117541</offset>
+    <offset id="745">3121645</offset>
+    <offset id="746">3125783</offset>
+    <offset id="747">3130123</offset>
+    <offset id="748">3134375</offset>
+    <offset id="749">3138467</offset>
+    <offset id="750">3142502</offset>
+    <offset id="751">3146191</offset>
+    <offset id="752">3150178</offset>
+    <offset id="753">3154455</offset>
+    <offset id="754">3158514</offset>
+    <offset id="755">3162278</offset>
+    <offset id="756">3166447</offset>
+    <offset id="757">3170551</offset>
+    <offset id="758">3174673</offset>
+    <offset id="759">3179161</offset>
+    <offset id="760">3183085</offset>
+    <offset id="761">3187206</offset>
+    <offset id="762">3191072</offset>
+    <offset id="763">3195270</offset>
+    <offset id="764">3199276</offset>
+    <offset id="765">3203188</offset>
+    <offset id="766">3207389</offset>
+    <offset id="767">3211557</offset>
+    <offset id="768">3215320</offset>
+    <offset id="769">3219661</offset>
+    <offset id="770">3224034</offset>
+    <offset id="771">3227829</offset>
+    <offset id="772">3232199</offset>
+    <offset id="773">3236283</offset>
+    <offset id="774">3240180</offset>
+    <offset id="775">3244273</offset>
+    <offset id="776">3248429</offset>
+    <offset id="777">3252917</offset>
+    <offset id="778">3256793</offset>
+    <offset id="779">3261032</offset>
+    <offset id="780">3264849</offset>
+    <offset id="781">3268614</offset>
+    <offset id="782">3272483</offset>
+    <offset id="783">3276087</offset>
+    <offset id="784">3280084</offset>
+    <offset id="785">3284432</offset>
+    <offset id="786">3288536</offset>
+    <offset id="787">3292776</offset>
+    <offset id="788">3296899</offset>
+    <offset id="789">3300725</offset>
+    <offset id="790">3304882</offset>
+    <offset id="791">3309048</offset>
+    <offset id="792">3312861</offset>
+    <offset id="793">3317094</offset>
+    <offset id="794">3321551</offset>
+    <offset id="795">3325591</offset>
+    <offset id="796">3329758</offset>
+    <offset id="797">3333937</offset>
+    <offset id="798">3337830</offset>
+    <offset id="799">3341826</offset>
+    <offset id="800">3345950</offset>
+    <offset id="801">3350355</offset>
+    <offset id="802">3354267</offset>
+    <offset id="803">3358552</offset>
+    <offset id="804">3362581</offset>
+    <offset id="805">3366481</offset>
+    <offset id="806">3370714</offset>
+    <offset id="807">3374932</offset>
+    <offset id="808">3378749</offset>
+    <offset id="809">3382961</offset>
+    <offset id="810">3387427</offset>
+    <offset id="811">3391532</offset>
+    <offset id="812">3395559</offset>
+    <offset id="813">3399419</offset>
+    <offset id="814">3403106</offset>
+    <offset id="815">3407062</offset>
+    <offset id="816">3410857</offset>
+    <offset id="817">3414886</offset>
+    <offset id="818">3419265</offset>
+    <offset id="819">3423240</offset>
+    <offset id="820">3427267</offset>
+    <offset id="821">3431616</offset>
+    <offset id="822">3436124</offset>
+    <offset id="823">3440152</offset>
+    <offset id="824">3444140</offset>
+    <offset id="825">3448200</offset>
+    <offset id="826">3452337</offset>
+    <offset id="827">3456279</offset>
+    <offset id="828">3460234</offset>
+    <offset id="829">3464029</offset>
+    <offset id="830">3468274</offset>
+    <offset id="831">3472771</offset>
+    <offset id="832">3476639</offset>
+    <offset id="833">3480710</offset>
+    <offset id="834">3484975</offset>
+    <offset id="835">3489099</offset>
+    <offset id="836">3492871</offset>
+    <offset id="837">3496751</offset>
+    <offset id="838">3500930</offset>
+    <offset id="839">3504733</offset>
+    <offset id="840">3508689</offset>
+    <offset id="841">3512837</offset>
+    <offset id="842">3516621</offset>
+    <offset id="843">3520694</offset>
+    <offset id="844">3524913</offset>
+    <offset id="845">3529038</offset>
+    <offset id="846">3533142</offset>
+    <offset id="847">3537162</offset>
+    <offset id="848">3541159</offset>
+    <offset id="849">3545327</offset>
+    <offset id="850">3549123</offset>
+    <offset id="851">3552939</offset>
+    <offset id="852">3557460</offset>
+    <offset id="853">3561577</offset>
+    <offset id="854">3565445</offset>
+    <offset id="855">3569401</offset>
+    <offset id="856">3573301</offset>
+    <offset id="857">3577062</offset>
+    <offset id="858">3581570</offset>
+    <offset id="859">3585310</offset>
+    <offset id="860">3589223</offset>
+    <offset id="861">3593307</offset>
+    <offset id="862">3597313</offset>
+    <offset id="863">3601406</offset>
+    <offset id="864">3605349</offset>
+    <offset id="865">3609016</offset>
+    <offset id="866">3613043</offset>
+    <offset id="867">3617339</offset>
+    <offset id="868">3621027</offset>
+    <offset id="869">3624503</offset>
+    <offset id="870">3628818</offset>
+    <offset id="871">3632743</offset>
+    <offset id="872">3636731</offset>
+    <offset id="873">3640336</offset>
+    <offset id="874">3643873</offset>
+    <offset id="875">3648360</offset>
+    <offset id="876">3652176</offset>
+    <offset id="877">3656249</offset>
+    <offset id="878">3660461</offset>
+    <offset id="879">3664361</offset>
+    <offset id="880">3668741</offset>
+    <offset id="881">3672524</offset>
+    <offset id="882">3676385</offset>
+    <offset id="883">3679830</offset>
+    <offset id="884">3683690</offset>
+    <offset id="885">3687644</offset>
+    <offset id="886">3691584</offset>
+    <offset id="887">3695817</offset>
+    <offset id="888">3699429</offset>
+    <offset id="889">3703482</offset>
+    <offset id="890">3707235</offset>
+    <offset id="891">3711051</offset>
+    <offset id="892">3715123</offset>
+    <offset id="893">3719183</offset>
+    <offset id="894">3723190</offset>
+    <offset id="895">3727090</offset>
+    <offset id="896">3731236</offset>
+    <offset id="897">3735105</offset>
+    <offset id="898">3738932</offset>
+    <offset id="899">3742857</offset>
+    <offset id="900">3747055</offset>
+    <offset id="901">3751298</offset>
+    <offset id="902">3755722</offset>
+    <offset id="903">3759678</offset>
+    <offset id="904">3763451</offset>
+    <offset id="905">3767428</offset>
+    <offset id="906">3771671</offset>
+    <offset id="907">3775660</offset>
+    <offset id="908">3779539</offset>
+    <offset id="909">3783248</offset>
+    <offset id="910">3787204</offset>
+    <offset id="911">3791617</offset>
+    <offset id="912">3795835</offset>
+    <offset id="913">3799695</offset>
+    <offset id="914">3803815</offset>
+    <offset id="915">3808014</offset>
+    <offset id="916">3811946</offset>
+    <offset id="917">3815666</offset>
+    <offset id="918">3820142</offset>
+    <offset id="919">3823722</offset>
+    <offset id="920">3827751</offset>
+    <offset id="921">3831504</offset>
+    <offset id="922">3834893</offset>
+    <offset id="923">3838923</offset>
+    <offset id="924">3842664</offset>
+    <offset id="925">3846562</offset>
+    <offset id="926">3850231</offset>
+    <offset id="927">3854833</offset>
+    <offset id="928">3858950</offset>
+    <offset id="929">3862850</offset>
+    <offset id="930">3866974</offset>
+    <offset id="931">3870981</offset>
+    <offset id="932">3875051</offset>
+    <offset id="933">3879143</offset>
+    <offset id="934">3883087</offset>
+    <offset id="935">3887224</offset>
+    <offset id="936">3891436</offset>
+    <offset id="937">3895539</offset>
+    <offset id="938">3899661</offset>
+    <offset id="939">3903733</offset>
+    <offset id="940">3907696</offset>
+    <offset id="941">3911724</offset>
+    <offset id="942">3915668</offset>
+    <offset id="943">3920028</offset>
+    <offset id="944">3923960</offset>
+    <offset id="945">3927648</offset>
+    <offset id="946">3931316</offset>
+    <offset id="947">3935165</offset>
+    <offset id="948">3939055</offset>
+    <offset id="949">3943051</offset>
+    <offset id="950">3946847</offset>
+    <offset id="951">3950738</offset>
+    <offset id="952">3954700</offset>
+    <offset id="953">3958687</offset>
+    <offset id="954">3962599</offset>
+    <offset id="955">3966543</offset>
+    <offset id="956">3970604</offset>
+    <offset id="957">3974261</offset>
+    <offset id="958">3978321</offset>
+    <offset id="959">3982170</offset>
+    <offset id="960">3986349</offset>
+    <offset id="961">3990324</offset>
+    <offset id="962">3994439</offset>
+    <offset id="963">3998402</offset>
+    <offset id="964">4002526</offset>
+    <offset id="965">4006425</offset>
+    <offset id="966">4010356</offset>
+    <offset id="967">4014535</offset>
+    <offset id="968">4018659</offset>
+    <offset id="969">4022488</offset>
+    <offset id="970">4026796</offset>
+    <offset id="971">4030983</offset>
+    <offset id="972">4035139</offset>
+    <offset id="973">4039359</offset>
+    <offset id="974">4043281</offset>
+    <offset id="975">4046926</offset>
+    <offset id="976">4050827</offset>
+    <offset id="977">4055048</offset>
+    <offset id="978">4058704</offset>
+    <offset id="979">4062627</offset>
+    <offset id="980">4066603</offset>
+    <offset id="981">4070801</offset>
+    <offset id="982">4074456</offset>
+    <offset id="983">4078335</offset>
+    <offset id="984">4082439</offset>
+    <offset id="985">4086433</offset>
+    <offset id="986">4089961</offset>
+    <offset id="987">4093745</offset>
+    <offset id="988">4097734</offset>
+    <offset id="989">4101370</offset>
+    <offset id="990">4105763</offset>
+    <offset id="991">4109836</offset>
+    <offset id="992">4113856</offset>
+    <offset id="993">4118217</offset>
+    <offset id="994">4122770</offset>
+    <offset id="995">4126713</offset>
+    <offset id="996">4130732</offset>
+    <offset id="997">4134792</offset>
+    <offset id="998">4138768</offset>
+    <offset id="999">4142636</offset>
+    <offset id="1000">4146663</offset>
+    <offset id="1001">4150594</offset>
+    <offset id="1002">4154323</offset>
+    <offset id="1003">4157884</offset>
+    <offset id="1004">4161846</offset>
+    <offset id="1005">4165951</offset>
+    <offset id="1006">4169756</offset>
+    <offset id="1007">4173714</offset>
+    <offset id="1008">4177691</offset>
+    <offset id="1009">4181521</offset>
+    <offset id="1010">4185159</offset>
+    <offset id="1011">4188892</offset>
+    <offset id="1012">4192870</offset>
+    <offset id="1013">4196857</offset>
+    <offset id="1014">4201045</offset>
+    <offset id="1015">4204714</offset>
+    <offset id="1016">4209256</offset>
+    <offset id="1017">4212838</offset>
+    <offset id="1018">4216579</offset>
+    <offset id="1019">4220470</offset>
+    <offset id="1020">4224531</offset>
+    <offset id="1021">4228553</offset>
+    <offset id="1022">4232274</offset>
+    <offset id="1023">4236219</offset>
+    <offset id="1024">4240376</offset>
+    <offset id="1025">4244142</offset>
+    <offset id="1026">4248460</offset>
+    <offset id="1027">4252327</offset>
+    <offset id="1028">4256749</offset>
+    <offset id="1029">4260392</offset>
+    <offset id="1030">4264541</offset>
+    <offset id="1031">4268806</offset>
+    <offset id="1032">4272827</offset>
+    <offset id="1033">4276944</offset>
+    <offset id="1034">4280794</offset>
+    <offset id="1035">4284950</offset>
+    <offset id="1036">4288800</offset>
+    <offset id="1037">4293021</offset>
+    <offset id="1038">4296921</offset>
+    <offset id="1039">4301366</offset>
+    <offset id="1040">4304939</offset>
+    <offset id="1041">4309140</offset>
+    <offset id="1042">4313264</offset>
+    <offset id="1043">4317445</offset>
+    <offset id="1044">4321497</offset>
+    <offset id="1045">4325262</offset>
+    <offset id="1046">4329112</offset>
+    <offset id="1047">4333484</offset>
+    <offset id="1048">4337601</offset>
+    <offset id="1049">4341544</offset>
+    <offset id="1050">4345445</offset>
+    <offset id="1051">4349140</offset>
+    <offset id="1052">4353136</offset>
+    <offset id="1053">4357230</offset>
+    <offset id="1054">4361124</offset>
+    <offset id="1055">4365292</offset>
+    <offset id="1056">4369386</offset>
+    <offset id="1057">4373319</offset>
+    <offset id="1058">4377244</offset>
+    <offset id="1059">4381346</offset>
+    <offset id="1060">4385355</offset>
+    <offset id="1061">4389225</offset>
+    <offset id="1062">4393233</offset>
+    <offset id="1063">4397228</offset>
+    <offset id="1064">4400521</offset>
+    <offset id="1065">4404485</offset>
+    <offset id="1066">4408504</offset>
+    <offset id="1067">4412307</offset>
+    <offset id="1068">4416168</offset>
+    <offset id="1069">4420414</offset>
+    <offset id="1070">4424561</offset>
+    <offset id="1071">4428153</offset>
+    <offset id="1072">4432226</offset>
+    <offset id="1073">4436214</offset>
+    <offset id="1074">4439892</offset>
+    <offset id="1075">4443869</offset>
+    <offset id="1076">4447749</offset>
+    <offset id="1077">4452090</offset>
+    <offset id="1078">4456174</offset>
+    <offset id="1079">4460348</offset>
+    <offset id="1080">4464567</offset>
+    <offset id="1081">4468865</offset>
+    <offset id="1082">4472855</offset>
+    <offset id="1083">4476780</offset>
+    <offset id="1084">4481026</offset>
+    <offset id="1085">4485440</offset>
+    <offset id="1086">4489597</offset>
+    <offset id="1087">4493395</offset>
+    <offset id="1088">4497521</offset>
+    <offset id="1089">4501734</offset>
+    <offset id="1090">4505665</offset>
+    <offset id="1091">4509418</offset>
+    <offset id="1092">4513715</offset>
+    <offset id="1093">4517744</offset>
+    <offset id="1094">4521610</offset>
+    <offset id="1095">4525447</offset>
+    <offset id="1096">4529616</offset>
+    <offset id="1097">4533471</offset>
+    <offset id="1098">4537468</offset>
+    <offset id="1099">4541618</offset>
+    <offset id="1100">4545317</offset>
+    <offset id="1101">4549250</offset>
+    <offset id="1102">4552937</offset>
+    <offset id="1103">4557125</offset>
+    <offset id="1104">4561466</offset>
+    <offset id="1105">4565251</offset>
+    <offset id="1106">4569388</offset>
+    <offset id="1107">4573319</offset>
+    <offset id="1108">4577210</offset>
+    <offset id="1109">4580865</offset>
+    <offset id="1110">4584692</offset>
+    <offset id="1111">4588873</offset>
+    <offset id="1112">4592818</offset>
+    <offset id="1113">4596815</offset>
+    <offset id="1114">4600665</offset>
+    <offset id="1115">4604418</offset>
+    <offset id="1116">4608468</offset>
+    <offset id="1117">4613072</offset>
+    <offset id="1118">4616984</offset>
+    <offset id="1119">4620885</offset>
+    <offset id="1120">4624690</offset>
+    <offset id="1121">4629082</offset>
+    <offset id="1122">4632612</offset>
+    <offset id="1123">4636812</offset>
+    <offset id="1124">4640884</offset>
+    <offset id="1125">4644988</offset>
+    <offset id="1126">4648856</offset>
+    <offset id="1127">4652621</offset>
+    <offset id="1128">4657025</offset>
+    <offset id="1129">4661097</offset>
+    <offset id="1130">4665139</offset>
+    <offset id="1131">4669065</offset>
+    <offset id="1132">4673250</offset>
+    <offset id="1133">4677344</offset>
+    <offset id="1134">4681225</offset>
+    <offset id="1135">4685202</offset>
+    <offset id="1136">4689512</offset>
+    <offset id="1137">4693553</offset>
+    <offset id="1138">4697638</offset>
+    <offset id="1139">4701636</offset>
+    <offset id="1140">4705517</offset>
+    <offset id="1141">4709482</offset>
+    <offset id="1142">4713126</offset>
+    <offset id="1143">4717039</offset>
+    <offset id="1144">4720548</offset>
+    <offset id="1145">4724504</offset>
+    <offset id="1146">4728641</offset>
+    <offset id="1147">4732884</offset>
+    <offset id="1148">4737233</offset>
+    <offset id="1149">4741339</offset>
+    <offset id="1150">4745463</offset>
+    <offset id="1151">4749868</offset>
+    <offset id="1152">4754024</offset>
+    <offset id="1153">4758481</offset>
+    <offset id="1154">4762598</offset>
+    <offset id="1155">4766748</offset>
+    <offset id="1156">4771154</offset>
+    <offset id="1157">4774990</offset>
+    <offset id="1158">4779030</offset>
+    <offset id="1159">4782700</offset>
+    <offset id="1160">4786400</offset>
+    <offset id="1161">4790741</offset>
+    <offset id="1162">4794910</offset>
+    <offset id="1163">4799067</offset>
+    <offset id="1164">4802947</offset>
+    <offset id="1165">4806912</offset>
+    <offset id="1166">4811368</offset>
+    <offset id="1167">4814973</offset>
+    <offset id="1168">4819186</offset>
+    <offset id="1169">4823547</offset>
+    <offset id="1170">4827939</offset>
+    <offset id="1171">4831806</offset>
+    <offset id="1172">4835770</offset>
+    <offset id="1173">4839811</offset>
+    <offset id="1174">4843788</offset>
+    <offset id="1175">4847905</offset>
+    <offset id="1176">4852149</offset>
+    <offset id="1177">4856499</offset>
+    <offset id="1178">4860573</offset>
+    <offset id="1179">4864614</offset>
+    <offset id="1180">4868761</offset>
+    <offset id="1181">4872694</offset>
+    <offset id="1182">4876990</offset>
+    <offset id="1183">4881254</offset>
+    <offset id="1184">4884944</offset>
+    <offset id="1185">4889066</offset>
+    <offset id="1186">4893455</offset>
+    <offset id="1187">4897464</offset>
+    <offset id="1188">4901067</offset>
+    <offset id="1189">4905535</offset>
+    <offset id="1190">4909851</offset>
+    <offset id="1191">4913809</offset>
+    <offset id="1192">4917574</offset>
+    <offset id="1193">4921849</offset>
+    <offset id="1194">4925813</offset>
+    <offset id="1195">4929852</offset>
+    <offset id="1196">4934224</offset>
+    <offset id="1197">4938469</offset>
+    <offset id="1198">4942574</offset>
+    <offset id="1199">4946283</offset>
+    <offset id="1200">4950565</offset>
+    <offset id="1201">4954850</offset>
+    <offset id="1202">4958939</offset>
+    <offset id="1203">4963300</offset>
+    <offset id="1204">4967085</offset>
+    <offset id="1205">4971093</offset>
+    <offset id="1206">4975473</offset>
+    <offset id="1207">4979387</offset>
+    <offset id="1208">4983598</offset>
+    <offset id="1209">4987414</offset>
+    <offset id="1210">4991422</offset>
+    <offset id="1211">4995496</offset>
+    <offset id="1212">4999410</offset>
+    <offset id="1213">5003622</offset>
+    <offset id="1214">5007930</offset>
+    <offset id="1215">5011823</offset>
+    <offset id="1216">5016088</offset>
+    <offset id="1217">5019788</offset>
+    <offset id="1218">5023841</offset>
+    <offset id="1219">5028126</offset>
+    <offset id="1220">5032102</offset>
+    <offset id="1221">5036442</offset>
+    <offset id="1222">5040597</offset>
+    <offset id="1223">5044190</offset>
+    <offset id="1224">5048324</offset>
+    <offset id="1225">5052385</offset>
+    <offset id="1226">5056694</offset>
+    <offset id="1227">5060754</offset>
+    <offset id="1228">5065352</offset>
+    <offset id="1229">5069360</offset>
+    <offset id="1230">5073517</offset>
+    <offset id="1231">5077481</offset>
+    <offset id="1232">5081662</offset>
+    <offset id="1233">5085555</offset>
+    <offset id="1234">5089852</offset>
+    <offset id="1235">5093816</offset>
+    <offset id="1236">5097972</offset>
+    <offset id="1237">5101970</offset>
+    <offset id="1238">5106375</offset>
+    <offset id="1239">5110276</offset>
+    <offset id="1240">5114818</offset>
+    <offset id="1241">5118870</offset>
+    <offset id="1242">5122834</offset>
+    <offset id="1243">5127292</offset>
+    <offset id="1244">5131393</offset>
+    <offset id="1245">5135324</offset>
+    <offset id="1246">5139057</offset>
+    <offset id="1247">5143301</offset>
+    <offset id="1248">5147426</offset>
+    <offset id="1249">5151561</offset>
+    <offset id="1250">5155892</offset>
+    <offset id="1251">5159952</offset>
+    <offset id="1252">5164045</offset>
+    <offset id="1253">5168707</offset>
+    <offset id="1254">5172414</offset>
+    <offset id="1255">5176538</offset>
+    <offset id="1256">5181015</offset>
+    <offset id="1257">5185166</offset>
+    <offset id="1258">5189494</offset>
+    <offset id="1259">5193565</offset>
+    <offset id="1260">5197819</offset>
+    <offset id="1261">5202416</offset>
+    <offset id="1262">5206828</offset>
+    <offset id="1263">5211048</offset>
+    <offset id="1264">5214415</offset>
+    <offset id="1265">5218636</offset>
+    <offset id="1266">5222882</offset>
+    <offset id="1267">5227063</offset>
+    <offset id="1268">5231316</offset>
+    <offset id="1269">5235216</offset>
+    <offset id="1270">5239097</offset>
+    <offset id="1271">5243540</offset>
+    <offset id="1272">5247985</offset>
+    <offset id="1273">5252432</offset>
+    <offset id="1274">5256395</offset>
+    <offset id="1275">5260873</offset>
+    <offset id="1276">5264944</offset>
+    <offset id="1277">5269359</offset>
+    <offset id="1278">5273700</offset>
+    <offset id="1279">5278144</offset>
+    <offset id="1280">5282568</offset>
+    <offset id="1281">5286397</offset>
+    <offset id="1282">5290288</offset>
+    <offset id="1283">5294637</offset>
+    <offset id="1284">5299146</offset>
+    <offset id="1285">5303413</offset>
+    <offset id="1286">5307584</offset>
+    <offset id="1287">5312245</offset>
+    <offset id="1288">5316319</offset>
+    <offset id="1289">5320691</offset>
+    <offset id="1290">5325192</offset>
+    <offset id="1291">5329734</offset>
+    <offset id="1292">5334225</offset>
+    <offset id="1293">5338440</offset>
+    <offset id="1294">5342482</offset>
+    <offset id="1295">5346575</offset>
+    <offset id="1296">5350744</offset>
+    <offset id="1297">5354754</offset>
+    <offset id="1298">5359447</offset>
+    <offset id="1299">5363697</offset>
+    <offset id="1300">5367931</offset>
+    <offset id="1301">5372633</offset>
+    <offset id="1302">5376877</offset>
+    <offset id="1303">5380971</offset>
+    <offset id="1304">5385661</offset>
+    <offset id="1305">5389222</offset>
+    <offset id="1306">5393305</offset>
+    <offset id="1307">5397944</offset>
+    <offset id="1308">5402369</offset>
+    <offset id="1309">5406806</offset>
+    <offset id="1310">5410911</offset>
+    <offset id="1311">5415656</offset>
+    <offset id="1312">5420241</offset>
+    <offset id="1313">5424666</offset>
+    <offset id="1314">5429175</offset>
+    <offset id="1315">5433329</offset>
+    <offset id="1316">5437517</offset>
+    <offset id="1317">5441463</offset>
+    <offset id="1318">5445453</offset>
+    <offset id="1319">5449601</offset>
+    <offset id="1320">5453854</offset>
+    <offset id="1321">5458556</offset>
+    <offset id="1322">5462681</offset>
+    <offset id="1323">5467073</offset>
+    <offset id="1324">5471606</offset>
+    <offset id="1325">5476013</offset>
+    <offset id="1326">5480524</offset>
+    <offset id="1327">5484201</offset>
+    <offset id="1328">5488804</offset>
+    <offset id="1329">5493091</offset>
+    <offset id="1330">5497196</offset>
+    <offset id="1331">5502059</offset>
+    <offset id="1332">5506388</offset>
+    <offset id="1333">5510673</offset>
+    <offset id="1334">5515547</offset>
+    <offset id="1335">5519684</offset>
+    <offset id="1336">5524141</offset>
+    <offset id="1337">5528501</offset>
+    <offset id="1338">5532786</offset>
+    <offset id="1339">5537145</offset>
+    <offset id="1340">5541270</offset>
+    <offset id="1341">5545694</offset>
+    <offset id="1342">5550057</offset>
+    <offset id="1343">5554772</offset>
+    <offset id="1344">5558991</offset>
+    <offset id="1345">5563045</offset>
+    <offset id="1346">5567546</offset>
+    <offset id="1347">5571960</offset>
+    <offset id="1348">5576311</offset>
+    <offset id="1349">5580960</offset>
+    <offset id="1350">5585142</offset>
+    <offset id="1351">5589547</offset>
+    <offset id="1352">5594217</offset>
+    <offset id="1353">5598739</offset>
+    <offset id="1354">5603471</offset>
+    <offset id="1355">5607800</offset>
+    <offset id="1356">5612628</offset>
+    <offset id="1357">5616931</offset>
+    <offset id="1358">5621248</offset>
+    <offset id="1359">5626136</offset>
+    <offset id="1360">5630219</offset>
+    <offset id="1361">5634662</offset>
+    <offset id="1362">5638961</offset>
+    <offset id="1363">5643632</offset>
+    <offset id="1364">5647654</offset>
+    <offset id="1365">5652208</offset>
+    <offset id="1366">5656582</offset>
+    <offset id="1367">5660356</offset>
+    <offset id="1368">5665089</offset>
+    <offset id="1369">5669558</offset>
+    <offset id="1370">5674124</offset>
+    <offset id="1371">5678282</offset>
+    <offset id="1372">5682866</offset>
+    <offset id="1373">5687372</offset>
+    <offset id="1374">5691607</offset>
+    <offset id="1375">5695724</offset>
+    <offset id="1376">5700074</offset>
+    <offset id="1377">5704707</offset>
+    <offset id="1378">5708792</offset>
+    <offset id="1379">5713197</offset>
+    <offset id="1380">5717643</offset>
+    <offset id="1381">5722310</offset>
+    <offset id="1382">5726810</offset>
+    <offset id="1383">5731234</offset>
+    <offset id="1384">5735853</offset>
+    <offset id="1385">5739914</offset>
+    <offset id="1386">5744830</offset>
+    <offset id="1387">5749500</offset>
+    <offset id="1388">5754278</offset>
+    <offset id="1389">5758992</offset>
+    <offset id="1390">5763771</offset>
+    <offset id="1391">5768408</offset>
+    <offset id="1392">5773013</offset>
+    <offset id="1393">5777737</offset>
+    <offset id="1394">5782420</offset>
+    <offset id="1395">5786931</offset>
+    <offset id="1396">5791176</offset>
+    <offset id="1397">5795524</offset>
+    <offset id="1398">5800255</offset>
+    <offset id="1399">5805013</offset>
+    <offset id="1400">5809002</offset>
+    <offset id="1401">5814102</offset>
+    <offset id="1402">5818382</offset>
+    <offset id="1403">5822666</offset>
+    <offset id="1404">5827487</offset>
+    <offset id="1405">5831849</offset>
+    <offset id="1406">5836275</offset>
+    <offset id="1407">5841098</offset>
+    <offset id="1408">5845364</offset>
+    <offset id="1409">5849842</offset>
+    <offset id="1410">5854141</offset>
+    <offset id="1411">5858491</offset>
+    <offset id="1412">5863205</offset>
+    <offset id="1413">5867674</offset>
+    <offset id="1414">5872217</offset>
+    <offset id="1415">5876546</offset>
+    <offset id="1416">5881263</offset>
+    <offset id="1417">5885999</offset>
+    <offset id="1418">5890439</offset>
+    <offset id="1419">5894705</offset>
+    <offset id="1420">5898373</offset>
+    <offset id="1421">5902788</offset>
+    <offset id="1422">5907341</offset>
+    <offset id="1423">5911562</offset>
+    <offset id="1424">5915977</offset>
+    <offset id="1425">5920467</offset>
+    <offset id="1426">5924748</offset>
+    <offset id="1427">5929284</offset>
+    <offset id="1428">5933955</offset>
+    <offset id="1429">5938424</offset>
+    <offset id="1430">5942894</offset>
+    <offset id="1431">5947109</offset>
+    <offset id="1432">5951437</offset>
+    <offset id="1433">5955799</offset>
+    <offset id="1434">5960686</offset>
+    <offset id="1435">5965070</offset>
+    <offset id="1436">5970185</offset>
+    <offset id="1437">5974740</offset>
+    <offset id="1438">5979339</offset>
+    <offset id="1439">5983771</offset>
+    <offset id="1440">5988326</offset>
+    <offset id="1441">5992626</offset>
+    <offset id="1442">5997278</offset>
+    <offset id="1443">6001828</offset>
+    <offset id="1444">6005967</offset>
+    <offset id="1445">6010150</offset>
+    <offset id="1446">6014749</offset>
+    <offset id="1447">6019060</offset>
+    <offset id="1448">6023456</offset>
+    <offset id="1449">6027871</offset>
+    <offset id="1450">6032605</offset>
+    <offset id="1451">6037074</offset>
+    <offset id="1452">6041736</offset>
+    <offset id="1453">6046513</offset>
+    <offset id="1454">6050949</offset>
+    <offset id="1455">6055629</offset>
+    <offset id="1456">6060645</offset>
+    <offset id="1457">6065092</offset>
+    <offset id="1458">6069634</offset>
+    <offset id="1459">6074368</offset>
+    <offset id="1460">6078911</offset>
+    <offset id="1461">6083317</offset>
+    <offset id="1462">6087828</offset>
+    <offset id="1463">6092340</offset>
+    <offset id="1464">6096829</offset>
+    <offset id="1465">6101556</offset>
+    <offset id="1466">6106292</offset>
+    <offset id="1467">6110635</offset>
+    <offset id="1468">6115220</offset>
+    <offset id="1469">6119785</offset>
+    <offset id="1470">6124371</offset>
+    <offset id="1471">6128682</offset>
+    <offset id="1472">6133397</offset>
+    <offset id="1473">6137954</offset>
+    <offset id="1474">6142322</offset>
+    <offset id="1475">6147091</offset>
+    <offset id="1476">6151486</offset>
+    <offset id="1477">6155751</offset>
+    <offset id="1478">6160210</offset>
+    <offset id="1479">6164490</offset>
+    <offset id="1480">6168662</offset>
+    <offset id="1481">6173215</offset>
+    <offset id="1482">6177929</offset>
+    <offset id="1483">6182944</offset>
+    <offset id="1484">6187293</offset>
+    <offset id="1485">6192296</offset>
+    <offset id="1486">6197181</offset>
+    <offset id="1487">6201608</offset>
+    <offset id="1488">6206081</offset>
+    <offset id="1489">6211257</offset>
+    <offset id="1490">6215919</offset>
+    <offset id="1491">6221007</offset>
+    <offset id="1492">6225095</offset>
+    <offset id="1493">6229570</offset>
+    <offset id="1494">6234510</offset>
+    <offset id="1495">6239268</offset>
+    <offset id="1496">6244558</offset>
+    <offset id="1497">6249125</offset>
+    <offset id="1498">6253773</offset>
+    <offset id="1499">6258746</offset>
+    <offset id="1500">6263543</offset>
+    <offset id="1501">6268468</offset>
+    <offset id="1502">6272901</offset>
+    <offset id="1503">6277520</offset>
+    <offset id="1504">6281990</offset>
+    <offset id="1505">6287006</offset>
+    <offset id="1506">6291829</offset>
+    <offset id="1507">6296469</offset>
+    <offset id="1508">6301355</offset>
+    <offset id="1509">6306119</offset>
+    <offset id="1510">6310534</offset>
+    <offset id="1511">6315281</offset>
+    <offset id="1512">6319740</offset>
+    <offset id="1513">6324421</offset>
+    <offset id="1514">6329316</offset>
+    <offset id="1515">6333699</offset>
+    <offset id="1516">6338349</offset>
+    <offset id="1517">6342871</offset>
+    <offset id="1518">6347704</offset>
+    <offset id="1519">6352584</offset>
+    <offset id="1520">6356922</offset>
+    <offset id="1521">6361649</offset>
+    <offset id="1522">6366491</offset>
+    <offset id="1523">6370963</offset>
+    <offset id="1524">6375596</offset>
+    <offset id="1525">6380035</offset>
+    <offset id="1526">6384652</offset>
+    <offset id="1527">6389655</offset>
+    <offset id="1528">6394178</offset>
+    <offset id="1529">6398813</offset>
+    <offset id="1530">6403986</offset>
+    <offset id="1531">6409105</offset>
+    <offset id="1532">6413737</offset>
+    <offset id="1533">6418705</offset>
+    <offset id="1534">6423528</offset>
+    <offset id="1535">6428402</offset>
+    <offset id="1536">6433651</offset>
+    <offset id="1537">6438268</offset>
+    <offset id="1538">6442908</offset>
+    <offset id="1539">6447505</offset>
+    <offset id="1540">6451922</offset>
+    <offset id="1541">6456792</offset>
+    <offset id="1542">6461954</offset>
+    <offset id="1543">6466655</offset>
+    <offset id="1544">6471103</offset>
+    <offset id="1545">6475929</offset>
+    <offset id="1546">6480839</offset>
+    <offset id="1547">6485713</offset>
+    <offset id="1548">6490719</offset>
+    <offset id="1549">6495636</offset>
+    <offset id="1550">6500490</offset>
+    <offset id="1551">6505791</offset>
+    <offset id="1552">6510487</offset>
+    <offset id="1553">6515457</offset>
+    <offset id="1554">6520587</offset>
+    <offset id="1555">6525089</offset>
+    <offset id="1556">6530199</offset>
+    <offset id="1557">6535019</offset>
+    <offset id="1558">6540547</offset>
+    <offset id="1559">6544890</offset>
+    <offset id="1560">6549605</offset>
+    <offset id="1561">6554717</offset>
+    <offset id="1562">6559551</offset>
+    <offset id="1563">6564352</offset>
+    <offset id="1564">6569271</offset>
+    <offset id="1565">6574231</offset>
+    <offset id="1566">6579107</offset>
+    <offset id="1567">6583709</offset>
+    <offset id="1568">6588599</offset>
+    <offset id="1569">6594019</offset>
+    <offset id="1570">6599099</offset>
+    <offset id="1571">6604236</offset>
+    <offset id="1572">6609195</offset>
+    <offset id="1573">6614211</offset>
+    <offset id="1574">6618905</offset>
+    <offset id="1575">6624663</offset>
+    <offset id="1576">6629998</offset>
+    <offset id="1577">6635418</offset>
+    <offset id="1578">6640347</offset>
+    <offset id="1579">6645641</offset>
+    <offset id="1580">6651018</offset>
+    <offset id="1581">6656119</offset>
+    <offset id="1582">6661442</offset>
+    <offset id="1583">6666747</offset>
+    <offset id="1584">6671750</offset>
+    <offset id="1585">6677186</offset>
+    <offset id="1586">6682232</offset>
+    <offset id="1587">6687591</offset>
+    <offset id="1588">6692724</offset>
+    <offset id="1589">6698223</offset>
+    <offset id="1590">6703308</offset>
+    <offset id="1591">6708580</offset>
+    <offset id="1592">6713468</offset>
+    <offset id="1593">6718067</offset>
+    <offset id="1594">6724055</offset>
+    <offset id="1595">6728976</offset>
+    <offset id="1596">6734290</offset>
+    <offset id="1597">6739446</offset>
+    <offset id="1598">6744806</offset>
+    <offset id="1599">6749961</offset>
+    <offset id="1600">6755106</offset>
+    <offset id="1601">6760240</offset>
+    <offset id="1602">6765384</offset>
+    <offset id="1603">6770838</offset>
+    <offset id="1604">6776260</offset>
+    <offset id="1605">6781586</offset>
+    <offset id="1606">6786976</offset>
+    <offset id="1607">6792160</offset>
+    <offset id="1608">6797337</offset>
+    <offset id="1609">6802341</offset>
+    <offset id="1610">6807809</offset>
+    <offset id="1611">6813280</offset>
+    <offset id="1612">6818396</offset>
+    <offset id="1613">6823327</offset>
+    <offset id="1614">6828599</offset>
+    <offset id="1615">6834067</offset>
+    <offset id="1616">6839478</offset>
+    <offset id="1617">6844792</offset>
+    <offset id="1618">6849972</offset>
+    <offset id="1619">6855260</offset>
+    <offset id="1620">6860659</offset>
+    <offset id="1621">6866159</offset>
+    <offset id="1622">6871740</offset>
+    <offset id="1623">6877242</offset>
+    <offset id="1624">6882694</offset>
+    <offset id="1625">6888041</offset>
+    <offset id="1626">6893194</offset>
+    <offset id="1627">6898882</offset>
+    <offset id="1628">6903523</offset>
+    <offset id="1629">6908990</offset>
+    <offset id="1630">6914302</offset>
+    <offset id="1631">6919070</offset>
+    <offset id="1632">6924376</offset>
+    <offset id="1633">6929753</offset>
+    <offset id="1634">6934771</offset>
+    <offset id="1635">6939904</offset>
+    <offset id="1636">6944909</offset>
+    <offset id="1637">6949690</offset>
+    <offset id="1638">6954492</offset>
+    <offset id="1639">6959804</offset>
+    <offset id="1640">6965107</offset>
+    <offset id="1641">6970638</offset>
+    <offset id="1642">6976029</offset>
+    <offset id="1643">6981365</offset>
+    <offset id="1644">6986593</offset>
+    <offset id="1645">6991675</offset>
+    <offset id="1646">6996596</offset>
+    <offset id="1647">7001603</offset>
+    <offset id="1648">7007015</offset>
+    <offset id="1649">7012257</offset>
+    <offset id="1650">7017360</offset>
+    <offset id="1651">7022138</offset>
+    <offset id="1652">7027144</offset>
+    <offset id="1653">7032655</offset>
+    <offset id="1654">7037875</offset>
+    <offset id="1655">7043166</offset>
+    <offset id="1656">7048279</offset>
+    <offset id="1657">7053722</offset>
+    <offset id="1658">7059355</offset>
+    <offset id="1659">7064702</offset>
+    <offset id="1660">7070132</offset>
+    <offset id="1661">7075444</offset>
+    <offset id="1662">7080556</offset>
+    <offset id="1663">7085864</offset>
+    <offset id="1664">7090882</offset>
+    <offset id="1665">7096349</offset>
+    <offset id="1666">7101675</offset>
+    <offset id="1667">7106924</offset>
+    <offset id="1668">7112156</offset>
+    <offset id="1669">7117086</offset>
+    <offset id="1670">7122827</offset>
+    <offset id="1671">7128332</offset>
+    <offset id="1672">7133487</offset>
+    <offset id="1673">7139025</offset>
+    <offset id="1674">7144428</offset>
+    <offset id="1675">7149903</offset>
+    <offset id="1676">7155274</offset>
+    <offset id="1677">7160312</offset>
+    <offset id="1678">7165828</offset>
+    <offset id="1679">7170802</offset>
+    <offset id="1680">7175572</offset>
+    <offset id="1681">7180918</offset>
+    <offset id="1682">7186223</offset>
+    <offset id="1683">7191504</offset>
+    <offset id="1684">7196847</offset>
+    <offset id="1685">7202123</offset>
+    <offset id="1686">7207287</offset>
+    <offset id="1687">7212464</offset>
+    <offset id="1688">7217412</offset>
+    <offset id="1689">7222437</offset>
+    <offset id="1690">7227604</offset>
+    <offset id="1691">7232868</offset>
+    <offset id="1692">7238152</offset>
+    <offset id="1693">7243445</offset>
+    <offset id="1694">7248772</offset>
+    <offset id="1695">7254087</offset>
+    <offset id="1696">7259029</offset>
+    <offset id="1697">7264376</offset>
+    <offset id="1698">7269689</offset>
+    <offset id="1699">7274898</offset>
+    <offset id="1700">7280277</offset>
+    <offset id="1701">7285348</offset>
+    <offset id="1702">7290301</offset>
+    <offset id="1703">7295751</offset>
+    <offset id="1704">7301025</offset>
+    <offset id="1705">7306576</offset>
+    <offset id="1706">7311816</offset>
+    <offset id="1707">7317214</offset>
+    <offset id="1708">7322266</offset>
+    <offset id="1709">7327783</offset>
+    <offset id="1710">7332966</offset>
+    <offset id="1711">7338016</offset>
+    <offset id="1712">7343321</offset>
+    <offset id="1713">7348509</offset>
+    <offset id="1714">7353992</offset>
+    <offset id="1715">7359171</offset>
+    <offset id="1716">7364273</offset>
+    <offset id="1717">7369632</offset>
+    <offset id="1718">7375023</offset>
+    <offset id="1719">7379912</offset>
+    <offset id="1720">7385539</offset>
+    <offset id="1721">7390758</offset>
+    <offset id="1722">7395988</offset>
+    <offset id="1723">7401144</offset>
+    <offset id="1724">7405881</offset>
+    <offset id="1725">7411026</offset>
+    <offset id="1726">7416513</offset>
+    <offset id="1727">7421753</offset>
+    <offset id="1728">7426703</offset>
+    <offset id="1729">7432025</offset>
+    <offset id="1730">7437199</offset>
+    <offset id="1731">7442008</offset>
+    <offset id="1732">7447566</offset>
+    <offset id="1733">7452819</offset>
+    <offset id="1734">7458070</offset>
+    <offset id="1735">7463060</offset>
+    <offset id="1736">7467872</offset>
+    <offset id="1737">7472780</offset>
+    <offset id="1738">7477484</offset>
+    <offset id="1739">7482649</offset>
+    <offset id="1740">7487587</offset>
+    <offset id="1741">7492555</offset>
+    <offset id="1742">7497727</offset>
+    <offset id="1743">7502710</offset>
+    <offset id="1744">7507873</offset>
+    <offset id="1745">7512725</offset>
+    <offset id="1746">7517538</offset>
+    <offset id="1747">7522555</offset>
+    <offset id="1748">7527602</offset>
+    <offset id="1749">7532692</offset>
+    <offset id="1750">7537549</offset>
+    <offset id="1751">7542669</offset>
+    <offset id="1752">7547488</offset>
+    <offset id="1753">7552256</offset>
+    <offset id="1754">7556989</offset>
+    <offset id="1755">7562090</offset>
+    <offset id="1756">7566921</offset>
+    <offset id="1757">7571583</offset>
+    <offset id="1758">7576202</offset>
+    <offset id="1759">7580962</offset>
+    <offset id="1760">7585827</offset>
+    <offset id="1761">7590940</offset>
+    <offset id="1762">7595914</offset>
+    <offset id="1763">7600968</offset>
+    <offset id="1764">7606205</offset>
+    <offset id="1765">7611274</offset>
+    <offset id="1766">7616203</offset>
+    <offset id="1767">7621197</offset>
+    <offset id="1768">7626240</offset>
+    <offset id="1769">7630965</offset>
+    <offset id="1770">7635682</offset>
+    <offset id="1771">7640460</offset>
+    <offset id="1772">7645783</offset>
+    <offset id="1773">7650356</offset>
+    <offset id="1774">7655083</offset>
+    <offset id="1775">7660139</offset>
+    <offset id="1776">7664724</offset>
+    <offset id="1777">7669247</offset>
+    <offset id="1778">7673942</offset>
+    <offset id="1779">7679048</offset>
+    <offset id="1780">7683761</offset>
+    <offset id="1781">7688730</offset>
+    <offset id="1782">7693946</offset>
+    <offset id="1783">7698512</offset>
+    <offset id="1784">7703259</offset>
+    <offset id="1785">7707702</offset>
+    <offset id="1786">7712468</offset>
+    <offset id="1787">7716811</offset>
+    <offset id="1788">7721588</offset>
+    <offset id="1789">7726032</offset>
+    <offset id="1790">7730661</offset>
+    <offset id="1791">7734948</offset>
+    <offset id="1792">7739704</offset>
+    <offset id="1793">7743920</offset>
+    <offset id="1794">7748697</offset>
+    <offset id="1795">7753271</offset>
+    <offset id="1796">7757972</offset>
+    <offset id="1797">7762556</offset>
+    <offset id="1798">7766916</offset>
+    <offset id="1799">7771129</offset>
+    <offset id="1800">7775438</offset>
+    <offset id="1801">7780018</offset>
+    <offset id="1802">7784357</offset>
+    <offset id="1803">7788995</offset>
+    <offset id="1804">7792905</offset>
+    <offset id="1805">7797189</offset>
+    <offset id="1806">7801377</offset>
+    <offset id="1807">7805918</offset>
+    <offset id="1808">7810228</offset>
+    <offset id="1809">7814621</offset>
+    <offset id="1810">7818770</offset>
+    <offset id="1811">7822936</offset>
+    <offset id="1812">7827265</offset>
+    <offset id="1813">7831304</offset>
+    <offset id="1814">7835250</offset>
+    <offset id="1815">7839738</offset>
+    <offset id="1816">7843960</offset>
+    <offset id="1817">7848033</offset>
+    <offset id="1818">7851925</offset>
+    <offset id="1819">7856010</offset>
+    <offset id="1820">7859985</offset>
+    <offset id="1821">7864057</offset>
+    <offset id="1822">7869169</offset>
+    <offset id="1823">7872813</offset>
+    <offset id="1824">7876979</offset>
+    <offset id="1825">7881361</offset>
+    <offset id="1826">7886285</offset>
+    <offset id="1827">7889834</offset>
+    <offset id="1828">7893724</offset>
+    <offset id="1829">7897658</offset>
+    <offset id="1830">7901731</offset>
+    <offset id="1831">7905741</offset>
+    <offset id="1832">7909812</offset>
+    <offset id="1833">7913648</offset>
+    <offset id="1834">7917868</offset>
+    <offset id="1835">7921890</offset>
+    <offset id="1836">7926379</offset>
+    <offset id="1837">7929684</offset>
+    <offset id="1838">7933734</offset>
+    <offset id="1839">7937666</offset>
+    <offset id="1840">7941407</offset>
+    <offset id="1841">7945863</offset>
+    <offset id="1842">7949884</offset>
+    <offset id="1843">7953784</offset>
+    <offset id="1844">7957676</offset>
+    <offset id="1845">7961791</offset>
+    <offset id="1846">7965939</offset>
+    <offset id="1847">7969585</offset>
+    <offset id="1848">7973735</offset>
+    <offset id="1849">7977627</offset>
+    <offset id="1850">7981911</offset>
+    <offset id="1851">7985805</offset>
+    <offset id="1852">7989707</offset>
+    <offset id="1853">7993812</offset>
+    <offset id="1854">7997649</offset>
+    <offset id="1855">8001708</offset>
+    <offset id="1856">8005826</offset>
+    <offset id="1857">8010015</offset>
+    <offset id="1858">8013789</offset>
+    <offset id="1859">8017595</offset>
+    <offset id="1860">8021777</offset>
+    <offset id="1861">8025639</offset>
+    <offset id="1862">8029872</offset>
+    <offset id="1863">8034020</offset>
+    <offset id="1864">8037740</offset>
+    <offset id="1865">8041767</offset>
+    <offset id="1866">8045553</offset>
+    <offset id="1867">8049541</offset>
+    <offset id="1868">8053133</offset>
+    <offset id="1869">8057238</offset>
+    <offset id="1870">8060829</offset>
+    <offset id="1871">8064582</offset>
+    <offset id="1872">8068494</offset>
+    <offset id="1873">8072630</offset>
+    <offset id="1874">8076639</offset>
+    <offset id="1875">8080436</offset>
+    <offset id="1876">8084177</offset>
+    <offset id="1877">8087975</offset>
+    <offset id="1878">8091709</offset>
+    <offset id="1879">8095386</offset>
+    <offset id="1880">8099222</offset>
+    <offset id="1881">8103090</offset>
+    <offset id="1882">8107055</offset>
+    <offset id="1883">8110819</offset>
+    <offset id="1884">8114924</offset>
+    <offset id="1885">8118846</offset>
+    <offset id="1886">8122548</offset>
+    <offset id="1887">8126557</offset>
+    <offset id="1888">8130576</offset>
+    <offset id="1889">8134490</offset>
+    <offset id="1890">8138231</offset>
+    <offset id="1891">8142304</offset>
+    <offset id="1892">8145973</offset>
+    <offset id="1893">8150013</offset>
+    <offset id="1894">8154041</offset>
+    <offset id="1895">8157858</offset>
+    <offset id="1896">8161599</offset>
+    <offset id="1897">8165883</offset>
+    <offset id="1898">8169817</offset>
+    <offset id="1899">8173357</offset>
+    <offset id="1900">8177606</offset>
+    <offset id="1901">8181538</offset>
+    <offset id="1902">8185598</offset>
+    <offset id="1903">8189531</offset>
+    <offset id="1904">8193560</offset>
+    <offset id="1905">8197697</offset>
+    <offset id="1906">8201686</offset>
+    <offset id="1907">8205451</offset>
+    <offset id="1908">8209524</offset>
+    <offset id="1909">8213608</offset>
+    <offset id="1910">8217379</offset>
+    <offset id="1911">8221977</offset>
+    <offset id="1912">8225920</offset>
+    <offset id="1913">8229607</offset>
+    <offset id="1914">8233840</offset>
+    <offset id="1915">8237509</offset>
+    <offset id="1916">8241516</offset>
+    <offset id="1917">8245281</offset>
+    <offset id="1918">8249310</offset>
+    <offset id="1919">8253159</offset>
+    <offset id="1920">8256828</offset>
+    <offset id="1921">8260580</offset>
+    <offset id="1922">8264599</offset>
+    <offset id="1923">8268817</offset>
+    <offset id="1924">8273027</offset>
+    <offset id="1925">8276876</offset>
+    <offset id="1926">8281279</offset>
+    <offset id="1927">8285307</offset>
+    <offset id="1928">8289765</offset>
+    <offset id="1929">8293731</offset>
+    <offset id="1930">8297918</offset>
+    <offset id="1931">8302003</offset>
+    <offset id="1932">8305912</offset>
+    <offset id="1933">8309812</offset>
+    <offset id="1934">8313673</offset>
+    <offset id="1935">8317597</offset>
+    <offset id="1936">8321679</offset>
+    <offset id="1937">8325507</offset>
+    <offset id="1938">8329629</offset>
+    <offset id="1939">8333778</offset>
+    <offset id="1940">8337794</offset>
+    <offset id="1941">8342314</offset>
+    <offset id="1942">8346334</offset>
+    <offset id="1943">8350164</offset>
+    <offset id="1944">8354024</offset>
+    <offset id="1945">8357413</offset>
+    <offset id="1946">8361484</offset>
+    <offset id="1947">8365619</offset>
+    <offset id="1948">8369373</offset>
+    <offset id="1949">8373240</offset>
+    <offset id="1950">8376845</offset>
+    <offset id="1951">8380832</offset>
+    <offset id="1952">8384597</offset>
+    <offset id="1953">8388202</offset>
+    <offset id="1954">8392210</offset>
+    <offset id="1955">8396218</offset>
+    <offset id="1956">8400142</offset>
+    <offset id="1957">8404161</offset>
+    <offset id="1958">8408181</offset>
+    <offset id="1959">8412275</offset>
+    <offset id="1960">8416228</offset>
+    <offset id="1961">8419928</offset>
+    <offset id="1962">8423733</offset>
+    <offset id="1963">8427883</offset>
+    <offset id="1964">8431890</offset>
+    <offset id="1965">8435778</offset>
+    <offset id="1966">8439679</offset>
+    <offset id="1967">8443540</offset>
+    <offset id="1968">8447368</offset>
+    <offset id="1969">8451472</offset>
+    <offset id="1970">8455366</offset>
+    <offset id="1971">8459482</offset>
+    <offset id="1972">8463445</offset>
+    <offset id="1973">8466899</offset>
+    <offset id="1974">8470375</offset>
+    <offset id="1975">8474329</offset>
+    <offset id="1976">8478292</offset>
+    <offset id="1977">8482311</offset>
+    <offset id="1978">8486190</offset>
+    <offset id="1979">8490282</offset>
+    <offset id="1980">8494279</offset>
+    <offset id="1981">8498429</offset>
+    <offset id="1982">8502130</offset>
+    <offset id="1983">8506138</offset>
+    <offset id="1984">8510402</offset>
+    <offset id="1985">8514103</offset>
+    <offset id="1986">8518079</offset>
+    <offset id="1987">8521959</offset>
+    <offset id="1988">8526065</offset>
+    <offset id="1989">8529767</offset>
+    <offset id="1990">8533572</offset>
+    <offset id="1991">8537549</offset>
+    <offset id="1992">8541099</offset>
+    <offset id="1993">8545161</offset>
+    <offset id="1994">8549437</offset>
+    <offset id="1995">8553554</offset>
+    <offset id="1996">8557680</offset>
+    <offset id="1997">8561812</offset>
+    <offset id="1998">8565704</offset>
+    <offset id="1999">8569458</offset>
+    <offset id="2000">8573468</offset>
+    <offset id="2001">8576943</offset>
+    <offset id="2002">8580716</offset>
+    <offset id="2003">8584521</offset>
+    <offset id="2004">8588670</offset>
+    <offset id="2005">8592678</offset>
+    <offset id="2006">8596431</offset>
+    <offset id="2007">8600504</offset>
+    <offset id="2008">8604460</offset>
+    <offset id="2009">8608234</offset>
+    <offset id="2010">8611935</offset>
+    <offset id="2011">8615872</offset>
+    <offset id="2012">8619944</offset>
+    <offset id="2013">8623580</offset>
+    <offset id="2014">8627546</offset>
+    <offset id="2015">8631632</offset>
+    <offset id="2016">8635685</offset>
+    <offset id="2017">8639609</offset>
+    <offset id="2018">8643566</offset>
+    <offset id="2019">8647116</offset>
+    <offset id="2020">8651092</offset>
+    <offset id="2021">8655537</offset>
+    <offset id="2022">8659215</offset>
+    <offset id="2023">8663287</offset>
+    <offset id="2024">8667509</offset>
+    <offset id="2025">8671434</offset>
+    <offset id="2026">8675303</offset>
+    <offset id="2027">8679292</offset>
+    <offset id="2028">8683321</offset>
+    <offset id="2029">8686894</offset>
+    <offset id="2030">8690755</offset>
+    <offset id="2031">8694679</offset>
+    <offset id="2032">8698507</offset>
+  </index>
+  <indexOffset>8702736</indexOffset>
+  <sha1>f1abac9e079de2df593083d41093052be5696a06</sha1>
+</mzXML>
diff -r 91311aa08cdc -r 15646e937936 test-data/MM14.mzML
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/MM14.mzML	Fri Apr 07 07:35:01 2017 -0400
@@ -0,0 +1,3667 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+<mzML xmlns="http://psi.hupo.org/ms/mzml" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0.xsd" accession="" version="1.1">
+	<cvList count="2">
+		<cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" URI="http://psidev.cvs.sourceforge.net/*checkout*/psidev/psi/psi-ms/mzML/controlledVocabulary/psi-ms.obo"/>
+		<cv id="UO" fullName="Unit Ontology" URI="http://obo.cvs.sourceforge.net/obo/obo/ontology/phenotype/unit.obo"/>
+	</cvList>
+	<fileDescription>
+		<fileContent>
+			<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+		</fileContent>
+		<sourceFileList count="1">
+			<sourceFile id="sf_ru_0" name="analysis.baf" location="MM14_20uM_2-A%2c4_01_1745.d/">
+				<cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="" />
+				<cvParam cvRef="MS" accession="MS:1000564" name="PSI mzData file" />
+			<cvParam cvRef="MS" accession="MS:1000824" name="no nativeID format" />
+			</sourceFile>
+		</sourceFileList>
+		<contact>
+			<cvParam cvRef="MS" accession="MS:1000586" name="contact name" value="Customer, Bruker" />
+			<cvParam cvRef="MS" accession="MS:1000590" name="contact organization" value="" />
+		</contact>
+	</fileDescription>
+	<sampleList count="1">
+		<sample id="sa_0" name="MM14_20uM">
+			<cvParam cvRef="MS" accession="MS:1000004" name="sample mass" value="0"  unitAccession="UO:0000021" unitName="gram" unitCvRef="UO" />
+			<cvParam cvRef="MS" accession="MS:1000005" name="sample volume" value="0" unitAccession="UO:0000098" unitName="milliliter" unitCvRef="UO" />
+			<cvParam cvRef="MS" accession="MS:1000006" name="sample concentration" value="0" unitAccession="UO:0000175" unitName="gram per liter" unitCvRef="UO" />
+		</sample>
+	</sampleList>
+	<softwareList count="3">
+		<software id="so_in_0" version="" >
+			<cvParam cvRef="MS" accession="MS:1000799" name="custom unreleased software tool" value="" />
+		</software>
+		<software id="so_dp_0" version="1.3.3" >
+			<cvParam cvRef="MS" accession="MS:1000717" name="CompassXport" />
+		</software>
+		<software id="so_dp_1" version="1.4" >
+			<cvParam cvRef="MS" accession="MS:1000756" name="FileConverter" />
+		</software>
+	</softwareList>
+	<instrumentConfigurationList count="1">
+		<instrumentConfiguration id="ic_0">
+			<cvParam cvRef="MS" accession="MS:1000031" name="instrument model" />
+			<componentList count="3">
+				<source order="0">
+					<cvParam cvRef="MS" accession="MS:1000073" name="electrospray ionization" />
+				</source>
+				<analyzer order="0">
+					<cvParam cvRef="MS" accession="MS:1000014" name="accuracy" value="0" unitAccession="UO:0000169" unitName="parts per million" unitCvRef="UO" />
+					<cvParam cvRef="MS" accession="MS:1000022" name="TOF Total Path Length" value="0" unitAccession="UO:0000008" unitName="meter" unitCvRef="UO" />
+					<cvParam cvRef="MS" accession="MS:1000024" name="final MS exponent" value="0" />
+					<cvParam cvRef="MS" accession="MS:1000025" name="magnetic field strength" value="0" unitAccession="UO:0000228" unitName="tesla" unitCvRef="UO" />
+					<cvParam cvRef="MS" accession="MS:1000443" name="mass analyzer type" />
+				</analyzer>
+				<detector order="0">
+					<cvParam cvRef="MS" accession="MS:1000028" name="detector resolution" value="0" />
+					<cvParam cvRef="MS" accession="MS:1000029" name="sampling frequency" value="0" unitAccession="UO:0000106" unitName="hertz" unitCvRef="UO" />
+					<cvParam cvRef="MS" accession="MS:1000026" name="detector type" />
+				</detector>
+			</componentList>
+			<softwareRef ref="so_in_0" />
+		</instrumentConfiguration>
+	</instrumentConfigurationList>
+	<dataProcessingList count="1">
+		<dataProcessing id="dp_ru_0">
+			<processingMethod order="0" softwareRef="so_dp_0">
+				<cvParam cvRef="MS" accession="MS:1000034" name="charge deconvolution" />
+				<cvParam cvRef="MS" accession="MS:1000033" name="deisotoping" />
+				<cvParam cvRef="MS" accession="MS:1000747" name="completion time" value="2008-04-17+05:41" />
+			</processingMethod>
+			<processingMethod order="0" softwareRef="so_dp_1">
+				<cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML" />
+				<cvParam cvRef="MS" accession="MS:1000747" name="completion time" value="2010-01-05+22:44" />
+				<userParam name="parameter: in" type="xsd:string" value="MM14.mzdata"/>
+				<userParam name="parameter: out" type="xsd:string" value="MM14.mzML"/>
+			</processingMethod>
+		</dataProcessing>
+	</dataProcessingList>
+	<run id="ru_0" defaultInstrumentConfigurationRef="ic_0" sampleRef="sa_0" defaultSourceFileRef="sf_ru_0">
+		<spectrumList count="112" defaultDataProcessingRef="dp_ru_0">
+			<spectrum id="spectrum=1" index="0" defaultArrayLength="1378">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="270.334" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="110.143" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14700">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14700">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=2" index="1" defaultArrayLength="1356">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="270.671" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.0453" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.7" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14464">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14464">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=3" index="2" defaultArrayLength="1404">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="271.007" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.2609" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.9" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14976">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14976">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=4" index="3" defaultArrayLength="1496">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="271.343" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.6745" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.31" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15960">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15960">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=5" index="4" defaultArrayLength="1525">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="271.68" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.4113" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.2" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16268">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16268">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=6" index="5" defaultArrayLength="1498">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="272.016" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.9061" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.92" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15980">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15980">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=7" index="6" defaultArrayLength="1484">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="272.353" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.216" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.61" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15832">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15832">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=8" index="7" defaultArrayLength="1532">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="272.689" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="104.953" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.5" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=9" index="8" defaultArrayLength="1532">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="273.025" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.2224" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.7" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=10" index="9" defaultArrayLength="1513">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="273.362" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.006" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.98" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16140">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16140">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=11" index="10" defaultArrayLength="1563">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="273.698" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="106.903" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.22" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16672">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16672">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=12" index="11" defaultArrayLength="1522">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="274.034" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.758" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.56" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16236">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16236">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=13" index="12" defaultArrayLength="1571">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="274.371" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="94.968" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.92" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16760">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16760">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=14" index="13" defaultArrayLength="1553">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="274.707" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.3733" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.14" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16568">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16568">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=15" index="14" defaultArrayLength="1606">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="275.043" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.766" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.19" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17132">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17132">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=16" index="15" defaultArrayLength="1583">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="275.38" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.0697" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.34" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16888">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16888">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=17" index="16" defaultArrayLength="1567">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="275.716" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.817" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.12" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16716">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16716">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=18" index="17" defaultArrayLength="1662">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="276.052" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.0532" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.84" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17728">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17728">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=19" index="18" defaultArrayLength="1628">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="276.389" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.3635" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.06" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17368">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17368">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=20" index="19" defaultArrayLength="1604">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="276.725" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.504" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.04" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17112">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17112">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=21" index="20" defaultArrayLength="1647">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="277.061" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.514" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.77" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17568">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17568">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=22" index="21" defaultArrayLength="1594">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="277.399" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.713" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.81" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17004">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17004">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=23" index="22" defaultArrayLength="1643">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="277.735" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.7649" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.11" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17528">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17528">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=24" index="23" defaultArrayLength="1673">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="278.072" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.8104" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.21" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17848">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17848">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=25" index="24" defaultArrayLength="1695">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="278.408" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.027" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.56" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="18080">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="18080">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=26" index="25" defaultArrayLength="1595">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="278.744" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.3983" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.16" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17016">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAIH5ZWEAAAAAg1m1ZQAAAAKB5xFlAAAAAgL20WkAAAADACodbQAAAACC9PFxAAAAAgDmGXEAAAADgx7xcQAAAAOAzw1xAAAAAYOk+XUAAAAAAYUJdQAAAAMClgl1AAAAA4MO7XUAAAADAKwFeQAAAACCtQ15AAAAAgL+GXkAAAAAg4gZfQAAAAACAPV9AAAAAoIlGX0AAAAAg21dfQAAAAAAjhl9AAAAAgKK+X0AAAACgPMJfQAAAAEDmEmBAAAAAgGIiYEAAAACgrVdgQAAAAICVYWBAAAAAAK9wYEAAAAAguIFgQAAAAMDMoWBAAAAAIDGmYEAAAABA/8BgQAAAAIAF0WBAAAAAgBHeYEAAAAAAeOFgQAAAAOCAAWFAAAAAADgIYUAAAABg0RBhQAAAAODHIWFAAAAAgANBYUAAAADA/kNhQAAAAKAQVWFAAAAAQPJdYUAAAACAMGFhQAAAACBgY2FAAAAAwJKBYUAAAADAaINhQAAAAGBykWFAAAAAgJ6hYUAAAABg/6NhQAAAAICIvmFAAAAAYPDAYUAAAAAAT8RhQAAAAEBn1WFAAAAA4N8CYkAAAADA9iBiQAAAACAEPmJAAAAAABpBYkAAAADAHGFiQAAAAEB1cWJAAAAAYE5/YkAAAACgoYFiQAAAAEDjoWJAAAAAwBXCYkAAAADg4sxiQAAAAODQ0WJAAAAAYL3iYkAAAABgSQJjQAAAAMCTHmNAAAAAINMhY0AAAADghTFjQAAAAKDHM2NAAAAAwBhCY0AAAADgRGBjQAAAAOC1Y2NAAAAAIAyCY0AAAABACYdjQAAAAEAtkWNAAAAA4I+bY0AAAACAxKJjQAAAAKCUrWNAAAAAIAixY0AAAADAHcFjQAAAAOD34WNAAAAAwO/+Y0AAAABAQgJkQAAAAGAZImRAAAAAID8xZEAAAAAgB0FkQAAAAMA1YWRAAAAAIM1kZEAAAADg9H1kQAAAACD6gmRAAAAAAImdZEAAAADAbp9kQAAAACAjo2RAAAAAwLTCZEAAAADggd5kQAAAAGAZ4mRAAAAAAF0BZUAAAACA/yBlQAAAAIA6JGVAAAAAAJQzZUAAAADgujxlQAAAAKA0Q2VAAAAAIBGAZUAAAAAA1YJlQAAAACDYoWVAAAAA4FikZUAAAAAAlL9lQAAAACDxwWVAAAAAYAbGZUAAAABALtxlQAAAAOAi4WVAAAAA4NUBZkAAAAAgtiFmQAAAAOAcJ2ZAAAAAgKYuZkAAAAAAvzRmQAAAAMDhQWZAAAAA4B5iZkAAAAAAJmpmQAAAAOCggWZAAAAAYBOQZkAAAADgcZ1mQAAAAOBcomZAAAAAwEjCZkAAAACAmsVmQAAAAKB90mZAAAAAYCfiZkAAAABAjwBnQAAAAAAoIWdAAAAAQC9SZ0AAAAAgNl9nQAAAAIA4Y2dAAAAAoKOCZ0AAAABApZFnQAAAAIDBoWdAAAAAYIWxZ0AAAABAeMRnQAAAAADm4GdAAAAAgLrwZ0AAAACAMPVnQAAAAGDNAmhAAAAAgH0eaEAAAAAglSFoQAAAAIDvPmhAAAAAYMxBaEAAAADAil5oQAAAAIAVYmhAAAAAwDmCaEAAAAAgZ6BoQAAAAKD6o2hAAAAAYO+7aEAAAABgHdNoQAAAAIBK3mhAAAAAwIniaEAAAADgJwBpQAAAACCNA2lAAAAAINsiaUAAAABA1kNpQAAAAKA7Y2lAAAAAwCOBaUAAAACgVYNpQAAAAABwn2lAAAAAoLWhaUAAAACA/aVpQAAAAADvtWlAAAAAIBfAaUAAAABA5MNpQAAAAIDW4mlAAAAAoOnxaUAAAABAZQFqQAAAAADxA2pAAAAA4IMgakAAAAAAsyRqQAAAAKBVQ2pAAAAAIJJSakAAAAAAm2NqQAAAAID2f2pAAAAAYPGCakAAAACAd5JqQAAAAKC4nmpAAAAAQBqkakAAAAAgurJqQAAAAIBCvWpAAAAAwCnEakAAAABAO9FqQAAAAOBp3WpAAAAAYLTjakAAAACAM+9qQAAAAMD1/mpAAAAAIMACa0AAAAAgtCFrQAAAAIBwM2tAAAAAwF5Da0AAAAAg/VRrQAAAAOC2YmtAAAAAgBuEa0AAAAAAGKJrQAAAACDtwWtAAAAAQH3Pa0AAAACg1uFrQAAAAEDJ5WtAAAAA4G0DbEAAAADA5hFsQAAAAEBCIWxAAAAAYHMjbEAAAADAHkNsQAAAAGBUXmxAAAAAAPBhbEAAAACAdWRsQAAAAOCufWxAAAAAQKmAbEAAAADApoNsQAAAAMAfpWxAAAAAgOuqbEAAAADAccJsQAAAAOB/32xAAAAAwJzibEAAAACg+wJtQAAAAOAvE21AAAAAYOIcbUAAAABASyBtQAAAAOBcM21AAAAAwJxAbUAAAABgakRtQAAAAEAbYG1AAAAAYHFybUAAAABgAYRtQAAAAIBPoG1AAAAAYEzBbUAAAABAssNtQAAAAABZ4W1AAAAAQKHzbUAAAADgmAJuQAAAAGACH25AAAAAQPQibkAAAACg/zNuQAAAAEBrQm5AAAAAYG9HbkAAAAAA3kxuQAAAAABOXW5AAAAAAP1fbkAAAABgy2NuQAAAAOCWgW5AAAAA4ByhbkAAAABAcbFuQAAAAOBmwm5AAAAAYBzibkAAAAAAseRuQAAAAKDL8W5AAAAAYE0Bb0AAAAAg4gNvQAAAAIBbI29AAAAA4Pw/b0AAAABgO0NvQAAAAKDEYG9AAAAA4OZjb0AAAADgTXVvQAAAAIAmfG9AAAAAoJ+Ab0AAAABA2INvQAAAAGA0oW9AAAAAQMWqb0AAAADAUMBvQAAAAKBixG9AAAAAAHjOb0AAAABgkeBvQAAAAMCf5W9AAAAAIJX/b0AAAAAARwFwQAAAAGAxCXBAAAAAgNcPcEAAAADgrhFwQAAAAKBAGXBAAAAAwIoacEAAAACAXyFwQAAAAAB4KnBAAAAA4DwycEAAAAAgSzlwQAAAAOA5QXBAAAAAoHVQcEAAAAAgQ1JwQAAAAECLWHBAAAAAAOJhcEAAAADgrHBwQAAAAEDYcXBAAAAAAOKBcEAAAAAgwIlwQAAAAOBNkXBAAAAAgL+TcEAAAAAg/KFwQAAAAOAapHBAAAAAoGSncEAAAAAAPrBwQAAAAIDOsXBAAAAAQCe4cEAAAADAc8BwQAAAAEDewXBAAAAAQK7KcEAAAAAgftBwQAAAAGAB2XBAAAAAIBXicEAAAADAq+RwQAAAAMDh8XBAAAAAgKMBcUAAAADgkRBxQAAAAKAHEnFAAAAAgMIgcUAAAABANTFxQAAAAKC9OXFAAAAAQJk/cUAAAAAgXEFxQAAAAKAvUnFAAAAAoMxYcUAAAADARGFxQAAAAABScHFAAAAAQExycUAAAACAEoJxQAAAAEC0kHFAAAAAYEGScUAAAAAgAqFxQAAAAEDspHFAAAAA4JSwcUAAAABgcLJxQAAAAOC0uHFAAAAAgFG8cUAAAADgUcFxQAAAAGCtxnFAAAAAAOnIcUAAAADgi9BxQAAAAMBy0nFAAAAAAPLhcUAAAAAAvvBxQAAAACAaAXJAAAAAID0OckAAAAAAFhJyQAAAAADEFHJAAAAAQJYYckAAAADgBSByQAAAAOA3MnJAAAAAoM84ckAAAABAez5yQAAAACApQXJAAAAAAORNckAAAACgWlJyQAAAAAClYXJAAAAA4GNqckAAAADAa3ByQAAAAABRcnJAAAAAwI53ckAAAABg4HpyQAAAAKDUf3JAAAAAIICBckAAAACAfYRyQAAAAKALh3JAAAAAwFSNckAAAADAeZByQAAAAGCwoXJAAAAAoB2qckAAAAAA2rByQAAAACBdsnJAAAAAAJLBckAAAACgP8lyQAAAAGCB0HJAAAAAwEPSckAAAADgIdlyQAAAAIBu3XJAAAAAwI/gckAAAAAgx+JyQAAAAKDn5HJAAAAAoPHnckAAAAAAJO1yQAAAAADI8HJAAAAAQAcBc0AAAACgRgtzQAAAACDdEHNAAAAA4BkSc0AAAADAwyBzQAAAAIAyInNAAAAAIHAmc0AAAAAAVjJzQAAAAACOQHNAAAAAgHtJc0AAAADAu01zQAAAAIBPUHNAAAAA4I1Sc0AAAABA415zQAAAAIDfYHNAAAAAAJhic0AAAAAg/mhzQAAAAAB4cXNAAAAAQNdyc0AAAADgZnlzQAAAAADWf3NAAAAA4GuCc0AAAABg5olzQAAAAMC+kXNAAAAAAK2Zc0AAAABAb6hzQAAAAGDKrnNAAAAAwHKwc0AAAABAKbJzQAAAAMC5wHNAAAAAQMLCc0AAAACA8c1zQAAAACDS0HNAAAAAAAXSc0AAAABAHdlzQAAAAOCO4HNAAAAAQF3ic0AAAAAgZPBzQAAAAACS8nNAAAAAgM7+c0AAAAAgjQB0QAAAAKCZAnRAAAAAQLIIdEAAAADgNxJ0QAAAAACXH3RAAAAAQE0idEAAAAAA8DF0QAAAAABdOHRAAAAAQMc/dEAAAAAAsEF0QAAAAAB8QnRAAAAAgP9QdEAAAACAlFJ0QAAAAKDkWHRAAAAAoJNgdEAAAACg7GJ0QAAAAICub3RAAAAAoNZxdEAAAADgoHl0QAAAAKBkgnRAAAAAgMmIdEAAAACgiJJ0QAAAAKD8lHRAAAAAAFugdEAAAACgIah0QAAAAKDtrXRAAAAAoJGvdEAAAACAS7J0QAAAAGA/uXRAAAAA4DXCdEAAAACAVMV0QAAAAGDpyHRAAAAAYLLQdEAAAADAedJ0QAAAAKDp2HRAAAAAgOLgdEAAAABA8eN0QAAAAKB66XRAAAAAIEnydEAAAABgKgF1QAAAAED0AnVAAAAAgLAIdUAAAADgWhB1QAAAAKAiE3VAAAAAQGYYdUAAAACAzyB1QAAAAAD9KHVAAAAAYC0ydUAAAADgiDp1QAAAAEDSQXVAAAAAAHpIdUAAAABgNUx1QAAAAICjUHVAAAAAoMFYdUAAAADA5GF1QAAAAEBtcnVAAAAAwASCdUAAAAAAPZJ1QAAAAMBkonVAAAAAQOiudUAAAABAs7B1QAAAAECUsnVAAAAAAG7CdUAAAAAgbsp1QAAAAKAL0HVAAAAA4JDSdUAAAABg99h1QAAAAKCv4nVAAAAAgF3ydUAAAACg+v91QAAAAKCYAnZAAAAAwKIPdkAAAAAA3RF2QAAAAOAKGHZAAAAAAP4gdkAAAAAgwyN2QAAAAODkMXZAAAAAoLszdkAAAACA3UF2QAAAACDXSHZAAAAAAClRdkAAAACgpFN2QAAAAKC4V3ZAAAAAoHpbdkAAAACASWJ2QAAAAODZY3ZAAAAAoGtpdkAAAAAgGXB2QAAAAADbcnZAAAAAwNV1dkAAAACg7YJ2QAAAAOD+hHZAAAAAIAGRdkAAAADgkpJ2QAAAAOBClXZAAAAAwAOfdkAAAACg6qB2QAAAAAC3onZAAAAAYD2pdkAAAADAka92QAAAAMCksnZAAAAAoGu4dkAAAAAAccB2QAAAACA3wnZAAAAAgDDNdkAAAABABdF2QAAAAMCR0nZAAAAAgMjidkAAAAAgFOZ2QAAAACCw7nZAAAAAQCTwdkAAAABA1fJ2QAAAACBCAHdAAAAAoFwCd0AAAABgwxF3QAAAAMDzIndAAAAAACY0d0AAAABgBDd3QAAAAEBlQHdAAAAAAIpCd0AAAADAukN3QAAAACBiSHdAAAAAAIFRd0AAAADg71J3QAAAAECDWXdAAAAAgKJfd0AAAAAAqmJ3QAAAAMAVb3dAAAAAYIRyd0AAAADA+Hl3QAAAAMC1gndAAAAAwJWId0AAAADgpY13QAAAAADukndAAAAAAP+Yd0AAAACgh553QAAAAKCDoHdAAAAAoICod0AAAADAQqt3QAAAACDqsHdAAAAAQFmzd0AAAACgoLh3QAAAAIATwHdAAAAAgOzCd0AAAACghtF3QAAAAAAL03dAAAAA4C3Yd0AAAADgc+N3QAAAAOBT8ndAAAAAwB30d0AAAAAASPp3QAAAAOA0AHhAAAAAgFkCeEAAAAAg1Ql4QAAAAGADEXhAAAAAIJkSeEAAAAAg1SB4QAAAAEBLJHhAAAAAAJQoeEAAAADApi54QAAAAGBlMnhAAAAAwEs5eEAAAACg7UF4QAAAAID6T3hAAAAAANNSeEAAAADglVd4QAAAAGBSYXhAAAAAQPtveEAAAABgznJ4QAAAAKDNdHhAAAAAgD17eEAAAABg4IJ4QAAAAMDgkHhAAAAAAHOTeEAAAACAR5h4QAAAAODvonhAAAAAAPGxeEAAAADg9bl4QAAAAKAfvXhAAAAAICPDeEAAAADAac94QAAAAGAz0nhAAAAAoLvZeEAAAADgi+J4QAAAAGB25nhAAAAAgCrpeEAAAACAIu14QAAAAGAO8XhAAAAAgBnzeEAAAABAvPp4QAAAAMDAAXlAAAAAoPIDeUAAAAAAogl5QAAAAKDtEHlAAAAAAEUgeUAAAAAALCN5QAAAAIBZJ3lAAAAAwMQueUAAAABgJDF5QAAAAOAPM3lAAAAAoORAeUAAAADgNkN5QAAAAOCVU3lAAAAA4JxceUAAAABAdWJ5QAAAAGCbZ3lAAAAAgJJreUAAAABAY295QAAAAKDkcnlAAAAAgAZ4eUAAAACAuIB5QAAAAIDWg3lAAAAAYC2ReUAAAABAtZN5QAAAAMC8mXlAAAAAYMefeUAAAADgVKN5QAAAAACepXlAAAAA4GapeUAAAACgfLF5QAAAACAAuHlAAAAAoG28eUAAAADAVsF5QAAAAECJ0XlAAAAAwHbheUAAAABAcOR5QAAAACCd6XlAAAAAQMXxeUAAAAAAyvJ5QAAAAABvA3pAAAAAgIERekAAAABAMhN6QAAAAOAPIXpAAAAAQO0wekAAAABAHzN6QAAAAECqNXpAAAAAQARBekAAAABAg0x6QAAAAODrT3pAAAAAwLlTekAAAACAM1d6QAAAAMBZYXpAAAAAYPViekAAAACgfGV6QAAAACDGZ3pAAAAAQL9pekAAAADAl3J6QAAAAKCCgXpAAAAAAGiDekAAAADAgpB6QAAAAIBQlHpAAAAAgByhekAAAADAhaN6QAAAAMAWsXpAAAAAYBG0ekAAAAAgErl6QAAAAABEwXpAAAAAQBrEekAAAADAesh6QAAAAMCe0XpAAAAAIGLhekAAAADgMPJ6QAAAAEBF93pAAAAAACUBe0AAAADgEgN7QAAAAIDwD3tAAAAAoKYSe0AAAABg0CJ7QAAAAGABMntAAAAAoNwze0AAAAAgzD57QAAAACBTQXtAAAAAoItDe0AAAABAIlB7QAAAAKD4VXtAAAAAAGVhe0AAAACAHnB7QAAAAAALcntAAAAAQIR0e0AAAADgBnh7QAAAAOB0entAAAAAQMyCe0AAAACg1YR7QAAAAEDzkHtAAAAAINKSe0AAAABAwJh7QAAAAEDboHtAAAAAwECje0AAAAAg0al7QAAAAOCCsHtAAAAAoOi5e0AAAAAgyMB7QAAAAACrwntAAAAAIGjRe0AAAAAAi+F7QAAAAKCY5HtAAAAAoMrpe0AAAADA/fJ7QAAAAMAH+ntAAAAAwDQAfEAAAAAg3QF8QAAAAKBcA3xAAAAAwCYJfEAAAACgbBF8QAAAAACiE3xAAAAAQPYhfEAAAADAsiN8QAAAAIDzKXxAAAAAAJkwfEAAAAAAljN8QAAAAKCkQXxAAAAAIMtFfEAAAACA0lB8QAAAAIDXUnxAAAAAQA1VfEAAAADAQF58QAAAAKAtYXxAAAAAwLpofEAAAAAAJXJ8QAAAAIBbdXxAAAAAYJx9fEAAAAAgCoB8QAAAAGA6kXxAAAAAYBuUfEAAAABg8KB8QAAAAID9pHxAAAAAgNmofEAAAACAPLF8QAAAAECgs3xAAAAAADq5fEAAAADgsb98QAAAAKD7wXxAAAAAQBLIfEAAAAAg2NB8QAAAACDP0nxAAAAAoLjYfEAAAACAdd58QAAAAIDt4XxAAAAAYLPqfEAAAAAAcvF8QAAAAOAR83xAAAAA4H0BfUAAAADAagh9QAAAACB2EX1AAAAAQO8ffUAAAABAjyN9QAAAAADpMH1AAAAAwH8zfUAAAABg5z99QAAAAMBAQX1AAAAAYOlQfUAAAABAaVV9QAAAAOD2YX1AAAAAgIBlfUAAAABAt2h9QAAAAMDYcH1AAAAAwGdzfUAAAACgY3p9QAAAAEBBfn1AAAAAwFCAfUAAAADA44F9QAAAAECqhH1AAAAAwJyMfUAAAACg9o59QAAAAIDwkH1AAAAA4BKVfUAAAABAGKF9QAAAAEBUpH1AAAAAAF6nfUAAAAAA6LB9QAAAAKBDtX1AAAAAoFjCfUAAAACgTcR9QAAAACCtx31AAAAAYBPPfUAAAAAgydR9QAAAAIBD2n1AAAAAwJDffUAAAAAAzuR9QAAAAMAy631AAAAAwBPwfUAAAADgSPN9QAAAAAAF9X1AAAAAoNkAfkAAAACgoAR+QAAAAECQDn5AAAAAIKARfkAAAAAAChV+QAAAAGBmIX5AAAAAQCkyfkAAAABA/T9+QAAAAID/QX5AAAAAQGhFfkAAAABAYFF+QAAAACAeVX5AAAAAgFlcfkAAAACgkWF+QAAAAGBBZH5AAAAAoLdtfkAAAAAA8XF+QAAAAOBYd35AAAAA4PeQfkAAAAAAGpN+QAAAACASlX5AAAAAgHWZfkAAAAAgIqB+QAAAAKD2oX5AAAAAQIyjfkAAAABg9K9+QAAAACD8tH5AAAAA4AS9fkAAAABAx8B+QAAAACAtxX5AAAAAYCzRfkAAAADgBtV+QAAAAACb2H5AAAAAYEPkfkAAAADAq/B+QAAAAEBF9H5AAAAAICcBf0AAAABgagh/QAAAAGBtDX9AAAAAwM4Qf0AAAADA2RN/QAAAACAnHH9AAAAAoBMgf0AAAAAgGyh/QAAAAIBKMX9AAAAAoNY0f0AAAADAZUJ/QAAAAMCDRH9AAAAAoIJSf0AAAADgz1t/QAAAAKA9Xn9AAAAAQNxjf0AAAACgPWl/QAAAAABza39AAAAAoBRxf0AAAABgZHR/QAAAAGDZfH9AAAAAwFSBf0AAAACg/pF/QAAAAEBRlX9AAAAAAKSkf0AAAABgNLF/QAAAAAC8tH9AAAAAYBe3f0AAAABgjsJ/QAAAAMDJxH9AAAAAgLvJf0AAAADg4NB/QAAAAKDF0n9AAAAAIELVf0AAAAAAqeF/QAAAAEDu5H9AAAAAQEnsf0AAAACAYfN/QAAAAADT/X9AAAAAYEUBgEAAAACguwSAQAAAAOAnCYBAAAAAQJQKgEAAAABgqBCAQAAAAIB1EoBAAAAAQAMVgEAAAABAFhmAQAAAAIAqIIBAAAAAQIchgEAAAACgWSiAQAAAACCfKYBAAAAAQFArgEAAAAAAtTCAQAAAACDyMYBAAAAA4Hk4gEAAAACgijmAQAAAAKBAQIBAAAAAwPlBgEAAAACAqkiAQAAAAEBtSoBAAAAAYDdMgEAAAAAgNVKAQAAAAMBFWIBAAAAAwP9ZgEAAAACAl2CAQAAAACDgYoBAAAAA4GNkgEAAAAAgNmiAQAAAAOCbaoBAAAAAABhxgEAAAAAAXHOAQAAAAOBTdYBAAAAAwFJ5gEAAAACAgYGAQAAAAOBNhYBAAAAAoLiHgEAAAAAgmIiAQAAAAKBwioBAAAAAACKRgEAAAABgupSAQAAAAOAsmoBAAAAA4C2hgEAAAACgD6OAQAAAAKCFqIBAAAAA4GOpgEAAAAAAlrCAQAAAACBrsoBAAAAAYDu0gEAAAACgMrWAQAAAACB9t4BAAAAAINW4gEAAAACAi7qAQAAAAAAxwYBAAAAAQITCgEAAAAAAcMSAQAAAAIAZyIBAAAAAIL7JgEAAAABgTMyAQAAAAMAc0IBAAAAAQCbRgEAAAACAktSAQAAAAMAx2IBAAAAAwHDZgEAAAACAJt2AQAAAAODi34BAAAAA4B7igEAAAADg9uSAQAAAAMCe6IBAAAAA4JrpgEAAAABATOyAQAAAAKAM+IBAAAAAQAv6gEAAAAAgx/2AQAAAAAA9AIFAAAAAgOAHgUAAAAAg6QiBQAAAACBHDYFAAAAAIFsUgUAAAACAqBiBQAAAACDJGoFAAAAAwDMcgUAAAABgkyCBQAAAAODJIYFAAAAAgC4lgUAAAAAAFSiBQAAAAGDkLIFAAAAA4I4wgUAAAABA1TGBQAAAAIAeNoFAAAAAgNI3gUAAAABAazuBQAAAAODkP4FAAAAAICNBgUAAAABgrESBQAAAAOAuSIFAAAAAoNxJgUAAAABA4k+BQAAAACA5V4FAAAAAANxYgUAAAAAAU2CBQAAAAECwYYFAAAAAoDllgUAAAAAgvWiBQAAAAABbaoFAAAAAAMFsgUAAAAAgMHGBQAAAAGBGdIFAAAAA4J55gUAAAADgQYCBQAAAAMB7gYFAAAAAoAmEgUAAAADAOIiBQAAAAMAcjIFAAAAAAF+YgUAAAAAg1pmBQAAAAKBWnYFAAAAAYMmfgUAAAACg9aCBQAAAAACiooFAAAAA4LqkgUAAAADgfaiBQAAAAKCiqoFAAAAAgIWsgUAAAACAArCBQAAAAMCMsYFAAAAAAJCzgUAAAABAtrSBQAAAAIBfuIFAAAAAgMy5gUAAAAAglLqBQAAAACCMwIFAAAAAYE7JgUAAAAAgisyBQAAAAMBozYFAAAAAQIDSgUAAAACA09SBQAAAAED514FAAAAAQHDagUAAAACAFtyBQAAAAGAE4IFAAAAA4O/ggUAAAACgaOKBQAAAAGC85IFAAAAAYAvogUAAAABgkeqBQAAAAGDX8IFAAAAAAG/ygUAAAACglPiBQAAAACC++YFAAAAAIKf7gUAAAAAA3P2BQAAAAMAPAYJAAAAAoL4CgkAAAAAgwQiCQAAAAKDCCoJAAAAA4FcNgkAAAAAgUxCCQAAAAIBaEYJAAAAAIDgSgkAAAADgwBeCQAAAACARGYJAAAAAAMkggkAAAACASymCQAAAAGCJLIJAAAAAQO0wgkAAAADANjKCQAAAAODyN4JAAAAAYE1IgkAAAACgPEyCQAAAAMBTT4JAAAAAAPVXgkAAAACgq1mCQAAAAOCsW4JAAAAAIF5egkAAAADg+WGCQAAAACD6ZIJAAAAA4PdogkAAAABgWGuCQAAAAOAkcoJAAAAAgIx7gkAAAABgdICCQAAAAMArhIJAAAAAwB6GgkAAAADADYuCQAAAAOAsjoJAAAAA4IqQgkAAAAAAtZKCQAAAAKC5mIJAAAAAYKmggkAAAACg7KeCQAAAAEBJsIJAAAAAAPSzgkAAAABA8LeCQAAAAGA7u4JAAAAAYH2/gkAAAAAgk8SCQAAAAIA6yIJAAAAAAOnJgkAAAACADMyCQAAAAGAz0IJAAAAAwLfTgkAAAADgAdWCQAAAAAB814JAAAAAAJ/YgkAAAADAIdqCQAAAAEBg34JAAAAAgHnkgkAAAAAgheeCQAAAACDG6IJAAAAAAOrpgkAAAADApe+CQAAAAIBK84JAAAAAQIf0gkAAAAAAGPmCQAAAACAr/IJAAAAAIB4Ig0AAAACAagmDQAAAAIA2EINAAAAAQGkRg0AAAACgPxmDQAAAAAD/H4NAAAAAoEIhg0AAAADAriKDQAAAAIB9KYNAAAAAwEYwg0AAAADAUTKDQAAAAIC1M4NAAAAA4HE4g0AAAADAKTyDQAAAAICYPYNAAAAAoNNAg0AAAACg5lGDQAAAAMBWU4NAAAAAgL1Vg0AAAACgkViDQAAAAKAgW4NAAAAA4NBfg0AAAACgb2ODQAAAAIAZaYNAAAAA4IBsg0AAAABAsHGDQAAAAAABeYNAAAAA4EV/g0AAAACARYCDQAAAACA7gYNAAAAAYKmEg0AAAABghYeDQAAAAODeiINAAAAAwPqJg0AAAAAgUYuDQAAAAEBSjINAAAAAAMeXg0AAAADA2ZuDQAAAAOC4oINAAAAAwNaog0AAAAAA4KuDQAAAAMA0sYNAAAAAIAu4g0AAAAAgR7mDQAAAAOBAwINAAAAAgOvBg0AAAABgIsmDQAAAAKD8y4NAAAAAQAzRg0AAAAAATdmDQAAAAEAA3YNAAAAAQD3hg0AAAABAAuiDQAAAAEBT7INAAAAAIHX2g0AAAACgBvmDQAAAAGCv/INAAAAA4JkAhEAAAACg+gOEQAAAAIDUB4RAAAAAQOIMhEAAAAAgvBCEQAAAAKCOE4RAAAAAgJIUhEAAAAAg3RiEQAAAAKDWH4RAAAAAwF4ihEAAAADgFCSEQAAAAAAfKYRAAAAAAJ8qhEAAAADAEiyEQAAAAGAILYRAAAAAwF00hEAAAAAgzzmEQAAAAMBjQIRAAAAAoMFDhEAAAACAZEWEQAAAAOCsSIRAAAAAQA5MhEAAAAAADFCEQAAAAIBGUoRAAAAA4BBZhEAAAADA+2CEQAAAAMDrZ4RAAAAAwBlphEAAAADg92qEQAAAAIAHbIRAAAAAQCxvhEAAAAAAGXCEQAAAACA7coRAAAAAACh4hEAAAADgqYCEQAAAACA0hoRAAAAAQK2XhEAAAACA85mEQAAAAGDoooRAAAAAAJSkhEAAAABAwayEQAAAAICfroRAAAAA4COxhEAAAACgh7iEQAAAAMDkwIRAAAAAgMvIhEAAAACgPcyEQAAAACBiz4RAAAAAQKbQhEAAAAAAMNiEQAAAAGCn2oRAAAAAQFLchEAAAACg++CEQAAAAMAH5oRAAAAAgMXohEAAAAAgwe+EQAAAAIC184RAAAAA4Cn4hEAAAAAgdgiFQAAAAEAqDIVAAAAA4EIShUAAAADASBSFQAAAAKB+F4VAAAAA4NcYhUAAAABAThyFQAAAAAASIYVAAAAAgOQnhUAAAACAoSuFQAAAAOCcMYVAAAAAQBU5hUAAAACAPDuFQAAAACBnQoVAAAAAgBFMhUAAAADgylOFQAAAACBVVYVAAAAAQEFchUAAAABAJ16FQAAAAMDIX4VAAAAAIBBhhUAAAABA4WSFQAAAAMDDZ4VAAAAAYNxohUAAAABgCHCFQAAAAKD3coVAAAAAoNZ3hUAAAACAbYGFQAAAAOCsiIVAAAAAYOePhUAAAACg3JOFQAAAAGDCl4VAAAAAwAyhhUAAAABgEqSFQAAAAEA+qIVAAAAAwMWrhUAAAADAoK6FQAAAAKCPsIVAAAAAgIa4hUAAAACAJ7qFQAAAAMCavYVAAAAAYEbAhUAAAAAgk8GFQAAAAICuw4VAAAAA4MbHhUAAAABgSsmFQAAAAGCYz4VAAAAAIGXThUAAAABgadiFQAAAACAL4IVAAAAAYLPhhUAAAABAL+iFQAAAACCH8IVAAAAAQEYAhkAAAACAeAmGQAAAAKAFDIZAAAAAwJQPhkAAAADAIhSGQAAAAIBPGIZAAAAAoGkghkAAAADgzDGGQAAAACAMN4ZAAAAAQKM4hkAAAACgH0iGQAAAAMCeSoZAAAAAoBVMhkAAAACAYlCGQAAAAMBHVIZAAAAAYJdhhkAAAABgJWiGQAAAAECja4ZAAAAAYNpshkAAAABAy2+GQAAAAKCAeIZAAAAAwH97hkAAAABAr4WGQAAAACASkYZAAAAA4D2chkAAAADgU6CGQAAAAGDfrYZAAAAAgJ6xhkAAAADgpbeGQAAAAABlxIZAAAAAYPPIhkAAAABAjcyGQAAAAKCOz4ZAAAAAoI3QhkAAAADAQdKGQAAAACDm1IZAAAAA4AfYhkAAAABAfNqGQAAAACBs4IZAAAAAoBTmhkAAAABA6uiGQAAAAAC67IZAAAAAgHnwhkAAAABgXvaGQAAAAOAU+YZAAAAAgNn6hkAAAABA9/+GQAAAAIBfBIdAAAAAwEYMh0AAAACAMBCHQAAAAGAREodAAAAAQD0Uh0AAAABgMRiHQAAAAAD1I4dAAAAAICsph0AAAADAoTCHQAAAACByNYdAAAAAoNA4h0AAAACgxDuHQAAAACAfQIdAAAAAwFZEh0AAAADAP1iHQAAAACDdYIdAAAAA4Pxhh0AAAAAAT2qHQAAAAECXb4dAAAAAwAR0h0AAAAAg+3WHQAAAAIB9eIdAAAAAwHmAh0AAAAAgc4iHQAAAAODciodAAAAA4BmRh0AAAACgSZOHQAAAAMChlodAAAAA4DWch0AAAAAAeqCHQAAAAGBBqIdAAAAAYMyuh0AAAABAt7CHQAAAAID7s4dAAAAAoIm1h0AAAAAgRbiHQAAAAODMvIdAAAAAYP2/h0AAAAAgkciHQAAAAKD0y4dAAAAAQHjPh0AAAADg2tCHQAAAACDs04dAAAAAwLDXh0AAAABgV9yHQAAAAECW5IdAAAAAQCroh0AAAABgQumHQAAAACB98IdAAAAAYK30h0AAAABggvyHQAAAAMBdBIhAAAAA4MMLiEAAAAAgExGIQAAAAEBHFIhAAAAAYKkYiEAAAABgkRqIQAAAACAlIIhAAAAAIA0liEAAAAAAJyuIQAAAAIB1L4hAAAAAQDs4iEAAAACgxjmIQAAAACDhOohAAAAA4FNAiEAAAADA4kyIQAAAAMANUIhAAAAAgExYiEAAAAAAaVmIQAAAAABtYIhAAAAAwPNjiEAAAABgK2WIQAAAAABFaIhAAAAAoKZpiEAAAABgR3eIQAAAAOASgYhAAAAAgEiSiEAAAACgupiIQAAAAGD4r4hAAAAAILW7iEAAAACAoMiIQAAAAKDS1IhAAAAA4InWiEAAAACg7NeIQAAAAIC95IhAAAAAIBbpiEAAAADgv+qIQAAAAID/8ohAAAAAoID2iEAAAAAA1/uIQAAAAKBCAIlAAAAAgNEQiUAAAAAAZRSJQAAAAGDIGIlAAAAAwCAdiUAAAADgIiCJQAAAAOBRJIlAAAAAwHkoiUAAAADA+jCJQAAAAEBwNIlAAAAAgD84iUAAAACApEOJQAAAAACzT4lAAAAAYHVRiUAAAABgM1SJQAAAAMB2WIlAAAAAgMNZiUAAAABA1l+JQAAAAIDsY4lAAAAAYKNoiUAAAADAiWuJQAAAAMC6bolAAAAA4PdwiUAAAACAVHOJQAAAAMAYgYlAAAAAYN6HiUAAAACA+4+JQAAAAABFmYlAAAAA4KqfiUAAAAAAqamJQAAAAABPrIlAAAAAAFy0iUAAAADAdcCJQAAAACDgyIlAAAAAYL3KiUAAAABga9SJQAAAAACc3IlAAAAAYP/ziUAAAADgKviJQAAAACDe+4lAAAAAwJoBikAAAABg5w6KQAAAAKDcE4pAAAAAAMYYikAAAAAAHxuKQAAAAIBOJYpAAAAAoKgoikAAAABgMiqKQAAAACCoNIpAAAAA4Mw4ikAAAADgikGKQAAAAMAZRYpAAAAAoPtYikAAAAAgSGCKQAAAAMDWYYpAAAAAgJxjikAAAACAqmiKQAAAAMA5bIpAAAAA4BlxikAAAADAHHOKQAAAAEA5d4pAAAAAQGCAikAAAAAgP4aKQAAAACDwiopAAAAAYFqMikAAAACgn4+KQAAAAEAUkYpAAAAAIFqcikAAAADApaiKQAAAACAeqopAAAAAoICxikAAAAAA5reKQAAAAOCKx4pAAAAAIIXNikAAAABAg9SKQAAAAICW7IpAAAAAgIvwikAAAAAAzfSKQAAAAADQ+opAAAAAYP0Fi0AAAADAfAeLQAAAAOCKH4tAAAAAACMhi0AAAABAPCyLQAAAAACyOItAAAAAYMQ/i0AAAAAAnU2LQAAAAOBCWItAAAAAINZci0AAAABAnGCLQAAAAABqbItAAAAAAIBwi0AAAACgxHOLQAAAAIBmdYtAAAAAQMF5i0AAAADgBn6LQAAAAEA6f4tAAAAAQMWAi0AAAABAQIKLQAAAAOCDj4tAAAAAwAaRi0AAAADgV5mLQAAAAADzn4tAAAAAACuhi0AAAABg4aKLQAAAACB7pItAAAAAYLSri0AAAAAgJbSLQAAAAEDPt4tAAAAAIIbAi0AAAADAvdyLQAAAAECA4YtAAAAAgDbli0AAAABgqPCLQAAAAOCO+4tAAAAAANgFjEAAAAAA1giMQAAAAIC7HIxAAAAAAEIljEAAAABA0yeMQAAAAOB/KYxAAAAA4NkrjEAAAACAmzCMQAAAAKB6Q4xAAAAAAHBFjEAAAABA0WSMQAAAAEBkaIxAAAAAQINrjEAAAABAxoeMQAAAAMB4iYxAAAAAwB+QjEAAAAAAOpGMQAAAAGAjo4xAAAAAwECmjEAAAAAAS6qMQAAAAECmtoxAAAAAwI3BjEAAAACAAMWMQAAAAGC50YxAAAAAAF7XjEAAAABAaeCMQAAAAIDI64xAAAAAANv3jEAAAAAgivmMQAAAAMBYAI1AAAAAwNwMjUAAAAAgFhCNQAAAAOCcGo1AAAAAQFkdjUAAAACAtSCNQAAAAOCMKI1AAAAAIJQvjUAAAADgHTSNQAAAAEAMOY1AAAAA4NJCjUAAAABAa0SNQAAAAGC1R41AAAAAAIxojUAAAAAgVWuNQAAAAIDreI1AAAAAYH18jUAAAADg/YCNQAAAAIAVhI1AAAAAYAKNjUAAAADAWJCNQAAAAOAMl41AAAAAINGtjUAAAACAybONQAAAAIBDuI1AAAAAwGDIjUAAAACA5diNQAAAAOD93o1AAAAAgDXpjUAAAADAseuNQAAAAKD17I1AAAAAoGQEjkAAAADgcAyOQAAAAMDlMY5AAAAA4HxBjkAAAADg6ViOQAAAACDqX45AAAAAQH+EjkAAAACA75GOQAAAAKCnq45AAAAAYHqvjkAAAADAxrCOQAAAAKDns45AAAAAIMS/jkAAAACAdciOQAAAAEAu0I5AAAAAQLLVjkAAAABAXdyOQAAAAMA34I5AAAAAIHXwjkAAAADAGAiPQAAAAEAxHo9AAAAAQOskj0AAAADAFSePQAAAACCZKI9AAAAA4KE3j0AAAAAATGGPQA==</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17016">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOUAAAAAAAABCQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADVAAAAAAAAAP0AAAAAAAAA+QAAAAAAAQFBAAAAAAAAAT0AAAAAAAMB6QAAAAAAAwFNAAAAAAAAAQUAAAAAAAMBdQAAAAAAAwFVAAAAAAAAAOkAAAAAAAABCQAAAAAAAgEhAAAAAAAAAO0AAAAAAAAA4QAAAAAAAgFRAAAAAAAAAOEAAAAAAAABGQAAAAAAAQFFAAAAAAAAAOUAAAAAAAIBKQAAAAAAAgFFAAAAAAAAARUAAAAAAAIBIQAAAAAAAAE1AAAAAAACAREAAAAAAAIBcQAAAAAAAgExAAAAAAAAATkAAAAAAAH3FQAAAAAAAhJNAAAAAAAAAO0AAAAAAAABCQAAAAAAAgF9AAAAAAACAQEAAAAAAAEBgQAAAAAAAwFVAAAAAAABgdEAAAAAAAABLQAAAAAAAAENAAAAAAAAAN0AAAAAAAAA8QAAAAAAAgENAAAAAAAAAOUAAAAAAAIBMQAAAAAAAIGFAAAAAAAAATUAAAAAAAIBIQAAAAAAAADdAAAAAAAAAQEAAAAAAAN2zQAAAAAAAgEhAAAAAAACAhUAAAAAAAABVQAAAAAAAAE5AAAAAAAAAPEAAAAAAAAA+QAAAAAAAsIpAAAAAAADAUEAAAAAAAIBDQAAAAAAAAD5AAAAAAAAASkAAAAAAAMBZQAAAAAAAAEVAAAAAAACYh0AAAAAAAMBXQAAAAAAAgENAAAAAAAAATUAAAAAAAEBUQAAAAAAAgFVAAAAAAABAUkAAAAAAAABCQAAAAAAAAEFAAAAAAAAAPkAAAAAAAAA5QAAAAAAAADxAAAAAAACAREAAAAAAAIBNQAAAAAAAADVAAAAAAAAATkAAAAAAAABCQAAAAAAAwFhAAAAAAACAQUAAAAAAACBhQAAAAAAAYG5AAAAAAAAAREAAAAAAAIBFQAAAAAAAADlAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAERAAAAAAAAgZUAAAAAAAAA4QAAAAAAAIGNAAAAAAACgYkAAAAAAAABNQAAAAAAAADVAAAAAAAAAQ0AAAAAAAABAQAAAAAAAAEBAAAAAAACAS0AAAAAAAAA4QAAAAAAAgE1AAAAAAACARkAAAAAAAABJQAAAAAAAgFJAAAAAAAAAQEAAAAAAAABCQAAAAAAAqIpAAAAAAABAWEAAAAAAgLfAQAAAAAAAAENAAAAAAAAAQkAAAAAAAAA2QAAAAAAACJBAAAAAAAAwcEAAAAAAAAA/QAAAAAAAAFhAAAAAAAAAOEAAAAAAAIBOQAAAAAAAoGBAAAAAAACARUAAAAAAAAA7QAAAAAAAAEtAAAAAAACASkAAAAAAAIBBQAAAAAAAAEVAAAAAAAAAQkAAAAAAAABEQAAAAAAAADZAAAAAAAAAPEAAAAAAAIBOQAAAAAAAAFhAAAAAAAAAPkAAAAAAAIBAQAAAAAAAQFFAAAAAAACAQkAAAAAAAAA2QAAAAAAAgF5AAAAAAACASUAAAAAAAFBwQAAAAAAAgExAAAAAAACAXUAAAAAAAABCQAAAAAAAeIZAAAAAAACAWUAAAAAAAEBjQAAAAAAAgFVAAAAAAAAAPUAAAAAAAAA/QAAAAAAAADZAAAAAAAAATUAAAAAAAAA2QAAAAAAAgERAAAAAAACAU0AAAAAAAMBxQAAAAAAAQGBAAAAAAAAANkAAAAAAAABVQAAAAAAAAEtAAAAAAACgZkAAAAAAAABEQAAAAAAAgEpAAAAAAABAUUAAAAAAAABhQAAAAAAAgEVAAAAAAAAAOUAAAAAAAABJQAAAAAAAQFVAAAAAAABAWEAAAAAAAIBBQAAAAAAAQF1AAAAAAACASkAAAAAAAMBQQAAAAAAAgExAAAAAAADAUUAAAAAAAABEQAAAAAAAgEFAAAAAAADAUkAAAAAAAIBIQAAAAAAAADpAAAAAAACAVUAAAAAAAIBNQAAAAAAAgFBAAAAAAACATUAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAT0AAAAAAABB7QAAAAAAAAENAAAAAAAAAR0AAAAAAAABJQAAAAAAAAGJAAAAAAAAgY0AAAAAAAABfQAAAAAAAAFBAAAAAAAAAREAAAAAAAABNQAAAAAAAgEBAAAAAAADohkAAAAAAAABEQAAAAAAAAFxAAAAAAACgZkAAAAAAAABYQAAAAAAAADxAAAAAAACAUkAAAAAAAIBVQAAAAAAAAEdAAAAAAABAUEAAAAAAAABFQAAAAAAAAEpAAAAAAACAQUAAAAAAAEBXQAAAAAAAAEFAAAAAAADAVUAAAAAAAIBRQAAAAAAAADVAAAAAAAAAQEAAAAAAAICQQAAAAAAAAERAAAAAAADAYUAAAAAAAIBcQAAAAAAAQFtAAAAAAACARUAAAAAAAABbQAAAAAAAQGNAAAAAAAAAQUAAAAAAAOBgQAAAAAAAwGxAAAAAAAAAQ0AAAAAAAEBpQAAAAAAAAD1AAAAAAADAY0AAAAAAAAA6QAAAAAAAQFdAAAAAAACATUAAAAAAAAA2QAAAAAAAAD1AAAAAAAAARUAAAAAAAIBNQAAAAAAAQFlAAAAAAAAAVkAAAAAAAIBVQAAAAAAAgFxAAAAAAAAAWUAAAAAAAMBaQAAAAAAAAEFAAAAAAAAgYEAAAAAAAMBlQAAAAAAAwFZAAAAAAADgYUAAAAAAAOBkQAAAAAAAsIZAAAAAAACAYEAAAAAAAIBRQAAAAAAAAEBAAAAAAABAXUAAAAAAAEBbQAAAAAAAwFpAAAAAAAAAQkAAAAAAAIBBQAAAAAAAQFdAAAAAAAAAOkAAAAAAAKBgQAAAAAAAgFNAAAAAAACAQEAAAAAAAMBdQAAAAAAAgEJAAAAAAAAAPkAAAAAAAABHQAAAAAAAAEtAAAAAAAAARUAAAAAAAOBgQAAAAAAAAERAAAAAAACgYkAAAAAAAIBEQAAAAAAAADtAAAAAAABAUEAAAAAAACBhQAAAAAAAgEFAAAAAAADAY0AAAAAAAGBtQAAAAAAAoGRAAAAAAAAga0AAAAAAAAA2QAAAAAAAYGZAAAAAAAAAOUAAAAAAAABfQAAAAAAAADhAAAAAAAAAO0AAAAAAAABXQAAAAAAAAFhAAAAAAACAQEAAAAAAAABdQAAAAAAAAFRAAAAAAAAAN0AAAAAAAEB/QAAAAAAAAFBAAAAAAACATEAAAAAAAAA5QAAAAAAAwFBAAAAAAAAAR0AAAAAAAABXQAAAAAAAAFhAAAAAAAAAU0AAAAAAAEBcQAAAAAAAAEpAAAAAAAAAPkAAAAAAAABlQAAAAAAAYGlAAAAAAAAAREAAAAAAAAA6QAAAAAAAYHxAAAAAAACAWEAAAAAAAIBNQAAAAAAAwGlAAAAAAACgY0AAAAAAAMBWQAAAAAAAADhAAAAAAAAAV0AAAAAAAIBfQAAAAAAAgENAAAAAAAAAOUAAAAAAAABVQAAAAAAAADhAAAAAAAAAREAAAAAAAABFQAAAAAAAAFlAAAAAAABAV0AAAAAAAFByQAAAAAAAgE1AAAAAAAAANkAAAAAAAABpQAAAAAAAADdAAAAAAACAQEAAAAAAAOBwQAAAAAAAIGNAAAAAAACASUAAAAAAAAA9QAAAAAAAgEtAAAAAAAAAPUAAAAAAAJByQAAAAAAAwGNAAAAAAAAARUAAAAAAAIBLQAAAAAAAIGVAAAAAAAAAQkAAAAAAAABFQAAAAAAAgEtAAAAAAABAVEAAAAAAAAA3QAAAAAAAADtAAAAAAACAQEAAAAAAABB4QAAAAAAAQFZAAAAAAACAQ0AAAAAAAABdQAAAAAAAQFtAAAAAAACAR0AAAAAAAEBSQAAAAAAAwFhAAAAAAABAWUAAAAAAAIBIQAAAAAAAAEBAAAAAAABAV0AAAAAAAABVQAAAAAAAgEFAAAAAAAAATkAAAAAAAAA5QAAAAAAA0IpAAAAAAAAAX0AAAAAAAAA+QAAAAAAAAFtAAAAAAADAYEAAAAAAAIBNQAAAAAAAwFtAAAAAAAAAN0AAAAAAAMBlQAAAAAAA4GBAAAAAAAAARkAAAAAAAEBSQAAAAAAAAFVAAAAAAADAaEAAAAAAAAA+QAAAAAAAADxAAAAAAAAAU0AAAAAAAAA4QAAAAAAAwFZAAAAAAADAX0AAAAAAAAA9QAAAAAAAgEtAAAAAAABAU0AAAAAAAAA5QAAAAAAAQF9AAAAAAAAAO0AAAAAAAABHQAAAAAAAAEBAAAAAAACAaUAAAAAAAMBXQAAAAAAAwFNAAAAAAAAASUAAAAAAAIBEQAAAAAAAAFdAAAAAAABAWEAAAAAAAABVQAAAAAAAgFlAAAAAAACAUUAAAAAAAIBBQAAAAAAAwGBAAAAAAAAAP0AAAAAAAEBTQAAAAAAAAFRAAAAAAAAAOkAAAAAAABBwQAAAAAAAgEJAAAAAAABAXEAAAAAAACBjQAAAAAAAAENAAAAAAAAANUAAAAAAAAA9QAAAAAAAAERAAAAAAAAAXEAAAAAAACBhQAAAAAAAQGVAAAAAAABAUUAAAAAAAABDQAAAAAAAAEFAAAAAAACAWUAAAAAAAAA3QAAAAAAAgEpAAAAAAACAQUAAAAAAACBhQAAAAAAAgElAAAAAAAAAQUAAAAAAAABAQAAAAAAAADZAAAAAAACARkAAAAAAAEBjQAAAAAAAAERAAAAAAAAASEAAAAAAAAA7QAAAAAAAAEFAAAAAAACAV0AAAAAAAKBhQAAAAAAAAERAAAAAAACwekAAAAAAAIBFQAAAAAAAAEVAAAAAAAAAcUAAAAAAAIBKQAAAAAAAwFFAAAAAAAAAPEAAAAAAAIBOQAAAAAAAYGBAAAAAAAAAPUAAAAAAAEBbQAAAAAAAgEJAAAAAAABAYkAAAAAAAAA6QAAAAAAAQFlAAAAAAAAAPUAAAAAAAIBEQAAAAAAAQF9AAAAAAAAAPUAAAAAAAMBRQAAAAAAAoGRAAAAAAADAY0AAAAAAAABaQAAAAAAAAElAAAAAAAAARUAAAAAAAEBYQAAAAAAAwGZAAAAAAACAXEAAAAAAAIBCQAAAAAAAgExAAAAAAADAY0AAAAAAAAA1QAAAAAAAgE9AAAAAAAAAYkAAAAAAAABDQAAAAAAAAFZAAAAAAAAAPEAAAAAAAEBaQAAAAAAAgENAAAAAAAAAPUAAAAAAAGBhQAAAAAAAgE9AAAAAAABAX0AAAAAAAABBQAAAAAAAADxAAAAAAAAARkAAAAAAAABaQAAAAAAAADdAAAAAAAAAOkAAAAAAAABOQAAAAAAAQFFAAAAAAACAR0AAAAAAAIBMQAAAAAAAQGZAAAAAAAAANUAAAAAAAABNQAAAAAAAADlAAAAAAACAXkAAAAAAAMBXQAAAAAAAADlAAAAAAAAAOEAAAAAAAAA9QAAAAAAAwFBAAAAAAAAAOUAAAAAAAMBTQAAAAAAAIGZAAAAAAACASEAAAAAAAIBFQAAAAAAAADVAAAAAAAAAOUAAAAAAAABQQAAAAAAAgFhAAAAAAACATUAAAAAAAAA3QAAAAAAAAEVAAAAAAACAS0AAAAAAAMBaQAAAAAAAADVAAAAAAACASkAAAAAAAIBbQAAAAAAAADdAAAAAAAAAV0AAAAAAAAA4QAAAAAAAADtAAAAAAAAAR0AAAAAAAABJQAAAAAAAAEdAAAAAAAAAP0AAAAAAAIBNQAAAAAAAAD9AAAAAAAAAQUAAAAAAAIBRQAAAAAAAAD9AAAAAAABAZEAAAAAAAIBDQAAAAAAAgExAAAAAAAAANUAAAAAAAABEQAAAAAAAAGVAAAAAAAAARUAAAAAAAAA+QAAAAAAAAERAAAAAAACAQkAAAAAAAAA5QAAAAAAAAEZAAAAAAABga0AAAAAAAAA6QAAAAAAAAEBAAAAAAACAVkAAAAAAAIBIQAAAAAAAAEtAAAAAAACARkAAAAAAAABaQAAAAAAAwFdAAAAAAAAAT0AAAAAAAAA7QAAAAAAAAD9AAAAAAACAR0AAAAAAAIBCQAAAAAAA4GlAAAAAAABgYUAAAAAAAABJQAAAAAAA4GlAAAAAAAAAPEAAAAAAAAA7QAAAAAAAwFpAAAAAAAAAP0AAAAAAAIBPQAAAAAAAgEZAAAAAAADAZEAAAAAAAAA/QAAAAAAAwFNAAAAAAAAAP0AAAAAAAMBdQAAAAAAAAD5AAAAAAAAAQkAAAAAAAIBAQAAAAAAAwFFAAAAAAADwcUAAAAAAAAA7QAAAAAAAAFFAAAAAAACASUAAAAAAAAA7QAAAAAAAADZAAAAAAAAAU0AAAAAAAIBNQAAAAAAAAFRAAAAAAAAARUAAAAAAAABIQAAAAAAAAEVAAAAAAAAAN0AAAAAAAIBIQAAAAAAAAFVAAAAAAADAUkAAAAAAAAA/QAAAAAAAAFFAAAAAAAAAPEAAAAAAAMBRQAAAAAAAIGFAAAAAAACASUAAAAAAAABAQAAAAAAAAD5AAAAAAAAANUAAAAAAACBpQAAAAAAAgE5AAAAAAAAANkAAAAAAAIBJQAAAAAAAAFpAAAAAAAAAOkAAAAAAAABMQAAAAAAAAD1AAAAAAACAREAAAAAAAAA1QAAAAAAAwFpAAAAAAACAREAAAAAAAABLQAAAAAAAUHVAAAAAAACAUUAAAAAAAIBgQAAAAAAAADhAAAAAAAAAPUAAAAAAAMBRQAAAAAAAAENAAAAAAAAAPkAAAAAAAEBkQAAAAAAAAExAAAAAAACATkAAAAAAAEBVQAAAAAAAwFVAAAAAAACARUAAAAAAAIBCQAAAAAAAAElAAAAAAADAUEAAAAAAAEBVQAAAAAAAAEpAAAAAAACATEAAAAAAAIBOQAAAAAAAgFhAAAAAAACASUAAAAAAAMBbQAAAAAAAgEFAAAAAAAAAREAAAAAAAAA7QAAAAAAAADpAAAAAAAAAW0AAAAAAAIBFQAAAAAAAQFxAAAAAAACASkAAAAAAAIBAQAAAAAAAADdAAAAAAACARUAAAAAAAMBSQAAAAAAAgExAAAAAAABAUEAAAAAAAOBgQAAAAAAAgEpAAAAAAAAAREAAAAAAAAA6QAAAAAAAYHVAAAAAAAAAZEAAAAAAAAA7QAAAAAAAIGJAAAAAAAAAUkAAAAAAAIBPQAAAAAAAgGBAAAAAAACAS0AAAAAAAEBbQAAAAAAAgEBAAAAAAADAVEAAAAAAAIBCQAAAAAAAgEdAAAAAAACAT0AAAAAAAIBOQAAAAAAAADhAAAAAAACAQEAAAAAAAAA3QAAAAAAAgEJAAAAAAAAAOUAAAAAAAIBSQAAAAAAAAD9AAAAAAACAT0AAAAAAAABDQAAAAAAAAFVAAAAAAABAU0AAAAAAAABCQAAAAAAAADtAAAAAAAAAUUAAAAAAAABUQAAAAAAAAEhAAAAAAAAAOUAAAAAAAAA7QAAAAAAAAF1AAAAAAAAASUAAAAAAAABCQAAAAAAAAGxAAAAAAACARUAAAAAAAEBZQAAAAAAAgFlAAAAAAABAgEAAAAAAAAA4QAAAAAAAADlAAAAAAAAAPkAAAAAAAIBVQAAAAAAAgEVAAAAAAAAAP0AAAAAAAAA+QAAAAAAAgERAAAAAAACAQEAAAAAAAOBnQAAAAAAAYH5AAAAAAAAAWUAAAAAAAMBUQAAAAAAAADxAAAAAAAAARkAAAAAAAIBEQAAAAAAAQFRAAAAAAAAAOkAAAAAAAABdQAAAAAAAAE5AAAAAAAAANkAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAXUAAAAAAAAA/QAAAAAAAwFZAAAAAAAAAOEAAAAAAAIBOQAAAAAAAgF1AAAAAAACATUAAAAAAAIBAQAAAAAAAgERAAAAAAAAAREAAAAAAAABRQAAAAAAAgEpAAAAAAAAAN0AAAAAAAAA/QAAAAAAAAERAAAAAAAAATUAAAAAAAEBdQAAAAAAAwFBAAAAAAACAQ0AAAAAAAAA4QAAAAAAAgFdAAAAAAAAANkAAAAAAAMBwQAAAAAAAgGFAAAAAAAAAP0AAAAAAAAA5QAAAAAAA8H5AAAAAAAAAOUAAAAAAAABSQAAAAAAAoGBAAAAAAAAAUkAAAAAAAABKQAAAAAAAQFRAAAAAAADAUUAAAAAAACBkQAAAAAAAADpAAAAAAAAAUUAAAAAAAABFQAAAAAAAgFZAAAAAAACAUUAAAAAAAABPQAAAAAAAgExAAAAAAACAQUAAAAAAAIBHQAAAAAAAADdAAAAAAAAATkAAAAAAAABBQAAAAAAAgFNAAAAAAACARkAAAAAAAABBQAAAAAAAAD1AAAAAAACARkAAAAAAAAA3QAAAAAAAAFtAAAAAAAAAREAAAAAAAIBHQAAAAAAAgEFAAAAAAAAAPkAAAAAAAJB2QAAAAAAAgEFAAAAAAAAAPUAAAAAAAMBfQAAAAAAAgElAAAAAAAAAOUAAAAAAAIBIQAAAAAAAAEFAAAAAAACARUAAAAAAAIBYQAAAAAAAADhAAAAAAACATEAAAAAAAABBQAAAAAAAADVAAAAAAAAATUAAAAAAAIBEQAAAAAAAAEBAAAAAAAAATEAAAAAAAMBQQAAAAAAAgGNAAAAAAAAAOEAAAAAAAIBPQAAAAAAAgFVAAAAAAAAAPEAAAAAAAIBIQAAAAAAAADxAAAAAAAAAPEAAAAAAAABFQAAAAAAAAD5AAAAAAAAASUAAAAAAAIBBQAAAAAAAgERAAAAAAACATEAAAAAAAAA/QAAAAAAAmIpAAAAAAACAQkAAAAAAAIBHQAAAAAAAIGRAAAAAAAAAQUAAAAAAAEBXQAAAAAAAgEFAAAAAAACAU0AAAAAAAIBEQAAAAAAAAD5AAAAAAADAUEAAAAAAAABSQAAAAAAAAD9AAAAAAAAAT0AAAAAAAAA8QAAAAAAAAEtAAAAAAACARUAAAAAAAIBEQAAAAAAAAEVAAAAAAACAXUAAAAAAAAA6QAAAAAAAAD5AAAAAAACATUAAAAAAAABAQAAAAAAAADhAAAAAAACAQ0AAAAAAAABBQAAAAAAAgENAAAAAAAAASEAAAAAAAAA9QAAAAAAAADdAAAAAAACAT0AAAAAAAABNQAAAAAAAAEtAAAAAAACAWEAAAAAAAIBEQAAAAAAAYGxAAAAAAAAAR0AAAAAAAAA9QAAAAAAAAEVAAAAAAAAARkAAAAAAAIBKQAAAAAAAgElAAAAAAAAAY0AAAAAAAAA5QAAAAAAAgFFAAAAAAACASUAAAAAAAIBJQAAAAAAAgERAAAAAAACASUAAAAAAAIBLQAAAAAAAgExAAAAAAACAVUAAAAAAAABEQAAAAAAAwFZAAAAAAACAREAAAAAAAAA8QAAAAAAAgENAAAAAAACAQkAAAAAAAAA1QAAAAAAAAENAAAAAAAAAOUAAAAAAAAA8QAAAAAAAADlAAAAAAAAATEAAAAAAAIBFQAAAAAAAgENAAAAAAACAS0AAAAAAAAA/QAAAAAAAwGhAAAAAAAAAPkAAAAAAAABQQAAAAAAAwFJAAAAAAAAARUAAAAAAAIBKQAAAAAAAAD1AAAAAAAAAO0AAAAAAAEBTQAAAAAAAADtAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAEVAAAAAAACATkAAAAAAAABJQAAAAAAAAE9AAAAAAAAAR0AAAAAAAIBEQAAAAAAAgEVAAAAAAAAAP0AAAAAAAAA1QAAAAAAAgENAAAAAAAAAPkAAAAAAAAA+QAAAAAAAgEVAAAAAAAAAR0AAAAAAAABAQAAAAAAAADlAAAAAAAAAOUAAAAAAAIBIQAAAAAAAgEVAAAAAAAAANkAAAAAAAKBkQAAAAAAAgEFAAAAAAACAWEAAAAAAAABEQAAAAAAAADVAAAAAAACAQkAAAAAAAAA2QAAAAAAAADVAAAAAAAAASUAAAAAAAABNQAAAAAAAADlAAAAAAAAAQUAAAAAAAAA6QAAAAAAAADhAAAAAAAAARkAAAAAAAABBQAAAAAAAAEJAAAAAAAAATkAAAAAAAAA8QAAAAAAAgEZAAAAAAAAARkAAAAAAAAA8QAAAAAAAgFBAAAAAAAAAOEAAAAAAAABCQAAAAAAAADhAAAAAAAAAO0AAAAAAAIBFQAAAAAAAAEhAAAAAAACAUEAAAAAAAABCQAAAAAAAgFJAAAAAAACAUEAAAAAAAABaQAAAAAAAADlAAAAAAAAAO0AAAAAAAABSQAAAAAAAAD5AAAAAAACARUAAAAAAAAA+QAAAAAAAADVAAAAAAAAASEAAAAAAAAA4QAAAAAAAQFZAAAAAAAAANkAAAAAAAIBDQAAAAAAAgEFAAAAAAACAR0AAAAAAAIBIQAAAAAAAADlAAAAAAAAAQkAAAAAAAIBCQAAAAAAAAEBAAAAAAACAQ0AAAAAAAEBUQAAAAAAAADVAAAAAAACASUAAAAAAAIBEQAAAAAAAAD9AAAAAAACARUAAAAAAAAA8QAAAAAAAADZAAAAAAACAR0AAAAAAAAA6QAAAAAAAAD9AAAAAAAAAOEAAAAAAAABDQAAAAAAAAD1AAAAAAACAQEAAAAAAAAA4QAAAAAAAAEBAAAAAAAAAT0AAAAAAAAA6QAAAAAAAAEJAAAAAAAAAO0AAAAAAAAA+QAAAAAAAAExAAAAAAAAAN0AAAAAAAIBMQAAAAAAAgEJAAAAAAAAAREAAAAAAAABAQAAAAAAAADZAAAAAAACAQ0AAAAAAAIBGQAAAAAAAgENAAAAAAAAANkAAAAAAAAA1QAAAAAAAAD5AAAAAAACATEAAAAAAAIBEQAAAAAAAAE1AAAAAAACAS0AAAAAAAIBFQAAAAAAAADpAAAAAAAAANkAAAAAAAABDQAAAAAAAAEBAAAAAAAAAO0AAAAAAAAA9QAAAAAAAADhAAAAAAAAANkAAAAAAAABUQAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA/QAAAAAAAAEBAAAAAAAAARkAAAAAAAIBCQAAAAAAAAFxAAAAAAACASUAAAAAAAABRQAAAAAAAADlAAAAAAAAAN0AAAAAAAABDQAAAAAAAAENAAAAAAAAAS0AAAAAAAIBEQAAAAAAAADpAAAAAAACAQkAAAAAAAABJQAAAAAAAAD1AAAAAAAAAOkAAAAAAAABBQAAAAAAAADtAAAAAAACARkAAAAAAAABEQAAAAAAAADlAAAAAAAAAPUAAAAAAAIBDQAAAAAAAADhAAAAAAACASEAAAAAAAABBQAAAAAAAADVAAAAAAAAAV0AAAAAAAABGQAAAAAAAAFBAAAAAAACAQEAAAAAAAABDQAAAAAAAwFJAAAAAAAAAN0AAAAAAAEBRQAAAAAAAAEBAAAAAAAAAQUAAAAAAAAA+QAAAAAAAADlAAAAAAAAAOUAAAAAAAIBCQAAAAAAAAExAAAAAAAAAO0AAAAAAAABAQAAAAAAAgENAAAAAAAAAPkAAAAAAAMBUQAAAAAAAADZAAAAAAAAAPUAAAAAAAIBFQAAAAAAAAENAAAAAAAAASUAAAAAAAABGQAAAAAAAgFBAAAAAAAAASEAAAAAAAABaQAAAAAAAgEFAAAAAAACASUAAAAAAAIBAQAAAAAAAADZAAAAAAAAAO0AAAAAAACBiQAAAAAAAgEhAAAAAAAAAR0AAAAAAAAA3QAAAAAAAwFJAAAAAAADAVEAAAAAAAAA4QAAAAAAAgExAAAAAAACARkAAAAAAAABBQAAAAAAAgEVAAAAAAAAAO0AAAAAAAAA6QAAAAAAAADZAAAAAAACAREAAAAAAAABFQAAAAAAAAE5AAAAAAAAAPEAAAAAAAIBCQAAAAAAAwFhAAAAAAAAAPkAAAAAAAABAQAAAAAAAAEBAAAAAAAAAO0AAAAAAAIBHQAAAAAAAAElAAAAAAACAQ0AAAAAAAABBQAAAAAAAAD1AAAAAAAAASEAAAAAAAAA1QAAAAAAAADxAAAAAAAAAOEAAAAAAAAA1QAAAAAAAgExAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAAFBAAAAAAAAAREAAAAAAAIBMQAAAAAAAAEVAAAAAAAAAPUAAAAAAABBxQAAAAAAAgENAAAAAAAAgZ0AAAAAAAIBCQAAAAAAAgENAAAAAAAAAP0AAAAAAAEBUQAAAAAAAAEpAAAAAAAAAREAAAAAAAABWQAAAAAAAAERAAAAAAAAAN0AAAAAAAIBDQAAAAAAAADdAAAAAAAAAREAAAAAAAABAQAAAAAAAADhAAAAAAAAAREAAAAAAAIBHQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA3QAAAAAAAADxAAAAAAAAAPEAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAPEAAAAAAAABYQAAAAAAAgFFAAAAAAACAQEAAAAAAAABKQAAAAAAAgElAAAAAAAAAOUAAAAAAAEBQQAAAAAAAAD1AAAAAAAAAQUAAAAAAAIBAQAAAAAAAAEBAAAAAAACASUAAAAAAAAA5QAAAAAAAgEVAAAAAAACARUAAAAAAAABHQAAAAAAAAD5AAAAAAAAAQUAAAAAAAABFQAAAAAAAgEVAAAAAAAAAREAAAAAAAAA1QAAAAAAAADZAAAAAAAAATUAAAAAAAAA9QAAAAAAAAEBAAAAAAAAAOEAAAAAAAABBQAAAAAAAADZAAAAAAACAT0AAAAAAAAA+QAAAAAAAADhAAAAAAAAAVEAAAAAAAAA7QAAAAAAAADVAAAAAAAAAPkAAAAAAAIBAQAAAAAAAAD5AAAAAAABAVUAAAAAAAABGQAAAAAAAAEdAAAAAAACARkAAAAAAAIBGQAAAAAAAADtAAAAAAAAAOEAAAAAAAIBDQAAAAAAAADtAAAAAAAAAPUAAAAAAAAA7QAAAAAAAAEJAAAAAAADAVUAAAAAAAABFQAAAAAAAAD9AAAAAAABAUUAAAAAAAAA9QAAAAAAAAENAAAAAAAAAO0AAAAAAAABOQAAAAAAAgENAAAAAAACAREAAAAAAAABBQAAAAAAAAD5AAAAAAAAAUUAAAAAAAIBDQAAAAAAAgElAAAAAAACASkAAAAAAAAA+QAAAAAAAADxAAAAAAACARUAAAAAAAAA1QAAAAAAAAEhAAAAAAAAAQUAAAAAAAAA2QAAAAAAAADtAAAAAAAAAP0AAAAAAAABFQAAAAAAAAD9AAAAAAAAAP0AAAAAAAAA3QAAAAAAAgEpAAAAAAAAARUAAAAAAAAA3QAAAAAAAADZAAAAAAAAAP0AAAAAAAAA6QAAAAAAAADlAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAExAAAAAAAAAN0AAAAAAAMBWQAAAAAAAADlAAAAAAACAQEAAAAAAAABAQAAAAAAAADhAAAAAAACAQkAAAAAAAIBIQAAAAAAAgEBAAAAAAACAREAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAElAAAAAAAAAQEAAAAAAAABNQAAAAAAAgEBAAAAAAAAAOUAAAAAAAABLQAAAAAAAgEJAAAAAAACAQEAAAAAAAIBKQAAAAAAAADVAAAAAAAAAQEAAAAAAAAA+QAAAAAAAADpAAAAAAACAQEAAAAAAAAA7QAAAAAAAgEpAAAAAAACAQUAAAAAAAABFQAAAAAAAADhAAAAAAAAAQUAAAAAAAAA6QAAAAAAAAFBAAAAAAAAAPUAAAAAAAABGQAAAAAAAgEVAAAAAAAAAR0AAAAAAAIBDQAAAAAAAgEFAAAAAAAAANUAAAAAAAABDQAAAAAAAgEhAAAAAAAAAN0AAAAAAAAA3QAAAAAAAADhAAAAAAACATEAAAAAAAABAQAAAAAAAAD5AAAAAAAAASkAAAAAAAAA3QAAAAAAAgEFAAAAAAABAUEAAAAAAAABFQAAAAAAAAD5AAAAAAACARkAAAAAAAAA8QAAAAAAAADtAAAAAAAAAP0AAAAAAAABGQAAAAAAAgEBAAAAAAACARkAAAAAAAIBBQAAAAAAAAD1AAAAAAAAAQkAAAAAAAAA4QAAAAAAAAENAAAAAAAAANUAAAAAAAAA8QAAAAAAAAENAAAAAAAAAOEAAAAAAAABAQAAAAAAAADVAAAAAAAAAPkAAAAAAAIBEQAAAAAAAAEBAAAAAAAAAR0AAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOUAAAAAAAAA6QAAAAAAAAExAAAAAAAAAO0AAAAAAAAA/QAAAAAAAgENAAAAAAAAAPUAAAAAAAABBQAAAAAAAAEFAAAAAAAAANUAAAAAAAAA1QAAAAAAAAEJAAAAAAAAANUAAAAAAAAA3QAAAAAAAgEBAAAAAAAAAPkAAAAAAAAA+QAAAAAAAgENAAAAAAAAANUAAAAAAAAA8QAAAAAAAAFRAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADVAAAAAAAAAOEAAAAAAAAA7QAAAAAAAgEBAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAgEZAAAAAAAAAPUAAAAAAAABAQAAAAAAAgEFAAAAAAACAQUAAAAAAAABEQAAAAAAAAEZAAAAAAACAVEAAAAAAAIBEQAAAAAAAQFJAAAAAAAAAPUAAAAAAAIBJQAAAAAAAAENAAAAAAAAAPUAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAQUAAAAAAAABMQAAAAAAAAERAAAAAAAAAOEAAAAAAAABGQAAAAAAAAD1AAAAAAACAQEAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAPkAAAAAAAIBTQAAAAAAAADlAAAAAAAAAREAAAAAAAAA1QAAAAAAAADtAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAEhAAAAAAAAAOUAAAAAAAAA7QAAAAAAAAD9AAAAAAACAQkAAAAAAAAA3QAAAAAAAwFNAAAAAAACAQ0AAAAAAAABHQAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA7QAAAAAAAAENAAAAAAAAAS0AAAAAAAAA5QAAAAAAAgElAAAAAAAAANUAAAAAAAABNQAAAAAAAgEJAAAAAAAAAOEAAAAAAAAA/QAAAAAAAADdAAAAAAAAAN0AAAAAAAAA5QAAAAAAAAEVAAAAAAAAAT0AAAAAAAIBAQAAAAAAAgEJAAAAAAAAANUAAAAAAAAA9QAAAAAAAAERAAAAAAACATUAAAAAAAAA+QAAAAAAAgElAAAAAAACAQEAAAAAAAIBEQAAAAAAAgEVAAAAAAAAAPUAAAAAAAABFQAAAAAAAAEdAAAAAAACAQ0AAAAAAAIBAQAAAAAAAgEBAAAAAAACASEAAAAAAAABBQAAAAAAAAD9AAAAAAAAAP0AAAAAAAIBAQAAAAAAAADdAAAAAAAAAUEAAAAAAAAA4QAAAAAAAADlAAAAAAACAQUAAAAAAAABCQAAAAAAAgENAAAAAAAAAPkAAAAAAAAA1QAAAAAAAgEhAAAAAAAAANUAAAAAAAABEQAAAAAAAAENAAAAAAACARUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAP0AAAAAAAIBBQAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA3QAAAAAAAADtAAAAAAACAREAAAAAAAAA4QAAAAAAAADhAAAAAAAAAPkAAAAAAAAA4QAAAAAAAADxAAAAAAAAAP0AAAAAAAIBKQAAAAAAAAEFAAAAAAAAAQEAAAAAAAAA5QAAAAAAAADdAAAAAAAAAQEAAAAAAAAA8QAAAAAAAADxAAAAAAAAAN0AAAAAAAAA9QAAAAAAAgElAAAAAAACAQEAAAAAAAAA5QAAAAAAAADtAAAAAAAAARUAAAAAAAAA3QAAAAAAAADtAAAAAAAAAO0AAAAAAAAA4QAAAAAAAADdAAAAAAAAAOkAAAAAAAAA5QAAAAAAAADVAAAAAAADAUUAAAAAAAABKQAAAAAAAADVAAAAAAAAAQkAAAAAAAAA3QAAAAAAAAEdAAAAAAAAANkAAAAAAAAA2QAAAAAAAgEVAAAAAAAAARkAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAN0AAAAAAAAA1QAAAAAAAAEFAAAAAAAAANUAAAAAAAABJQAAAAAAAgEVAAAAAAACAQEAAAAAAAAA/QAAAAAAAADxAAAAAAAAAPkAAAAAAAAA2QAAAAAAAADpAAAAAAAAAQEAAAAAAAAA2QAAAAAAAAEJAAAAAAACAQUAAAAAAAABEQAAAAAAAADZAAAAAAAAAPEAAAAAAAABBQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA6QAAAAAAAADZAAAAAAAAANkAAAAAAAAA8QAAAAAAAADpAAAAAAACAR0AAAAAAAAA5QAAAAAAAAEBAAAAAAAAAO0AAAAAAAAA6QAAAAAAAgEZAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBDQAAAAAAAADxAAAAAAAAANUAAAAAAAABBQAAAAAAAgEZAAAAAAAAAO0AAAAAAAAA2QAAAAAAAADpAAAAAAAAAOkAAAAAAAAA6QAAAAAAAAERAAAAAAAAAPkAAAAAAAABBQAAAAAAAAEBAAAAAAAAANkAAAAAAAABFQAAAAAAAADdAAAAAAAAAR0AAAAAAAABDQAAAAAAAADlAAAAAAAAAUkAAAAAAAABEQAAAAAAAADpAAAAAAAAAN0AAAAAAAABAQAAAAAAAADZAAAAAAAAAO0AAAAAAAAA6QAAAAAAAAD1AAAAAAAAAN0AAAAAAAABCQAAAAAAAADdAAAAAAAAAOkAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAO0AAAAAAAABIQAAAAAAAAEFAAAAAAAAAN0AAAAAAAAA6QAAAAAAAADVAAAAAAAAAOUAAAAAAAIBFQAAAAAAAgERAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA/QAAAAAAAAENAAAAAAAAANkAAAAAAAAA2QA==</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=27" index="26" defaultArrayLength="1592">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="279.081" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.394" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.45" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16984">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16984">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=28" index="27" defaultArrayLength="1614">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="279.417" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="94.9554" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.99" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="17216">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="17216">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAPkAAAAAAAAA3QAAAAAAAADZAAAAAAAAAQUAAAAAAAAA/QAAAAAAAgEFAAAAAAACAQEAAAAAAAAA9QAAAAAAAAFhAAAAAAACAQkAAAAAAAAA1QAAAAAAAQFJAAAAAAAAANkAAAAAAAAA7QAAAAAAAwGJAAAAAAACARkAAAAAAAAA5QAAAAAAAADlAAAAAAADAVEAAAAAAAIBEQAAAAAAAgE9AAAAAAACATkAAAAAAAIBAQAAAAAAAAEhAAAAAAACATkAAAAAAAIBAQAAAAAAAAEFAAAAAAAAAOkAAAAAAAABFQAAAAAAAAEFAAAAAAAAARkAAAAAAAAA9QAAAAAAAgEhAAAAAAAAANkAAAAAAAABMQAAAAAAAADpAAAAAAAAgaEAAAAAAAABCQAAAAAAAADpAAAAAAAAAUEAAAAAAAABAQAAAAAAAAFFAAAAAAABY1kAAAAAAAAA7QAAAAAAAgEJAAAAAAACkmEAAAAAAAIBEQAAAAAAAAD5AAAAAAAAAPkAAAAAAAABnQAAAAAAAAEZAAAAAAADAV0AAAAAAAABAQAAAAAAAAFBAAAAAAAAAVUAAAAAAAABEQAAAAAAAAD9AAAAAAAAANUAAAAAAAEBfQAAAAAAAwFNAAAAAAAAAQkAAAAAAAAA3QAAAAAAAgEZAAAAAAAAASEAAAAAAAABHQAAAAAAAADVAAAAAAADgp0AAAAAAAIBMQAAAAAAAADZAAAAAAAA4gUAAAAAAAIBEQAAAAAAAAF1AAAAAAAAAQUAAAAAAAIBJQAAAAAAAADdAAAAAAAB4g0AAAAAAAAA4QAAAAAAAAEpAAAAAAABAUEAAAAAAAIBJQAAAAAAAgEBAAAAAAABAYEAAAAAAAABJQAAAAAAAAD9AAAAAAAAANkAAAAAAANCLQAAAAAAAAEZAAAAAAAAAOEAAAAAAAOBlQAAAAAAAAFJAAAAAAAAAPUAAAAAAAEBSQAAAAAAAAE1AAAAAAAAAQkAAAAAAAAA6QAAAAAAAADVAAAAAAAAAOkAAAAAAAABJQAAAAAAAAEpAAAAAAACAXUAAAAAAAABRQAAAAAAAAEFAAAAAAAAAVUAAAAAAAAA/QAAAAAAAAGZAAAAAAADAXkAAAAAAAABIQAAAAAAAAEhAAAAAAABAbUAAAAAAAEBjQAAAAAAAADhAAAAAAAAAREAAAAAAAABLQAAAAAAAgEJAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADlAAAAAAAAAP0AAAAAAAAA6QAAAAAAAQFJAAAAAAAAAOUAAAAAAAAA4QAAAAAAApJlAAAAAAAAATUAAAAAAAABPQAAAAAAAAHFAAAAAAADitEAAAAAAAABJQAAAAAAAAEJAAAAAAAAogEAAAAAAAABGQAAAAAAAwGtAAAAAAADAUEAAAAAAAAA3QAAAAAAAAEFAAAAAAADAWkAAAAAAAAA5QAAAAAAAgENAAAAAAAAAQEAAAAAAAABGQAAAAAAAgE1AAAAAAAAAUkAAAAAAAAA2QAAAAAAAADtAAAAAAAAAPkAAAAAAAABJQAAAAAAAADVAAAAAAACAQEAAAAAAAABSQAAAAAAAgEBAAAAAAADAYEAAAAAAAEBeQAAAAAAAAEFAAAAAAAAAP0AAAAAAAIBCQAAAAAAAQF1AAAAAAAAAU0AAAAAAAABGQAAAAAAAgEZAAAAAAAAAN0AAAAAAAEBRQAAAAAAAAG1AAAAAAAAAYUAAAAAAAABRQAAAAAAAcHJAAAAAAAAAS0AAAAAAAABBQAAAAAAAADxAAAAAAAAARUAAAAAAAABDQAAAAAAAADtAAAAAAAAAQEAAAAAAAIBMQAAAAAAAgElAAAAAAACAUkAAAAAAAAA+QAAAAAAAgEJAAAAAAACARkAAAAAAAKBjQAAAAAAAAEJAAAAAAADAWEAAAAAAAAA6QAAAAAAAgEtAAAAAAAAAQUAAAAAAAAA5QAAAAAAAQGNAAAAAAAAAOkAAAAAAAAA2QAAAAAAAgGFAAAAAAABAZUAAAAAAAEBWQAAAAAAAAEJAAAAAAAAAQEAAAAAAAABPQAAAAAAAgFFAAAAAAACgakAAAAAAAABVQAAAAAAAAFNAAAAAAAAAUUAAAAAAAMBUQAAAAAAAADdAAAAAAACAUEAAAAAAAIBEQAAAAAAAQFFAAAAAAAAAQEAAAAAAAEBZQAAAAAAAAFdAAAAAAACASEAAAAAAAJByQAAAAAAAADhAAAAAAABAXkAAAAAAAIBIQAAAAAAAgE1AAAAAAACAZ0AAAAAAAAA4QAAAAAAAgEdAAAAAAACAXEAAAAAAAIBYQAAAAAAAAF1AAAAAAAAAOUAAAAAAAIBEQAAAAAAAAEtAAAAAAABAXEAAAAAAAABAQAAAAAAAAEtAAAAAAAAAQEAAAAAAAABKQAAAAAAA2IpAAAAAAACAQkAAAAAAACBiQAAAAAAAADxAAAAAAAAAVEAAAAAAAEBiQAAAAAAAoGBAAAAAAACAQ0AAAAAAAABKQAAAAAAAgEVAAAAAAAAASUAAAAAAAABAQAAAAAAAADhAAAAAAADAZEAAAAAAAABJQAAAAAAAgEpAAAAAAADAUEAAAAAAAABaQAAAAAAAAEJAAAAAAAAAN0AAAAAAAIBUQAAAAAAAgFRAAAAAAAAAQUAAAAAAAOCDQAAAAAAAAD5AAAAAAACAX0AAAAAAAAA+QAAAAAAAgERAAAAAAACATEAAAAAAAOBiQAAAAAAAgEVAAAAAAABgY0AAAAAAAKBmQAAAAAAAAE1AAAAAAAAANkAAAAAAAAA7QAAAAAAAgEZAAAAAAABAVEAAAAAAAIBGQAAAAAAAADpAAAAAAADAZ0AAAAAAAOBlQAAAAAAAgGFAAAAAAAAAP0AAAAAAAABKQAAAAAAAADxAAAAAAACAUEAAAAAAAABVQAAAAAAAgEFAAAAAAAAAO0AAAAAAAABKQAAAAAAAAEJAAAAAAAAARUAAAAAAAIBUQAAAAAAAADZAAAAAAAAAQkAAAAAAAIBHQAAAAAAAgEhAAAAAAAAAZUAAAAAAAIBDQAAAAAAAADdAAAAAAACAUUAAAAAAAABEQAAAAAAAAFhAAAAAAAAAVEAAAAAAAABBQAAAAAAAAFxAAAAAAACAQEAAAAAAAABVQAAAAAAAQGFAAAAAAADAVkAAAAAAAAA+QAAAAAAAAEVAAAAAAAAAO0AAAAAAAECBQAAAAAAAAFdAAAAAAACASkAAAAAAAAA5QAAAAAAAwFlAAAAAAAAgY0AAAAAAAABFQAAAAAAAADxAAAAAAAAAS0AAAAAAAABLQAAAAAAAAEtAAAAAAACAR0AAAAAAAABeQAAAAAAAgERAAAAAAAAAOEAAAAAAAEBWQAAAAAAAQFZAAAAAAAAASkAAAAAAAIBLQAAAAAAAAD9AAAAAAACAVUAAAAAAAAA9QAAAAAAAQFVAAAAAAAAANUAAAAAAAIBLQAAAAAAAYGFAAAAAAAAANUAAAAAAAABHQAAAAAAAAEFAAAAAAAAAREAAAAAAAMBWQAAAAAAAAEdAAAAAAABAWUAAAAAAAIBLQAAAAAAAAFNAAAAAAACAQkAAAAAAAOBmQAAAAAAAgE5AAAAAAADAU0AAAAAAAIBbQAAAAAAAgFJAAAAAAACARUAAAAAAAIBGQAAAAAAAADVAAAAAAACQfkAAAAAAAEBTQAAAAAAAAEhAAAAAAABAbkAAAAAAAABJQAAAAAAAAEVAAAAAAACARkAAAAAAAIBLQAAAAAAAAD1AAAAAAABAXkAAAAAAACBoQAAAAAAAAExAAAAAAACAREAAAAAAAAA/QAAAAAAAgENAAAAAAAAAOkAAAAAAAEBdQAAAAAAAAEdAAAAAAABAV0AAAAAAAIBWQAAAAAAAgGBAAAAAAABAUEAAAAAAAIBeQAAAAAAA8HBAAAAAAACgYkAAAAAAAABQQAAAAAAAwFBAAAAAAABAWUAAAAAAAKBsQAAAAAAAgE5AAAAAAADAUkAAAAAAAIBHQAAAAAAAgEdAAAAAAAAAUEAAAAAAAIBCQAAAAAAAwFBAAAAAAAAAS0AAAAAAAABYQAAAAAAAgEtAAAAAAAAAPkAAAAAAAAA4QAAAAAAAQFBAAAAAAADAVEAAAAAAAAA8QAAAAAAAgE5AAAAAAACASkAAAAAAAAA1QAAAAAAAgEZAAAAAAAAQckAAAAAAAIBAQAAAAAAAwFFAAAAAAAAAP0AAAAAAAAA3QAAAAAAAQFJAAAAAAACAQkAAAAAAAIBZQAAAAAAAAFJAAAAAAACAUkAAAAAAACBsQAAAAAAAgENAAAAAAACASUAAAAAAAIBPQAAAAAAAADtAAAAAAACAcUAAAAAAAABFQAAAAAAAgEVAAAAAAACAU0AAAAAAAIBAQAAAAAAAAE5AAAAAAAAgZkAAAAAAAAA4QAAAAAAAAFVAAAAAAABAVUAAAAAAAAA8QAAAAAAAwGlAAAAAAACATkAAAAAAAABNQAAAAAAAAEZAAAAAAADAVUAAAAAAAABCQAAAAAAAgFNAAAAAAAAgYEAAAAAAAIBAQAAAAAAAADtAAAAAAACogEAAAAAAAABEQAAAAAAAgEBAAAAAAACAU0AAAAAAAAA7QAAAAAAAADtAAAAAAACAQ0AAAAAAAABXQAAAAAAAgFZAAAAAAAAAQ0AAAAAAAABBQAAAAAAAwFVAAAAAAAAgbkAAAAAAAAA5QAAAAAAAgEVAAAAAAAAgbkAAAAAAAIBGQAAAAAAAgFZAAAAAAACAXEAAAAAAAIBKQAAAAAAAAFVAAAAAAACAXEAAAAAAAAA4QAAAAAAAADlAAAAAAAAANUAAAAAAAEBZQAAAAAAAADxAAAAAAACAQUAAAAAAAAA1QAAAAAAAQFlAAAAAAACARUAAAAAAAIBTQAAAAAAAQFZAAAAAAADAV0AAAAAAAMBTQAAAAAAAgERAAAAAAAAAUEAAAAAAANByQAAAAAAAAD1AAAAAAAAANUAAAAAAAMBbQAAAAAAAAEFAAAAAAAAAZ0AAAAAAAMBdQAAAAAAAgENAAAAAAAAAPUAAAAAAAEBXQAAAAAAAgE1AAAAAAAAAPEAAAAAAAEBaQAAAAAAAADdAAAAAAACATUAAAAAAAIBbQAAAAAAAADZAAAAAAAAATUAAAAAAAABXQAAAAAAAgEFAAAAAAABAYEAAAAAAAIBOQAAAAAAAADxAAAAAAACAQEAAAAAAAIBNQAAAAAAAAEFAAAAAAACAXEAAAAAAAMBWQAAAAAAAADtAAAAAAAAAS0AAAAAAAIBNQAAAAAAAgElAAAAAAACASUAAAAAAAAA6QAAAAAAAgE1AAAAAAAAAW0AAAAAAAAA/QAAAAAAAwGBAAAAAAAAANkAAAAAAAEBZQAAAAAAAAEBAAAAAAABAVEAAAAAAAKBsQAAAAAAAAEJAAAAAAAAAQEAAAAAAAABWQAAAAAAAAENAAAAAAAAAT0AAAAAAAIBbQAAAAAAAgEJAAAAAAACAR0AAAAAAAAA/QAAAAAAAgElAAAAAAAAAN0AAAAAAAKBgQAAAAAAAADhAAAAAAAAAPEAAAAAAAABCQAAAAAAAAD9AAAAAAAAAOUAAAAAAAIBTQAAAAAAAgEpAAAAAAAAAREAAAAAAAIBLQAAAAAAAAEtAAAAAAACAWUAAAAAAAAA5QAAAAAAAAEVAAAAAAAAAN0AAAAAAAIBAQAAAAAAAQFtAAAAAAAAARkAAAAAAAEBVQAAAAAAAQGxAAAAAAAAAOUAAAAAAAABOQAAAAAAAAFBAAAAAAABAX0AAAAAAAABWQAAAAAAAwFNAAAAAAAAAPkAAAAAAAEBRQAAAAAAAYGZAAAAAAAAANkAAAAAAAABJQAAAAAAAAEVAAAAAAACAQEAAAAAAAEBQQAAAAAAAgGNAAAAAAAAAP0AAAAAAAIBNQAAAAAAAgFZAAAAAAAAAOUAAAAAAAIBEQAAAAAAAgEFAAAAAAAAAVkAAAAAAAAA5QAAAAAAAQFZAAAAAAAAAPUAAAAAAAIBGQAAAAAAAAEtAAAAAAABAVEAAAAAAAIBeQAAAAAAAgEBAAAAAAAAATUAAAAAAAABBQAAAAAAAgFNAAAAAAAAAW0AAAAAAAIBKQAAAAAAAAEVAAAAAAACASUAAAAAAAAA7QAAAAAAAgENAAAAAAACAQ0AAAAAAAIBqQAAAAAAAQGFAAAAAAACARkAAAAAAAABJQAAAAAAAADhAAAAAAACgY0AAAAAAAAA+QAAAAAAAAD1AAAAAAACAUUAAAAAAAAA9QAAAAAAAwFxAAAAAAACASUAAAAAAAABQQAAAAAAAAE5AAAAAAAAAO0AAAAAAAAA9QAAAAAAAAERAAAAAAAAAUUAAAAAAAAA7QAAAAAAAgEJAAAAAAAAAPkAAAAAAAABbQAAAAAAAwFhAAAAAAAAANkAAAAAAAEBcQAAAAAAAAEFAAAAAAAAANUAAAAAAAABPQAAAAAAAgE1AAAAAAAAAO0AAAAAAACBmQAAAAAAAADtAAAAAAACAQ0AAAAAAAIBbQAAAAAAAgEJAAAAAAACgZEAAAAAAAIBHQAAAAAAAADdAAAAAAABAXkAAAAAAAEBbQAAAAAAAgEJAAAAAAACAUEAAAAAAAABKQAAAAAAAADdAAAAAAADAXEAAAAAAAIBDQAAAAAAAgFFAAAAAAACAQkAAAAAAAGBgQAAAAAAAAFFAAAAAAAAAPkAAAAAAAABPQAAAAAAAAFNAAAAAAACAQUAAAAAAAEBTQAAAAAAAADVAAAAAAACAVEAAAAAAAABEQAAAAAAAAGVAAAAAAAAAQkAAAAAAAABCQAAAAAAAAEFAAAAAAABAWEAAAAAAAEBbQAAAAAAAQGJAAAAAAACAQkAAAAAAAABTQAAAAAAAwGRAAAAAAAAATkAAAAAAAABIQAAAAAAAAF5AAAAAAAAAP0AAAAAAAABAQAAAAAAAgEZAAAAAAAAAWUAAAAAAAAA6QAAAAAAAADVAAAAAAADAVEAAAAAAAABDQAAAAAAAgEZAAAAAAACARUAAAAAAAIBNQAAAAAAAAENAAAAAAAAAPEAAAAAAAAA2QAAAAAAAAE9AAAAAAACATkAAAAAAAIBWQAAAAAAAAEtAAAAAAACAREAAAAAAAEBSQAAAAAAAAE1AAAAAAACARUAAAAAAAABBQAAAAAAAgEVAAAAAAAAAP0AAAAAAAAA9QAAAAAAAwFBAAAAAAAAAVEAAAAAAAAA4QAAAAAAAAEVAAAAAAACAQUAAAAAAAEBwQAAAAAAAAEFAAAAAAAAAOkAAAAAAAEBXQAAAAAAAQFlAAAAAAAAAPkAAAAAAAABZQAAAAAAAAEJAAAAAAACAQ0AAAAAAAJB1QAAAAAAAADVAAAAAAADAVEAAAAAAAABXQAAAAAAAgEBAAAAAAACAQEAAAAAAAIBXQAAAAAAAgERAAAAAAAAAN0AAAAAAAIBLQAAAAAAAQFBAAAAAAAAASUAAAAAAAIBFQAAAAAAAAD1AAAAAAAAAQkAAAAAAAAA8QAAAAAAAgEVAAAAAAACAQEAAAAAAAAA7QAAAAAAAgE5AAAAAAABAZUAAAAAAAIBIQAAAAAAAgFFAAAAAAAAAXEAAAAAAAABCQAAAAAAAAFRAAAAAAACAQEAAAAAAAABJQAAAAAAAgEBAAAAAAAAAPkAAAAAAAAA2QAAAAAAAADdAAAAAAAAAR0AAAAAAAMBRQAAAAAAAgEVAAAAAAADAX0AAAAAAAAA7QAAAAAAAAD9AAAAAAACAQkAAAAAAAABWQAAAAAAAADxAAAAAAAAAOUAAAAAAAIBNQAAAAAAAAEFAAAAAAADAWUAAAAAAAIBAQAAAAAAAkHNAAAAAAACATEAAAAAAAABgQAAAAAAAADlAAAAAAADAU0AAAAAAAMBXQAAAAAAAADxAAAAAAAAASUAAAAAAAAA5QAAAAAAAADtAAAAAAAAARUAAAAAAAABJQAAAAAAAADVAAAAAAAAAP0AAAAAAAABHQAAAAAAAAE5AAAAAAAAANkAAAAAAAABDQAAAAAAAIGFAAAAAAACAQEAAAAAAAABMQAAAAAAAwFBAAAAAAACAQEAAAAAAAAA5QAAAAAAAAE9AAAAAAAAANUAAAAAAAAA3QAAAAAAAAElAAAAAAACATEAAAAAAAABAQAAAAAAAgGZAAAAAAAAAUEAAAAAAAAA+QAAAAAAAAFFAAAAAAACAXEAAAAAAAABEQAAAAAAAgE1AAAAAAAAAQUAAAAAAAAA5QAAAAAAAQFRAAAAAAACARUAAAAAAAIBOQAAAAAAAADdAAAAAAACAQUAAAAAAAIBMQAAAAAAAgFJAAAAAAADAbEAAAAAAAAA8QAAAAAAAgEBAAAAAAAAATUAAAAAAAEBQQAAAAAAAgEZAAAAAAAAAVEAAAAAAAABMQAAAAAAAAEFAAAAAAAAAN0AAAAAAAABAQAAAAAAAwFlAAAAAAACAQUAAAAAAAIBNQAAAAAAAAEBAAAAAAACAQ0AAAAAAAIBAQAAAAAAAAEFAAAAAAAAATEAAAAAAAAA6QAAAAAAAgEtAAAAAAAAAS0AAAAAAAIBJQAAAAAAAADVAAAAAAADAWUAAAAAAAAA4QAAAAAAAgEtAAAAAAABAU0AAAAAAAABZQAAAAAAAAEtAAAAAAAAAS0AAAAAAAABEQAAAAAAAADhAAAAAAACARUAAAAAAAEBeQAAAAAAAAD5AAAAAAAAATEAAAAAAAABKQAAAAAAAAEZAAAAAAAAAQEAAAAAAAEBaQAAAAAAAwFlAAAAAAACAVEAAAAAAAABFQAAAAAAAADtAAAAAAACwd0AAAAAAAEBTQAAAAAAAgEVAAAAAAADAUkAAAAAAAABPQAAAAAAAgFFAAAAAAACASkAAAAAAAIBUQAAAAAAAgEJAAAAAAAAAP0AAAAAAAIBJQAAAAAAA4HZAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADlAAAAAAACAVUAAAAAAAABFQAAAAAAAAEVAAAAAAACAS0AAAAAAAIBBQAAAAAAAADZAAAAAAAAARkAAAAAAAABJQAAAAAAAADVAAAAAAACAREAAAAAAAAA4QAAAAAAAwFBAAAAAAAAgZkAAAAAAAEBUQAAAAAAAAGFAAAAAAACAQ0AAAAAAAIBDQAAAAAAAADtAAAAAAACAVUAAAAAAAAA1QAAAAAAAAENAAAAAAAAANUAAAAAAAEBRQAAAAAAAAD9AAAAAAAAANkAAAAAAAABAQAAAAAAAADpAAAAAAAAAOUAAAAAAAABAQAAAAAAAgENAAAAAAAAATEAAAAAAAAA3QAAAAAAAADhAAAAAAAAAO0AAAAAAAAA+QAAAAAAAgERAAAAAAAAAOkAAAAAAAIBDQAAAAAAAAEtAAAAAAACATkAAAAAAAKBnQAAAAAAAgEBAAAAAAACAQUAAAAAAAABEQAAAAAAAQFNAAAAAAAAAV0AAAAAAAABBQAAAAAAAADlAAAAAAAAASUAAAAAAAIBDQAAAAAAAADtAAAAAAACAQEAAAAAAAABVQAAAAAAAADZAAAAAAADohkAAAAAAAIBYQAAAAAAAAExAAAAAAAAAP0AAAAAAAIBGQAAAAAAAAFBAAAAAAAAAPEAAAAAAAABFQAAAAAAAADtAAAAAAAAASEAAAAAAAAA9QAAAAAAAADtAAAAAAAAANUAAAAAAAAA7QAAAAAAAgENAAAAAAAAANUAAAAAAAIBNQAAAAAAAADVAAAAAAACARUAAAAAAAAA/QAAAAAAAAEJAAAAAAAAAU0AAAAAAAABBQAAAAAAAgFZAAAAAAAAAPkAAAAAAAAA2QAAAAAAAAE9AAAAAAACAQ0AAAAAAAAA9QAAAAAAAgEFAAAAAAACAT0AAAAAAAABGQAAAAAAAADdAAAAAAABAU0AAAAAAAIBFQAAAAAAAADtAAAAAAABwd0AAAAAAAIBCQAAAAAAAAD5AAAAAAAAAXkAAAAAAAABLQAAAAAAAkHJAAAAAAAAAOEAAAAAAAABEQAAAAAAAAEpAAAAAAAAAP0AAAAAAAIBGQAAAAAAAAElAAAAAAAAANkAAAAAAAIBAQAAAAAAAAElAAAAAAAAAN0AAAAAAAAA3QAAAAAAAAEBAAAAAAAAAOEAAAAAAAABAQAAAAAAAgEFAAAAAAAAAQ0AAAAAAAABBQAAAAAAAgEtAAAAAAAAAOkAAAAAAAIBCQAAAAAAAQFVAAAAAAAAAO0AAAAAAAABOQAAAAAAAAEJAAAAAAACASkAAAAAAAIBMQAAAAAAAgF5AAAAAAACAR0AAAAAAAABFQAAAAAAAADtAAAAAAABAW0AAAAAAAIBBQAAAAAAAAD5AAAAAAAAARUAAAAAAAIBFQAAAAAAAADdAAAAAAAAAQ0AAAAAAAABVQAAAAAAAAD5AAAAAAAAAQEAAAAAAAABJQAAAAAAAAEtAAAAAAACAREAAAAAAAAA+QAAAAAAAgEFAAAAAAAAAPkAAAAAAAAA3QAAAAAAAgEpAAAAAAAAAQEAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAN0AAAAAAAIBAQAAAAAAAADZAAAAAAACAQkAAAAAAAIBOQAAAAAAAAF1AAAAAAACAQUAAAAAAAAA3QAAAAAAAAD5AAAAAAAAASkAAAAAAAIBCQAAAAAAAgERAAAAAAAAAO0AAAAAAAABEQAAAAAAAgEZAAAAAAAAANkAAAAAAAEBRQAAAAAAAgEBAAAAAAAAAOEAAAAAAAABQQAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA9QAAAAAAAgERAAAAAAAAAOkAAAAAAAIBDQAAAAAAAAEFAAAAAAAAAO0AAAAAAAAA9QAAAAAAAADpAAAAAAACATUAAAAAAAAA9QAAAAAAAgEtAAAAAAAAAR0AAAAAAAAA9QAAAAAAAAEtAAAAAAAAAP0AAAAAAAIBGQAAAAAAAAEVAAAAAAACATEAAAAAAAABBQAAAAAAAADVAAAAAAAAAQEAAAAAAAABKQAAAAAAAADVAAAAAAADAUEAAAAAAAABCQAAAAAAAgENAAAAAAAAAO0AAAAAAAIBIQAAAAAAAAElAAAAAAACAQUAAAAAAAAA2QAAAAAAAAEZAAAAAAACATUAAAAAAAAA3QAAAAAAAADpAAAAAAAAAPUAAAAAAAAA3QAAAAAAAAFFAAAAAAAAAPUAAAAAAAABKQAAAAAAAAD5AAAAAAAAAREAAAAAAAABAQAAAAAAAAERAAAAAAACARkAAAAAAAAA1QAAAAAAAADVAAAAAAACATUAAAAAAAABAQAAAAAAAgEJAAAAAAAAASUAAAAAAAAA3QAAAAAAAADdAAAAAAAAAOEAAAAAAAAA/QAAAAAAAAEZAAAAAAAAAOUAAAAAAAAA/QAAAAAAAgEJAAAAAAAAARkAAAAAAAAA+QAAAAAAAADZAAAAAAAAAQkAAAAAAAIBHQAAAAAAAAEpAAAAAAAAANUAAAAAAAABBQAAAAAAAgEVAAAAAAAAAPkAAAAAAAAA5QAAAAAAAgE5AAAAAAAAAQUAAAAAAAABMQAAAAAAAgEJAAAAAAAAAOkAAAAAAAAA3QAAAAAAAAERAAAAAAADAU0AAAAAAAABGQAAAAAAAAE9AAAAAAAAAQUAAAAAAAIBEQAAAAAAAAEBAAAAAAAAAQ0AAAAAAAIBDQAAAAAAAgEVAAAAAAACAUUAAAAAAAABEQAAAAAAAgENAAAAAAACAQkAAAAAAAAA+QAAAAAAAAEdAAAAAAACAQ0AAAAAAAAA9QAAAAAAAgENAAAAAAACATkAAAAAAAAA/QAAAAAAAAENAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAAD5AAAAAAACARkAAAAAAAAA2QAAAAAAAADxAAAAAAAAAOEAAAAAAAAA5QAAAAAAAAElAAAAAAAAAQEAAAAAAAMBTQAAAAAAAAEpAAAAAAAAASUAAAAAAAIBGQAAAAAAAAD5AAAAAAAAARUAAAAAAAAA9QAAAAAAAgFJAAAAAAAAAQkAAAAAAAAA/QAAAAAAAAEpAAAAAAABAUEAAAAAAAAA8QAAAAAAAAD9AAAAAAAAAOkAAAAAAAMBWQAAAAAAAgEBAAAAAAAAAREAAAAAAAIBAQAAAAAAAAEFAAAAAAAAAP0AAAAAAAABCQAAAAAAAADVAAAAAAACATEAAAAAAAIBQQAAAAAAAgEVAAAAAAAAAPkAAAAAAAABBQAAAAAAAADVAAAAAAAAAQ0AAAAAAAABNQAAAAAAAwFRAAAAAAAAAN0AAAAAAAAA9QAAAAAAAAEpAAAAAAAAAVEAAAAAAAABKQAAAAAAAADVAAAAAAAAANUAAAAAAAABTQAAAAAAAAEBAAAAAAAAARkAAAAAAAAA3QAAAAAAAgEJAAAAAAACASkAAAAAAAEBUQAAAAAAAgEdAAAAAAAAAP0AAAAAAAIBCQAAAAAAAAD9AAAAAAAAAOEAAAAAAAAA3QAAAAAAAQGNAAAAAAACAT0AAAAAAAEBSQAAAAAAAAFNAAAAAAACAQUAAAAAAAABPQAAAAAAAAEFAAAAAAAAAOUAAAAAAAIBHQAAAAAAAgEBAAAAAAAAAQkAAAAAAAAA3QAAAAAAAgEFAAAAAAAAAOEAAAAAAAAA9QAAAAAAAADhAAAAAAAAAQEAAAAAAAIBAQAAAAAAAAElAAAAAAAAAPkAAAAAAAAA7QAAAAAAAADpAAAAAAAAARkAAAAAAAABNQAAAAAAAADdAAAAAAAAAN0AAAAAAAABCQAAAAAAAgElAAAAAAAAAREAAAAAAAAA1QAAAAAAAADtAAAAAAACARUAAAAAAAAA2QAAAAAAAADVAAAAAAAAAQUAAAAAAAAA+QAAAAAAAgEBAAAAAAAAAPkAAAAAAAABBQAAAAAAAAENAAAAAAAAAXEAAAAAAAAA/QAAAAAAAAD1AAAAAAABAVUAAAAAAAAA7QAAAAAAAAEZAAAAAAAAAPUAAAAAAAAA8QAAAAAAAAEBAAAAAAAAAOkAAAAAAAIBKQAAAAAAAAEJAAAAAAAAARkAAAAAAAABBQAAAAAAAgENAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADZAAAAAAAAAOUAAAAAAAABKQAAAAAAAADdAAAAAAAAAQkAAAAAAAIBIQAAAAAAAADpAAAAAAAAAOEAAAAAAAAA8QAAAAAAAgEJAAAAAAAAATkAAAAAAAAA8QAAAAAAAQFhAAAAAAAAAOkAAAAAAAAA2QAAAAAAAADxAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAEdAAAAAAAAAPkAAAAAAAAA6QAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBJQAAAAAAAgElAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADdAAAAAAACAQEAAAAAAAIBCQAAAAAAAADhAAAAAAAAAP0AAAAAAAAA9QAAAAAAAgExAAAAAAAAANkAAAAAAAABCQAAAAAAAAD9AAAAAAAAAN0AAAAAAAIBAQAAAAAAAADpAAAAAAAAANkAAAAAAAIBGQAAAAAAAgEJAAAAAAAAAUkAAAAAAAAA7QAAAAAAAADdAAAAAAACAQEAAAAAAAIBJQAAAAAAAADtAAAAAAAAAPUAAAAAAAAA2QAAAAAAAAENAAAAAAACAQ0AAAAAAAAA2QAAAAAAAgEZAAAAAAAAAQkAAAAAAAAA5QAAAAAAAAEJAAAAAAAAAQEAAAAAAAABBQAAAAAAAADhAAAAAAAAAUEAAAAAAAAA7QAAAAAAAADpAAAAAAAAAO0AAAAAAAABBQAAAAAAAADlAAAAAAAAAO0AAAAAAAAA4QAAAAAAAgEJAAAAAAAAAREAAAAAAAAA9QAAAAAAAADlAAAAAAAAANUAAAAAAAIBBQAAAAAAAAEJAAAAAAAAAQkAAAAAAAAA5QAAAAAAAADtAAAAAAAAAPEAAAAAAAIBSQAAAAAAAAD5AAAAAAABAUUAAAAAAAAA9QAAAAAAAAENAAAAAAAAARUAAAAAAAABHQAAAAAAAADlAAAAAAAAAOUAAAAAAAABDQAAAAAAAADpAAAAAAACAQEAAAAAAAAA8QAAAAAAAADZAAAAAAAAAPEAAAAAAAIBAQAAAAAAAADhAAAAAAAAANkAAAAAAAMBRQAAAAAAAADhAAAAAAAAAOUAAAAAAAABGQAAAAAAAAEpAAAAAAAAAREAAAAAAAIBKQAAAAAAAAEBAAAAAAAAAOkAAAAAAAIBFQAAAAAAAADlAAAAAAAAAPUAAAAAAAIBBQAAAAAAAADVAAAAAAAAANUAAAAAAAAA2QAAAAAAAADxAAAAAAACAUUAAAAAAAAA4QAAAAAAAADdAAAAAAAAARUAAAAAAAAA+QAAAAAAAgEdAAAAAAAAAQ0AAAAAAAABCQAAAAAAAAERAAAAAAACAQEAAAAAAAAA1QAAAAAAAAD9AAAAAAACAQEAAAAAAAIBEQAAAAAAAgEFAAAAAAAAAP0AAAAAAAAA/QAAAAAAAAD5AAAAAAAAAPUAAAAAAAAA6QAAAAAAAADtAAAAAAAAAPEAAAAAAAAA3QAAAAAAAgEBAAAAAAACARkAAAAAAAIBCQAAAAAAAAERAAAAAAAAAP0AAAAAAAAA/QAAAAAAAADpAAAAAAAAAOEAAAAAAAAA9QAAAAAAAADpAAAAAAAAAQkAAAAAAAABEQAAAAAAAgEZAAAAAAAAARUAAAAAAAAA3QAAAAAAAAE5AAAAAAAAAOkAAAAAAAAA5QAAAAAAAAENAAAAAAACASUAAAAAAAIBAQAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA7QAAAAAAAAD9AAAAAAAAANUAAAAAAAIBAQAAAAAAAAENAAAAAAAAAOkAAAAAAAIBBQAAAAAAAADpAAAAAAAAANkAAAAAAAABCQAAAAAAAgEhAAAAAAAAANkAAAAAAAAA4QAAAAAAAADhAAAAAAAAARkAAAAAAAIBDQAAAAAAAAD9AAAAAAAAANkAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAS0AAAAAAAABBQAAAAAAAAEVAAAAAAAAAOUAAAAAAAABNQAAAAAAAgEZAAAAAAAAAPUAAAAAAAABBQAAAAAAAAEtAAAAAAAAAP0AAAAAAAAA4QAAAAAAAAERAAAAAAAAAOUAAAAAAAIBLQAAAAAAAAEhAAAAAAAAAREAAAAAAAAA7QAAAAAAAAERAAAAAAAAAPEAAAAAAAIBCQAAAAAAAADZAAAAAAAAAPkAAAAAAAABBQAAAAAAAADhAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAE5AAAAAAAAAPEAAAAAAAABCQAAAAAAAAD5AAAAAAAAATEAAAAAAAAA1QAAAAAAAAEpAAAAAAAAAQUAAAAAAAIBBQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA1QAAAAAAAgEtAAAAAAAAAQkAAAAAAAAA/QAAAAAAAgEVAAAAAAAAAOUAAAAAAAAA7QAAAAAAAgEBAAAAAAACAWkAAAAAAAAA4QAAAAAAAgEdAAAAAAAAAREAAAAAAAABJQAAAAAAAADlAAAAAAAAARkAAAAAAAAA1QAAAAAAAADdAAAAAAAAANUAAAAAAAIBBQAAAAAAAADhAAAAAAAAARUAAAAAAAAA4QAAAAAAAADhAAAAAAACAQUAAAAAAAIBFQAAAAAAAADpAAAAAAAAAO0AAAAAAAAA9QAAAAAAAADhAAAAAAAAASEAAAAAAAIBFQAAAAAAAgEBAAAAAAAAAP0AAAAAAAIBLQAAAAAAAAEJAAAAAAAAANUAAAAAAAAA1QAAAAAAAAD9AAAAAAAAAREAAAAAAAAA4QAAAAAAAADtAAAAAAAAAOEAAAAAAAABCQAAAAAAAADhAAAAAAAAAN0AAAAAAAAA/QAAAAAAAADZAAAAAAAAAN0AAAAAAAAA8QAAAAAAAAERAAAAAAAAAOEAAAAAAAABEQAAAAAAAADdAAAAAAAAAQkAAAAAAAIBHQAAAAAAAAEtAAAAAAAAAOUAAAAAAAAA3QAAAAAAAwFFAAAAAAAAAQkAAAAAAAAA1QAAAAAAAADdAAAAAAAAAOUAAAAAAAAA3QAAAAAAAADxAAAAAAAAANUAAAAAAAIBEQAAAAAAAgEBAAAAAAAAATUAAAAAAAABLQAAAAAAAADpAAAAAAAAANkAAAAAAAAA2QAAAAAAAAENAAAAAAAAARkAAAAAAAABEQAAAAAAAgERAAAAAAACAQ0AAAAAAAAA1QAAAAAAAAD5AAAAAAAAAN0AAAAAAAIBDQAAAAAAAgE1AAAAAAAAAPUAAAAAAAAA9QAAAAAAAADhAAAAAAAAASUAAAAAAAAA4QAAAAAAAADZAAAAAAACAREAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAPEAAAAAAAABCQAAAAAAAADVAAAAAAAAAOkAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAP0AAAAAAAAA6QAAAAAAAAE1AAAAAAAAAQ0AAAAAAAAA/QAAAAAAAADdAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAQUAAAAAAAABBQAAAAAAAADhAAAAAAAAANUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAOEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAQ0AAAAAAAIBCQAAAAAAAAFBAAAAAAAAANkAAAAAAAAA1QAAAAAAAADtAAAAAAAAANUAAAAAAAAA1QAAAAAAAADlAAAAAAAAAOEAAAAAAAAA5QAAAAAAAAEJAAAAAAACAQUAAAAAAAAA1QAAAAAAAADxAAAAAAAAAP0AAAAAAAABBQAAAAAAAADdAAAAAAAAAPEAAAAAAAAA2QAAAAAAAADhAAAAAAAAAPEAAAAAAAAA4QAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA9QAAAAAAAAEFAAAAAAAAANUAAAAAAAAA1QAAAAAAAADdAAAAAAAAAOUAAAAAAAAA6QAAAAAAAADZAAAAAAAAAQEAAAAAAAAA3QAAAAAAAAEJAAAAAAAAAOUAAAAAAAIBEQAAAAAAAAD9AAAAAAAAAPUAAAAAAAAA5QAAAAAAAADZAAAAAAAAAOUAAAAAAAAA5QAAAAAAAgEBAAAAAAAAANUAAAAAAAABAQAAAAAAAADpAAAAAAAAAN0AAAAAAAABAQAAAAAAAAEJA</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=29" index="28" defaultArrayLength="1558">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="279.753" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.8273" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.76" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16620">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAgPJ0WEAAAACA6WJaQAAAAKCzw1pAAAAAgDNEW0AAAABgOoVbQAAAAACEwltAAAAAIKbGW0AAAABgB8NcQAAAAMDEHl1AAAAAwP1BXUAAAABAlZJdQAAAAMDhxF1AAAAAwOIAXkAAAACgASJeQAAAAODFw15AAAAAoIgCX0AAAABgPERfQAAAAGDHgF9AAAAAgL6GX0AAAABAa8FfQAAAAICqxl9AAAAAgEQCYEAAAACA6g9gQAAAAADFGWBAAAAAgCZAYEAAAAAAb0VgQAAAAMA/XmBAAAAAQKxhYEAAAAAgOp9gQAAAAID/oGBAAAAAIA3BYEAAAACgvMpgQAAAAID70GBAAAAAoETeYEAAAABAeeFgQAAAAGCl6WBAAAAAAHLvYEAAAAAgw/NgQAAAAGCQAWFAAAAAgA8MYUAAAAAApx1hQAAAAAC9IWFAAAAAYAtAYUAAAAAAp0NhQAAAAMA3VWFAAAAAwMpdYUAAAACg3mJhQAAAAGDoZGFAAAAAYE2DYUAAAACgPJ9hQAAAAOARomFAAAAAQLi+YUAAAACg1sFhQAAAAEAGxGFAAAAAILzeYUAAAABAIORhQAAAAMBTAWJAAAAAAPcgYkAAAADgGEFiQAAAAGB0TmJAAAAA4AlRYkAAAACg7lRiQAAAAGDcYWJAAAAAQLKBYkAAAABA3YxiQAAAACAblmJAAAAAAO+hYkAAAABgXsFiQAAAAMBO4WJAAAAAYHQAY0AAAACguAJjQAAAAKDVIWNAAAAAIIhBY0AAAABAvENjQAAAAKBwXWNAAAAAAOhhY0AAAAAgO2RjQAAAACCUfGNAAAAAIPGCY0AAAABgCKRjQAAAAAArwGNAAAAAgAPDY0AAAAAg+8RjQAAAAOCC0mNAAAAAAKvdY0AAAABgJeNjQAAAAKC/IWRAAAAAQF9BZEAAAABg60RkQAAAAIC6U2RAAAAAAMpcZEAAAADgfmFkQAAAAGBEfmRAAAAA4PuBZEAAAAAAQJ9kQAAAAIDvoWRAAAAAwJK8ZEAAAABAksJkQAAAAIAC4GRAAAAA4B7jZEAAAADglgFlQAAAAMBGIWVAAAAAQEojZUAAAABg+zBlQAAAAOC7QmVAAAAAIElRZUAAAAAA+V9lQAAAAGA1ZGVAAAAAII9/ZUAAAABgZINlQAAAAAB1oGVAAAAAYM+/ZUAAAAAADsJlQAAAAICt0WVAAAAAwBnhZUAAAACgcv1lQAAAAMAYAWZAAAAAQM8TZkAAAAAAwyFmQAAAAGB7KGZAAAAA4EkuZkAAAAAA4zJmQAAAACDmQWZAAAAAYNFhZkAAAABgbmRmQAAAAIAagmZAAAAAAI6SZkAAAABg7qFmQAAAAMBgrmZAAAAAICOzZkAAAACA6LtmQAAAAICGwGZAAAAAgPnCZkAAAADA08ZmQAAAAOAu32ZAAAAA4EjjZkAAAAAg8gFnQAAAAAAFEmdAAAAA4OUeZ0AAAACgVSJnQAAAAABkMWdAAAAAIDlCZ0AAAAAAiVFnQAAAAKCDYmdAAAAA4NJwZ0AAAAAgZYJnQAAAAICxoGdAAAAAgACkZ0AAAADAKLNnQAAAAGCVwGdAAAAAIPfCZ0AAAACAG+BnQAAAAMA/4mdAAAAA4AwDaEAAAAAgix5oQAAAAKCwIWhAAAAA4PtBaEAAAAAAkF9oQAAAAABCYmhAAAAAQGFvaEAAAAAAWIJoQAAAACCYhWhAAAAAoFyWaEAAAACAMJ1oQAAAAICeoGhAAAAAoO/CaEAAAACA2dJoQAAAACB442hAAAAAAKnwaEAAAAAAvgJpQAAAAECPImlAAAAAoCoxaUAAAACgDkRpQAAAAMBcUmlAAAAAYAxbaUAAAABgxWBpQAAAAMAAZGlAAAAAwD6AaUAAAACg04JpQAAAAOB6kWlAAAAAAJiiaUAAAABgnLJpQAAAAOBNw2lAAAAA4ELQaUAAAACAyOJpQAAAACDCAGpAAAAA4CIEakAAAABgMCBqQAAAAGDhQmpAAAAAYGBUakAAAACAymBqQAAAAIABZmpAAAAAoBKAakAAAABgtYJqQAAAAMCbnWpAAAAAYEuiakAAAABAJ6VqQAAAAGB3qWpAAAAAIB3EakAAAACAGt1qQAAAACDh32pAAAAAIO/iakAAAACg6vNqQAAAAACzAmtAAAAAoGITa0AAAADAxB1rQAAAAMDAIWtAAAAAQJcka0AAAADgcDJrQAAAAICFP2tAAAAAgJhCa0AAAABgrFNrQAAAAACoYmtAAAAAoEBza0AAAACAKn9rQAAAAGBRhGtAAAAAYLKca0AAAACgSqJrQAAAAEA4smtAAAAA4H3Aa0AAAABg58NrQAAAAKC74mtAAAAAADjla0AAAACgbgNsQAAAAODCEmxAAAAAYP4cbEAAAADgciNsQAAAACAORGxAAAAAAIZSbEAAAADgKWFsQAAAAEA0ZWxAAAAAwNNwbEAAAABgZHNsQAAAAGC5dWxAAAAAIGWDbEAAAADAfpNsQAAAAGCCo2xAAAAAAFO7bEAAAACgbsJsQAAAAMDr0mxAAAAAgHTcbEAAAABgPeBsQAAAAADp42xAAAAAYDoDbUAAAAAggxJtQAAAAGCnHW1AAAAAoLUgbUAAAAAAz0BtQAAAAIBzRG1AAAAAYBdibUAAAABgFnRtQAAAAKBNgG1AAAAAwI2DbUAAAACgJaBtQAAAAEAwpG1AAAAAYMW/bUAAAABgNcNtQAAAAAAOxm1AAAAAgM7hbUAAAABg2fBtQAAAACDK9G1AAAAAIKoDbkAAAACAaCFuQAAAAKDwJG5AAAAAwNA7bkAAAABgnD9uQAAAAEBmRG5AAAAAgIVObkAAAADgb2RuQAAAAOC/b25AAAAAQOd8bkAAAADAj4RuQAAAAIDAkm5AAAAAwFKVbkAAAAAgr5xuQAAAAMBWo25AAAAAgG+nbkAAAACgPcFuQAAAAECbxG5AAAAA4OXPbkAAAABALNtuQAAAAGDq4W5AAAAAQFgCb0AAAABAqR5vQAAAAGA6Im9AAAAAIPMyb0AAAAAgVj9vQAAAAODUQ29AAAAAYFpPb0AAAAAA0mBvQAAAAIBic29AAAAAYCp8b0AAAADANIFvQAAAAKAwhW9AAAAAIIyhb0AAAADA9qNvQAAAAIDbw29AAAAA4MnGb0AAAACgGNhvQAAAAKCX3G9AAAAAACHhb0AAAACgnuVvQAAAAEC96G9AAAAAIJDwb0AAAAAAHwJwQAAAAGCNC3BAAAAAwLAQcEAAAABAahJwQAAAACC/GHBAAAAAwMggcEAAAADAhClwQAAAAGCSLnBAAAAAYMowcEAAAABATkFwQAAAAEBhUnBAAAAA4ARZcEAAAACgImFwQAAAAIAGcnBAAAAA4GR4cEAAAACA9X5wQAAAACDogXBAAAAA4KOGcEAAAABA8JFwQAAAAGAyonBAAAAAQHKxcEAAAADAasBwQAAAACAownBAAAAAgCTJcEAAAABgv85wQAAAAAB40HBAAAAAQKbRcEAAAAAgVdlwQAAAAOCP4HBAAAAAgPfhcEAAAABgkeZwQAAAAIC06XBAAAAA4JTucEAAAACATfBwQAAAAGC/8XBAAAAAYPgBcUAAAABgNgZxQAAAAECEB3FAAAAA4L8NcUAAAACAcA9xQAAAAAAgEXFAAAAAgBYTcUAAAAAgrhlxQAAAAEBZIXFAAAAAAEcmcUAAAACA7C1xQAAAAODUMXFAAAAAoNM1cUAAAACAIEFxQAAAAMCuT3FAAAAAAC1ScUAAAACgnlhxQAAAAICuYXFAAAAAgP1ocUAAAACginBxQAAAAEDvcXFAAAAAwCmAcUAAAACA/oFxQAAAAOCLkHFAAAAA4G6ScUAAAABA6p1xQAAAAID1oHFAAAAAwK6wcUAAAADAF7JxQAAAAOBRtHFAAAAAoEvCcUAAAAAgo8RxQAAAAKDOxnFAAAAAAB3OcUAAAACAhdBxQAAAAABN0nFAAAAAwCTZcUAAAABgUOFxQAAAAKAq7HFAAAAAgPLwcUAAAACgYPJxQAAAAGB8+HFAAAAAAD4AckAAAADAFgJyQAAAACC3DnJAAAAAwBQSckAAAABAyBlyQAAAACA7IHJAAAAAQBcickAAAABg2i5yQAAAAMBNMHJAAAAAADsyckAAAACAy0ByQAAAAKBSQnJAAAAAgHJQckAAAACAolJyQAAAAEBQW3JAAAAAAPFfckAAAAAAsmdyQAAAAMB7b3JAAAAAoHByckAAAAAAS3dyQAAAAOAOgHJAAAAAgAiCckAAAADgsIlyQAAAAECckHJAAAAAQF6YckAAAACAmZlyQAAAACBDoXJAAAAAIKCkckAAAAAAsaZyQAAAAGCoq3JAAAAAoCyxckAAAAAgo7hyQAAAACA1wnJAAAAAwPPJckAAAAAA2styQAAAAGCgznJAAAAAgFTSckAAAAAg1dlyQAAAAOCy4nJAAAAA4K/ockAAAACgu/ByQAAAAKBt8nJAAAAAgOX7ckAAAAAA+gFzQAAAAOAgBHNAAAAAYA4Ic0AAAAAABBBzQAAAAMBMEnNAAAAAYEIUc0AAAADg4xlzQAAAAMA0H3NAAAAAgGQic0AAAADAPClzQAAAAACFL3NAAAAA4IYyc0AAAABAyUBzQAAAAMDZQ3NAAAAAYFFQc0AAAACAYlJzQAAAAABOXnNAAAAAQMBgc0AAAACAsnBzQAAAAIBBcnNAAAAAYICAc0AAAADg5YJzQAAAACASkHNAAAAAIBySc0AAAABgKaJzQAAAAIB2pHNAAAAAYCqvc0AAAABgR7JzQAAAACBbwnNAAAAAwFbSc0AAAAAg2NlzQAAAAKCh6XNAAAAAYFzwc0AAAAAgA/VzQAAAAKDR/3NAAAAAAFUCdEAAAAAg/AZ0QAAAAEBWEnRAAAAAIFYYdEAAAACg1CJ0QAAAACAcMHRAAAAAAEAydEAAAAAgGkB0QAAAAMBbQnRAAAAAIMdIdEAAAADA/lB0QAAAAECJUnRAAAAAoO9TdEAAAADApVh0QAAAACBPYXRAAAAAIDlsdEAAAADATnF0QAAAACDqcnRAAAAAoFV/dEAAAAAg+4F0QAAAAGAyj3RAAAAAgHqSdEAAAADAgKF0QAAAAKD2o3RAAAAAwFSqdEAAAACA7q90QAAAAEA8snRAAAAAgELCdEAAAAAAU850QAAAAABB0HRAAAAAoKLSdEAAAABA3eB0QAAAAEDs6HRAAAAAQGXudEAAAAAAlvB0QAAAAIBS8nRAAAAAwJn/dEAAAACAVQJ1QAAAAGAXCXVAAAAA4AATdUAAAAAgTRd1QAAAAEB2GXVAAAAAQJshdUAAAADgfzJ1QAAAAOBgNXVAAAAAwPQ3dUAAAADABEJ1QAAAAKBbTnVAAAAAQMdSdUAAAACA82F1QAAAAOA/ZHVAAAAAQARxdUAAAADAZnV1QAAAAAC6fnVAAAAAoPGBdUAAAAAghYl1QAAAAOBlj3VAAAAAoOiQdUAAAAAgkZJ1QAAAAGApmnVAAAAA4B2ddUAAAABAZ6F1QAAAAGD7onVAAAAAYBCudUAAAADgOLF1QAAAACCqsnVAAAAAAGrCdUAAAACAts51QAAAAABT0nVAAAAAgHPgdUAAAADgE+51QAAAAKBu8HVAAAAAoLHydUAAAABgbvh1QAAAAIBS/nVAAAAAAOoAdkAAAADgjwJ2QAAAACDcD3ZAAAAAoPkSdkAAAABgSRp2QAAAAODkH3ZAAAAAQBojdkAAAADABih2QAAAAIBCLnZAAAAAAMIxdkAAAAAgqTd2QAAAAGBMQXZAAAAA4HFOdkAAAAAATlJ2QAAAAGD1U3ZAAAAAwJBidkAAAACApGt2QAAAAOAncHZAAAAAwJJydkAAAADA/nl2QAAAAMB2fXZAAAAAQPyCdkAAAADgf4d2QAAAAGDajnZAAAAAIAORdkAAAAAAaZJ2QAAAAGDol3ZAAAAAAK6hdkAAAADA+a92QAAAAIDTsnZAAAAAgPu/dkAAAAAgkcJ2QAAAAGAqxHZAAAAAYIfHdkAAAADggMl2QAAAAADL0nZAAAAAYETidkAAAACARPF2QAAAAGDZ8nZAAAAAAG0Cd0AAAAAAgwh3QAAAAIDZEndAAAAAYM4hd0AAAABgoSN3QAAAAKBKKndAAAAAoMktd0AAAACgHDF3QAAAAACXMndAAAAAoJBAd0AAAABgG0N3QAAAAGCcUndAAAAAYDZjd0AAAACAw293QAAAAOCqcndAAAAAgP9/d0AAAAAA9oJ3QAAAAEALindAAAAAYMiQd0AAAACA+ZJ3QAAAAEA4oXdAAAAAIHujd0AAAACATat3QAAAAAANr3dAAAAAoDKzd0AAAABAD7d3QAAAAEAhwXdAAAAAACzDd0AAAADAUsh3QAAAAEBKyndAAAAAINHPd0AAAACg+NJ3QAAAAECj33dAAAAA4Jrjd0AAAAAg4Oh3QAAAACBR8XdAAAAAgBwCeEAAAADA4xB4QAAAAAAKGHhAAAAAgKMeeEAAAABgmyB4QAAAAOA0JHhAAAAAYPgoeEAAAAAAai94QAAAACAkM3hAAAAAgBhAeEAAAABg8kF4QAAAAMB7SHhAAAAAAHxSeEAAAAAAk2J4QAAAAOCdcnhAAAAAIGt4eEAAAAAgFYN4QAAAACDKinhAAAAAYKOSeEAAAADg4KJ4QAAAAECepnhAAAAAAGyweEAAAACAZbN4QAAAAKC3v3hAAAAAwC3QeEAAAABAstJ4QAAAAKCh4HhAAAAAoGfweEAAAACgK/N4QAAAAADy+nhAAAAAgKwAeUAAAACggQJ5QAAAAGBzCHlAAAAAIDwQeUAAAAAAthJ5QAAAAOAqFXlAAAAAICIXeUAAAADgaSF5QAAAAAA9I3lAAAAAYCsxeUAAAABABUF5QAAAAID0QnlAAAAAQA9ReUAAAADAXFN5QAAAAADcWXlAAAAAIHRdeUAAAACAQ2F5QAAAAAAfY3lAAAAAwMJyeUAAAACA2H95QAAAAADhg3lAAAAAwH+QeUAAAABAopN5QAAAAKByo3lAAAAAoIWoeUAAAABgtLF5QAAAAABrvnlAAAAAACPDeUAAAABg1MR5QAAAACBYyHlAAAAAIOHReUAAAAAALtl5QAAAAECs33lAAAAAYMrieUAAAADAael5QAAAAIAW8HlAAAAAoGjxeUAAAACARvN5QAAAAKCBAXpAAAAAQGoGekAAAAAgxg96QAAAAOAxE3pAAAAAYC0YekAAAADA3Bp6QAAAAIBPIXpAAAAAAFAjekAAAABgOTB6QAAAAEBBMnpAAAAAQPMzekAAAACAVEF6QAAAAIA/Q3pAAAAAQC9JekAAAACA9U96QAAAAMArU3pAAAAAIKNfekAAAACAlWN6QAAAAADvb3pAAAAAwM5yekAAAAAgyIR6QAAAAIDWkHpAAAAAoBWTekAAAABgwZp6QAAAAEBlonpAAAAAQEmvekAAAACAkbF6QAAAAMA0uHpAAAAAIDPBekAAAACAqsN6QAAAAAC2znpAAAAAYKPRekAAAACAa9R6QAAAAGB033pAAAAA4PLiekAAAACAZ+l6QAAAAECP73pAAAAA4HfxekAAAADAD/N6QAAAAAAI/npAAAAAICcAe0AAAABgHwN7QAAAACAPCXtAAAAAoEYQe0AAAAAgeBN7QAAAAEA0F3tAAAAAQFwge0AAAAAAmCJ7QAAAACB8M3tAAAAAoIk4e0AAAACgYzp7QAAAAIBdQ3tAAAAAgFtSe0AAAADAoWB7QAAAAOCscHtAAAAAgNB5e0AAAACgiYB7QAAAAIDQgntAAAAAoEaEe0AAAADA5JF7QAAAACBwlHtAAAAAALShe0AAAABADqR7QAAAAOCasHtAAAAAoKvAe0AAAAAgysJ7QAAAAGCS0XtAAAAAoOnYe0AAAABA2uN7QAAAACAl7XtAAAAAILPye0AAAADgmfR7QAAAAGDG/3tAAAAAwC4CfEAAAADAyQp8QAAAAKBAD3xAAAAAQA8RfEAAAABAeBN8QAAAAMDwI3xAAAAAIPQnfEAAAADALDF8QAAAAMAMM3xAAAAAoE9AfEAAAAAg6ER8QAAAAIATR3xAAAAAIF1KfEAAAAAA6lB8QAAAAOD4VXxAAAAAYH5ffEAAAADgr2F8QAAAACCXanxAAAAAoI5xfEAAAADg33N8QAAAAECndnxAAAAAYEmAfEAAAADACYl8QAAAAKC0kHxAAAAAYP6TfEAAAADAwZh8QAAAAADKoHxAAAAAwOywfEAAAAAgxrN8QAAAACCPwnxAAAAAAFrEfEAAAABghcd8QAAAACAa0XxAAAAAQIzTfEAAAABAU9h8QAAAAEAy2nxAAAAAwAfffEAAAADgReR8QAAAAMDp8HxAAAAAoPPzfEAAAAAgQfh8QAAAAEAZAX1AAAAAwLMDfUAAAACg8gZ9QAAAAKCAEX1AAAAAwDsYfUAAAACg+Rl9QAAAAECOIX1AAAAAoNwkfUAAAABAITF9QAAAAMDtMn1AAAAA4JRAfUAAAACAHEx9QAAAAODAUH1AAAAAIAxTfUAAAADANlV9QAAAAGCTX31AAAAAQH9jfUAAAACAYmV9QAAAAMCkbn1AAAAAQHNzfUAAAADAmoB9QAAAAKDChH1AAAAAwJmJfUAAAAAggZF9QAAAAEBVlH1AAAAAIJ+ffUAAAAAgeKF9QAAAAIDjo31AAAAAQJeufUAAAACgJbV9QAAAAIDJvH1AAAAAgBHAfUAAAAAAdsJ9QAAAACAtxX1AAAAAgMPNfUAAAAAgVtB9QAAAAAAa1X1AAAAAgOjffUAAAAAA4ON9QAAAAICs8H1AAAAAoMPyfUAAAABAKwN+QAAAAKAwBX5AAAAAoGYPfkAAAAAAwxJ+QAAAAAAbFX5AAAAAILUefkAAAADA/yJ+QAAAACCGMH5AAAAAYCszfkAAAABABjt+QAAAAGDsR35AAAAA4ENPfkAAAAAgo1F+QAAAAADbVH5AAAAAwMVXfkAAAABAiGR+QAAAAABdZn5AAAAAwD5xfkAAAADgwoB+QAAAAKDvhH5AAAAAwNmPfkAAAADAfJJ+QAAAAEChlH5AAAAAQK2jfkAAAACg2bB+QAAAAAAAtX5AAAAAgD7FfkAAAADA+tN+QAAAAICQ235AAAAAYFzlfkAAAABgGuh+QAAAACBf8n5AAAAAQCb0fkAAAACgUv9+QAAAAAALAX9AAAAAQBkDf0AAAABA7Ad/QAAAAMDbEH9AAAAAQC4Tf0AAAACAzRh/QAAAAMC0IH9AAAAAYEsjf0AAAADgiSh/QAAAAKBHLn9AAAAAYCYwf0AAAABAlDR/QAAAAGAuOH9AAAAA4I0/f0AAAACgsER/QAAAAMBwSX9AAAAAQFRQf0AAAACgB1N/QAAAAECRVn9AAAAAAM5if0AAAAAAv25/QAAAAKAhcX9AAAAAIBx0f0AAAADgGnh/QAAAAEAofH9AAAAAYFeCf0AAAAAAy4h/QAAAAICblH9AAAAAgFybf0AAAABAtp9/QAAAACBnpH9AAAAAgK6pf0AAAAAAa69/QAAAAIDstH9AAAAAINHEf0AAAACgQMl/QAAAAKDT0H9AAAAAAEXVf0AAAABAx95/QAAAAAAW4n9AAAAAAEnlf0AAAABA1PR/QAAAACAyB4BAAAAAgCQIgEAAAAAgVgqAQAAAAMASEIBAAAAA4OgRgEAAAAAASBiAQAAAAIBbI4BAAAAAwFkkgEAAAADggCeAQAAAAKAVKYBAAAAAoKYwgEAAAACA0TaAQAAAACBuOYBAAAAAAEQ6gEAAAADgQ0CAQAAAAABgQoBAAAAAYL1FgEAAAABgJUeAQAAAAABwSIBAAAAAoFlKgEAAAABgB0+AQAAAACBTUoBAAAAAoGlUgEAAAABgglaAQAAAAIC6WIBAAAAAYFNagEAAAADgMmGAQAAAACBxYoBAAAAAANtmgEAAAABATWiAQAAAAGAraoBAAAAAIBBxgEAAAABgSHKAQAAAAICac4BAAAAAYEB3gEAAAABASXmAQAAAAKD9eoBAAAAAgCx+gEAAAADgmYCAQAAAAOBbgoBAAAAAAMKHgEAAAACgKIqAQAAAAGAjjYBAAAAAgPyQgEAAAAAAQpiAQAAAAKACooBAAAAAAHiogEAAAADAs6mAQAAAAACprYBAAAAAoA6wgEAAAABg8LGAQAAAAGAPuYBAAAAAwDm6gEAAAABgbLyAQAAAAEAGwIBAAAAAoJXCgEAAAACAFsmAQAAAAAAVyoBAAAAAYJ/RgEAAAACgeNSAQAAAAIDl1YBAAAAAoHzYgEAAAABARtuAQAAAAOAH34BAAAAAQG/ggEAAAADA2uWAQAAAAKCc6IBAAAAA4AvtgEAAAACAVfGAQAAAAOAH9YBAAAAAQCf5gEAAAAAgKvqAQAAAAGBUAoFAAAAAoJsHgUAAAADAqgmBQAAAAIATEYFAAAAAgGYYgUAAAAAAvhmBQAAAAIDAH4FAAAAAgHMigUAAAACAQiSBQAAAAGBHKoFAAAAAIPUvgUAAAACANDKBQAAAAKA+OIFAAAAAwBI6gUAAAADgNkCBQAAAAMB9Q4FAAAAA4GVFgUAAAADA5UeBQAAAAOCeSoFAAAAAgNRPgUAAAAAAjFKBQAAAACCFWIFAAAAA4EhagUAAAADgMGiBQAAAAEAqaYFAAAAAAMdvgUAAAAAADHGBQAAAAID1coFAAAAAoEd0gUAAAACgmneBQAAAAKD9e4FAAAAAgCyCgUAAAABAJoSBQAAAACBpiIFAAAAAQH+QgUAAAACgD5KBQAAAAGC2lIFAAAAAwIaagUAAAABgP5+BQAAAACBcoYFAAAAAIMeogUAAAAAAZquBQAAAAGAzuIFAAAAAAAPAgUAAAACgZMOBQAAAAEBJyIFAAAAAoGHKgUAAAADAGdCBQAAAAAAB1IFAAAAAIBPZgUAAAAAgqdyBQAAAAGD83oFAAAAA4KnggUAAAABgjOaBQAAAAECn54FAAAAAoOrxgUAAAAAAJPiBQAAAAKAd+oFAAAAAQDoHgkAAAACgXAmCQAAAAKA1EIJAAAAAIBASgkAAAABApReCQAAAAKDvGIJAAAAAoNYZgkAAAABgGhyCQAAAAIDfIIJAAAAAgDAkgkAAAAAAqyiCQAAAAOC6MIJAAAAA4CI4gkAAAABgWD6CQAAAAMDmQIJAAAAAYIdJgkAAAAAgOFiCQAAAACDTX4JAAAAAAG9kgkAAAADAfGqCQAAAAEDAcIJAAAAAoKB0gkAAAABAbXqCQAAAAGC7gIJAAAAAoI6HgkAAAADA3ImCQAAAAKBFjYJAAAAAYMqQgkAAAAAgppSCQAAAAADYlYJAAAAAQICZgkAAAAAggJ+CQAAAAGASoYJAAAAAoBmqgkAAAABgP6yCQAAAAMDZs4JAAAAAYAy6gkAAAABgsb+CQAAAACAswoJAAAAAgILHgkAAAADg7NCCQAAAAICG0oJAAAAA4KzTgkAAAABgXtqCQAAAAKB23YJAAAAAwIDggkAAAABghOWCQAAAAGDh6IJAAAAAgNLugkAAAABAYvWCQAAAAAAN/4JAAAAAwOgCg0AAAACgBgaDQAAAAACVCINAAAAAAP4Og0AAAABA1RGDQAAAACBjFoNAAAAAoEAYg0AAAADgXhmDQAAAAGA7HINAAAAA4M0hg0AAAADA3yiDQAAAAOA4NINAAAAAgOA2g0AAAADAm0CDQAAAAICeR4NAAAAAoAxJg0AAAACARVqDQAAAAACgY4NAAAAAQPJng0AAAADAo2mDQAAAACBTa4NAAAAAoDhyg0AAAACg1neDQAAAAMAfeYNAAAAAQJaEg0AAAADA6omDQAAAAIAWj4NAAAAAQFKQg0AAAADg8ZiDQAAAAABfmoNAAAAAAN6mg0AAAADAAaiDQAAAAEAerINAAAAAwLevg0AAAACA+rCDQAAAAODKsoNAAAAA4Ai8g0AAAADg8sODQAAAAECDxoNAAAAAoAzJg0AAAADA4cyDQAAAAMCDz4NAAAAAQAnRg0AAAAAAwtODQAAAAKBE2INAAAAAIA/gg0AAAADgieGDQAAAACDD44NAAAAAAAbpg0AAAAAg0OuDQAAAAABA8INAAAAAgFrxg0AAAAAgVfODQAAAAAAB+INAAAAAYIn7g0AAAACgwACEQAAAAEBxBIRAAAAAoFUIhEAAAABAmRCEQAAAAKDAEoRAAAAAwGgXhEAAAABgXBiEQAAAAODUI4RAAAAAAOQkhEAAAACgLiaEQAAAAOA2KYRAAAAAINIvhEAAAABAYDOEQAAAAGASNYRAAAAA4OE3hEAAAABAMUCEQAAAAOAmUYRAAAAAIIRXhEAAAACg8liEQAAAAAD7WYRAAAAAAOpbhEAAAAAAAmGEQAAAAMDmY4RAAAAAwNRnhEAAAABAVm+EQAAAAGBOc4RAAAAAQA54hEAAAADgIoCEQAAAAIAPg4RAAAAA4KmIhEAAAACAn4uEQAAAAMDgjYRAAAAAoEyShEAAAAAgzpSEQAAAAKDgl4RAAAAAACychEAAAABAG6CEQAAAACC+o4RAAAAAYOqxhEAAAACgU7mEQAAAACDTu4RAAAAAIOa/hEAAAACA6MCEQAAAAGBbwoRAAAAAIBPEhEAAAADgMMeEQAAAACCwyIRAAAAAwB/ShEAAAADAyNOEQAAAAAAY1YRAAAAAQLjYhEAAAABAwtyEQAAAAGAc4IRAAAAAILPmhEAAAADATOiEQAAAAABx6oRAAAAAAI/thEAAAAAgqPCEQAAAAABO94RAAAAAgKT4hEAAAABAqvqEQAAAAODU/4RAAAAAoMsDhUAAAACA/QmFQAAAAIDgEIVAAAAAQBIThUAAAABgsRyFQAAAAABdIoVAAAAAQGUnhUAAAABAgSiFQAAAAKAmLYVAAAAAADYwhUAAAACgsDKFQAAAAIDYN4VAAAAAwBdAhUAAAABgUkSFQAAAAEDcSIVAAAAAgAlPhUAAAABAd1CFQAAAAGADVIVAAAAAwLxWhUAAAADgDViFQAAAAODTW4VAAAAAgNlihUAAAABA1W+FQAAAAGCzeIVAAAAAIJd7hUAAAAAg1ICFQAAAAIBfgoVAAAAAgCGJhUAAAADgN5CFQAAAAKC0l4VAAAAAIHeZhUAAAAAg75uFQAAAAOBioYVAAAAAALKphUAAAABgPbCFQAAAAEC5toVAAAAAoPa6hUAAAABgWMCFQAAAACDuyIVAAAAAYCHMhUAAAACgLtiFQAAAAEAv3IVAAAAAgF/ohUAAAADAyO6FQAAAAMDX8IVAAAAAwGTyhUAAAABgzvmFQAAAAMAG/IVAAAAAoGgDhkAAAAAAygeGQAAAAEBcD4ZAAAAAIMkQhkAAAACA2xKGQAAAACCKGIZAAAAAgPsfhkAAAAAARCGGQAAAAIBKJIZAAAAAgD0shkAAAABAai+GQAAAAEAmNYZAAAAAgIQ4hkAAAAAAZEWGQAAAAODvR4ZAAAAAQOtIhkAAAADAc0qGQAAAAOC7T4ZAAAAAQB5RhkAAAAAAOFmGQAAAAACiYIZAAAAAQAtkhkAAAACgomiGQAAAACCia4ZAAAAAQAh4hkAAAACgPnyGQAAAAOBeg4ZAAAAAgI2IhkAAAAAA7YmGQAAAAGAwi4ZAAAAAQPaQhkAAAAAgspOGQAAAACA1oIZAAAAAoEykhkAAAABAo6iGQAAAAOBxrIZAAAAAgIawhkAAAABgw7iGQAAAAMCwwIZAAAAAIFjIhkAAAAAAB9CGQAAAAECz14ZAAAAA4GTahkAAAACg2uiGQAAAACDw84ZAAAAAIFr4hkAAAABg4wKHQAAAAIBrBYdAAAAAYKEHh0AAAAAAggqHQAAAACAbDYdAAAAAgOYQh0AAAADA3BOHQAAAAICjF4dAAAAAQPoah0AAAABApR+HQAAAAAC9JIdAAAAA4CYsh0AAAACAqy2HQAAAAICOMIdAAAAAwIYyh0AAAAAgFD+HQAAAAIB2QIdAAAAAALVEh0AAAABAgEeHQAAAAKAQS4dAAAAAwNBMh0AAAADAw1CHQAAAAMAbVIdAAAAAIKxfh0AAAAAgw2CHQAAAAADCb4dAAAAAYBJ4h0AAAAAARICHQAAAAIAgg4dAAAAAoDmIh0AAAABgqZiHQAAAAEDMo4dAAAAAgI+oh0AAAADA2KmHQAAAACAZr4dAAAAAIH63h0AAAAAAZ7qHQAAAAICzu4dAAAAA4ODDh0AAAADAHMiHQAAAAKCtyodAAAAAQBnVh0AAAAAAXNiHQAAAAOCP5IdAAAAAYCDph0AAAADAwu6HQAAAAGAk9IdAAAAAgFX3h0AAAABAoxiIQAAAAKDAHYhAAAAAIPUfiEAAAAAAay2IQAAAAMCQNYhAAAAAwBg4iEAAAABA2TyIQAAAAMDIPohAAAAAIBJAiEAAAACAs0OIQAAAAKDvRIhAAAAA4CJJiEAAAABg6k+IQAAAAKDaUYhAAAAAQANViEAAAABgNleIQAAAACDDWYhAAAAAQDpoiEAAAACgm2uIQAAAAKAnc4hAAAAAIAt5iEAAAAAANXuIQAAAACBegIhAAAAA4KiEiEAAAACAW5eIQAAAAGDwn4hAAAAAILOoiEAAAAAARayIQAAAACDNwYhAAAAAoMbHiEAAAADAYsmIQAAAAODsz4hAAAAAILbXiEAAAABAU9yIQAAAAAD74IhAAAAAYE/kiEAAAACgcO6IQAAAAODA+IhAAAAAoHL/iEAAAABAmweJQAAAAGD5CYlAAAAAIPEMiUAAAAAgyheJQAAAAIDeGolAAAAAwJEciUAAAABAmyyJQAAAAICQPIlAAAAAADhAiUAAAAAA+UuJQAAAAKDFTolAAAAAoExYiUAAAACg31+JQAAAAAA+ZIlAAAAA4PFqiUAAAACA0HSJQAAAAEDKfIlAAAAAgGmLiUAAAACgXo6JQAAAAEBwk4lAAAAAYPqXiUAAAACAJ6iJQAAAAIDQrIlAAAAAQEawiUAAAAAAdLOJQAAAAMBYvYlAAAAAgCnFiUAAAAAA6syJQAAAAKCo0IlAAAAAgFHXiUAAAADgXNmJQAAAAIBJ3IlAAAAAoMzfiUAAAAAgAuyJQAAAAIBJ9IlAAAAAYAj3iUAAAAAgQ/uJQAAAAADwAopAAAAAoAQHikAAAAAAtw+KQAAAACB1IIpAAAAAwOQtikAAAABAMy+KQAAAAEAKPYpAAAAA4LpHikAAAAAguU+KQAAAAABAUYpAAAAAAE1TikAAAADgqVeKQAAAAMBLYYpAAAAAIEZlikAAAABg02iKQAAAAEATcYpAAAAAgKR4ikAAAACA9X+KQAAAAMBEqIpAAAAAgFGyikAAAADAwrOKQAAAAKCxtYpAAAAAAL+3ikAAAACA8MiKQAAAAGDK1opAAAAAwNXiikAAAADAF/2KQAAAAEB5AYtAAAAAABADi0AAAABguhSLQAAAAGAQGItAAAAAICYei0AAAACAyDGLQAAAAEAmOYtAAAAAgN88i0AAAAAgKUmLQAAAAMBmTItAAAAAgN5Oi0AAAACAS1CLQAAAAKA2WYtAAAAAIIhbi0AAAACAxV+LQAAAAGA+b4tAAAAAgAZ+i0AAAACADICLQAAAACDhhYtAAAAAAKaSi0AAAABA1JiLQAAAAECfqYtAAAAAwJa0i0AAAABgU7yLQAAAACAl0ItAAAAAQCTai0AAAADgMPiLQAAAAEATAIxAAAAAIGQJjEAAAABgmw2MQAAAAKDrFIxAAAAA4LEYjEAAAABAAy+MQAAAAAAhOIxAAAAAgC48jEAAAACg5T6MQAAAAMDnQIxAAAAAQN1DjEAAAAAAKEeMQAAAAMBgT4xAAAAAQPJXjEAAAAAABVyMQAAAAGCfgYxAAAAAQAOEjEAAAAAgvoeMQAAAACDwi4xAAAAAAD6rjEAAAABAldGMQAAAAMBF4oxAAAAAIF75jEAAAACg7guNQAAAAOD/EI1AAAAAYC0TjUAAAADglRqNQAAAAKBsOI1AAAAAgPE/jUAAAACg6UiNQAAAAOC1So1AAAAAwFVMjUAAAAAA2GKNQAAAAMCfjI1AAAAA4KaQjUAAAAAAhpaNQAAAACARm41AAAAAIHykjUAAAADguKyNQAAAACDZsY1AAAAAoDC5jUAAAADgGMyNQAAAAODm441AAAAAYHHljUAAAADATvKNQAAAAABqBI5AAAAAIOgtjkAAAABAfVGOQAAAACBGW45AAAAAAEVejkAAAADgWGeOQAAAAEDPdo5AAAAAYKV4jkAAAADAsnyOQAAAAMDegY5AAAAAgM+DjkAAAABAHJSOQAAAAAAxmI5AAAAAIN+bjkAAAABgXJ+OQAAAAOCor45AAAAAYCm3jkAAAABAENWOQAAAAKDP4I5AAAAAoHDojkAAAACA2PiOQAAAAIBA/Y5AAAAAIOr+jkAAAAAgPgqPQAAAAOAVE49AAAAAYN4hj0AAAACgYS2PQAAAAIBRM49AAAAAIA05j0AAAACguD+PQAAAAIDRR49AAAAAYAlLj0AAAAAgy1SPQAAAAECqWI9AAAAA4BVmj0A=</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16620">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=30" index="29" defaultArrayLength="1539">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="280.089" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="106.991" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.98" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16416">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16416">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=31" index="30" defaultArrayLength="1532">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="280.426" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.6065" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.96" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16344">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAACAQkAAAAAAAABEQAAAAAAAAEZAAAAAAACARUAAAAAAAIBFQAAAAAAAADlAAAAAAAAANUAAAAAAAIBEQAAAAAAAwFdAAAAAAACARUAAAAAAAAA2QAAAAAAAgEtAAAAAAAAAQ0AAAAAAAABCQAAAAAAAgGZAAAAAAAAAPEAAAAAAAIBDQAAAAAAAAEpAAAAAAAAAQUAAAAAAAMBWQAAAAAAAgEVAAAAAAACARUAAAAAAAIBQQAAAAAAAwFRAAAAAAACAQEAAAAAAAABFQAAAAAAAgEpAAAAAAAAAPEAAAAAAAAA4QAAAAAAAADVAAAAAAAAATEAAAAAAACBjQAAAAAAAQFFAAAAAAACAQUAAAAAAAABTQAAAAABAVd1AAAAAAAAAQ0AAAAAAAAA8QAAAAAAAAElAAAAAAACARUAAAAAAAIBBQAAAAAAATqVAAAAAAAAAPEAAAAAAAEBQQAAAAAAAAHBAAAAAAAAAP0AAAAAAAABHQAAAAAAAgENAAAAAAABwcUAAAAAAAABEQAAAAAAAADhAAAAAAAAAOEAAAAAAAMBgQAAAAAAAwFlAAAAAAAAAR0AAAAAAAMBWQAAAAAAAAE9AAAAAAACAQ0AAAAAAAAA4QAAAAAAAjJFAAAAAAACARUAAAAAAAABbQAAAAAAAgEdAAAAAAAAASkAAAAAAAABTQAAAAAAAADxAAAAAAABwcEAAAAAAAMBSQAAAAAAAAEtAAAAAAAAAOEAAAAAAACCTQAAAAAAAwFtAAAAAAACAQkAAAAAAAABEQAAAAAAAAEdAAAAAAACAREAAAAAAAMBaQAAAAAAAgERAAAAAAACAREAAAAAAAIBPQAAAAAAAADtAAAAAAACARUAAAAAAAAA1QAAAAAAAgEhAAAAAAACATEAAAAAAAAA4QAAAAAAAADxAAAAAAACAXEAAAAAAAEBZQAAAAAAAQFFAAAAAAAAga0AAAAAAAIBNQAAAAAAAgEtAAAAAAACAQ0AAAAAAAAA/QAAAAAAAgEFAAAAAAAAAUUAAAAAAAABAQAAAAAAAgFVAAAAAAADkpkAAAAAAAIBkQAAAAAAArJ1AAAAAAABgcEAAAAAAAABCQAAAAAAAAD1AAAAAAAAAS0AAAAAAAIBDQAAAAAAAADpAAAAAAACAQkAAAAAAAAA6QAAAAAAAgEJAAAAAAAAASEAAAAAAAIBKQAAAAAAAgEZAAAAAAABAWkAAAAAAAIBWQAAAAAAAgEJAAAAAAAAAOUAAAAAAAEBTQAAAAAAAgEFAAAAAAACAUEAAAAAAAIBKQAAAAAAAAEZAAAAAAACAWkAAAAAAAABOQAAAAAAAADdAAAAAAABAWEAAAAAAAABOQAAAAAAAADVAAAAAAACAbUAAAAAAAABTQAAAAAAAAEZAAAAAAACAR0AAAAAAAIBSQAAAAAAAADpAAAAAAAAARUAAAAAAAABBQAAAAAAAwGNAAAAAAAAARkAAAAAAAEBeQAAAAAAAAEhAAAAAAABAYUAAAAAAAABLQAAAAAAAwFRAAAAAAAAASEAAAAAAABB2QAAAAAAAgFFAAAAAAAAASUAAAAAAAABBQAAAAAAAwFNAAAAAAABAVUAAAAAAAAA4QAAAAAAAwFVAAAAAAACARkAAAAAAAIBHQAAAAAAAIGhAAAAAAACAU0AAAAAAAAA+QAAAAAAAAE5AAAAAAADAUkAAAAAAAAA7QAAAAAAAgEtAAAAAAACAQkAAAAAAAIBJQAAAAAAAwFhAAAAAAAAASkAAAAAAAIBHQAAAAAAAAERAAAAAAADAX0AAAAAAAABPQAAAAAAAgF1AAAAAAAAAVkAAAAAAAEBVQAAAAAAAADxAAAAAAACAYEAAAAAAAAA5QAAAAAAAAEhAAAAAAAAAWkAAAAAAAABFQAAAAAAAgEBAAAAAAAAAN0AAAAAAAEBWQAAAAAAAAElAAAAAAAAAUEAAAAAAAMBbQAAAAAAAAEtAAAAAAABAXEAAAAAAAEBZQAAAAAAAAD1AAAAAAACAW0AAAAAAAABEQAAAAAAAAEZAAAAAAAAANkAAAAAAAABAQAAAAAAAAD1AAAAAAADAVkAAAAAAAABIQAAAAAAAAFRAAAAAAADAU0AAAAAAAABGQAAAAAAAgFVAAAAAAACARkAAAAAAACiEQAAAAAAAgE1AAAAAAACAW0AAAAAAAAA7QAAAAAAAAFlAAAAAAADAaEAAAAAAAABAQAAAAAAAAEdAAAAAAACAS0AAAAAAAABQQAAAAAAAgExAAAAAAAAAPUAAAAAAAEBQQAAAAAAAAEJAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAE1AAAAAAACAWkAAAAAAAAA7QAAAAAAAADdAAAAAAABAaEAAAAAAAIBDQAAAAAAAAE1AAAAAAACASEAAAAAAAAA9QAAAAAAAQFJAAAAAAACAV0AAAAAAAAA9QAAAAAAAADtAAAAAAADAUkAAAAAAAMBbQAAAAAAAADhAAAAAAAAwckAAAAAAAGBiQAAAAAAAgENAAAAAAACAQUAAAAAAAABPQAAAAAAAAExAAAAAAABAVkAAAAAAAAA3QAAAAAAAgFhAAAAAAAAAREAAAAAAAIBWQAAAAAAAAF1AAAAAAAAAXkAAAAAAAABKQAAAAAAAQFZAAAAAAAAAO0AAAAAAAIBlQAAAAAAAYGNAAAAAAACAU0AAAAAAAABNQAAAAAAAADpAAAAAAAAAQkAAAAAAAKBmQAAAAAAAAE9AAAAAAACAbEAAAAAAAAA7QAAAAAAAgExAAAAAAAAAXUAAAAAAAIBGQAAAAAAAgEtAAAAAAABAW0AAAAAAACBgQAAAAAAAAD1AAAAAAAAARUAAAAAAAAA7QAAAAAAAgFNAAAAAAAAARkAAAAAAAABPQAAAAAAAgFNAAAAAAACASEAAAAAAAAA2QAAAAAAAQFxAAAAAAAAAPkAAAAAAAABdQAAAAAAAAFlAAAAAAAAAR0AAAAAAAIBcQAAAAAAAAE5AAAAAAAAAPUAAAAAAAIBBQAAAAAAAQG9AAAAAAAAARUAAAAAAAABPQAAAAAAAgFFAAAAAAABAWEAAAAAAAABQQAAAAAAAgEhAAAAAAADAU0AAAAAAAIBDQAAAAAAAgG1AAAAAAAAAQUAAAAAAAABYQAAAAAAAADtAAAAAAACAXUAAAAAAAAA7QAAAAAAAAD5AAAAAAACAWEAAAAAAAAA7QAAAAAAAAEFAAAAAAAAAQ0AAAAAAAABXQAAAAAAAwGdAAAAAAAAAO0AAAAAAAIBCQAAAAAAAgFxAAAAAAAAAQUAAAAAAAAA+QAAAAAAAAENAAAAAAAAAPEAAAAAAAEBUQAAAAAAAAFZAAAAAAACARUAAAAAAAABMQAAAAAAAAFpAAAAAAABAVkAAAAAAAIBBQAAAAAAAwFJAAAAAAACAS0AAAAAAAMBQQAAAAAAAAFxAAAAAAACAREAAAAAAAIBNQAAAAAAAYGJAAAAAAABAVUAAAAAAAABfQAAAAAAAgEBAAAAAAAAATkAAAAAAAIBaQAAAAAAAAEVAAAAAAAAAQEAAAAAAAIBgQAAAAAAAgFhAAAAAAAAARkAAAAAAAAA8QAAAAAAAgEhAAAAAAAAAUEAAAAAAAIBEQAAAAAAAgEpAAAAAAACAV0AAAAAAAMBXQAAAAAAAgENAAAAAAACAVkAAAAAAAIBNQAAAAAAAgEhAAAAAAABAWEAAAAAAAABWQAAAAAAAAD5AAAAAAAAANUAAAAAAAMBeQAAAAAAAAE9AAAAAAACASUAAAAAAAEBUQAAAAAAAADVAAAAAAACAQEAAAAAAAIBTQAAAAAAAAF9AAAAAAAAANUAAAAAAAGBkQAAAAAAAwFZAAAAAAACAQUAAAAAAAIBLQAAAAAAAADVAAAAAAABAY0AAAAAAAABRQAAAAAAAgFNAAAAAAABAU0AAAAAAAMBWQAAAAAAAAD9AAAAAAAAAQ0AAAAAAAEBRQAAAAAAAgFJAAAAAAACAQEAAAAAAAIBAQAAAAAAAQFpAAAAAAAAASEAAAAAAAAA1QAAAAAAAQFlAAAAAAACAT0AAAAAAAIBYQAAAAAAAwGdAAAAAAACATUAAAAAAAAA2QAAAAAAAwFBAAAAAAACASUAAAAAAAABBQAAAAAAAAFFAAAAAAABAUkAAAAAAAIBTQAAAAAAAgEBAAAAAAACAQUAAAAAAAABOQAAAAAAAADpAAAAAAAAANUAAAAAAACB2QAAAAAAAADZAAAAAAACAR0AAAAAAAIBFQAAAAAAAgFFAAAAAAAAgaUAAAAAAAAA9QAAAAAAAADtAAAAAAACAYUAAAAAAAABPQAAAAAAAwFpAAAAAAACASEAAAAAAAAA3QAAAAAAAAE5AAAAAAAAAQUAAAAAAAEBXQAAAAAAAAEFAAAAAAAAAPEAAAAAAAIBbQAAAAAAAgEtAAAAAAAAAOEAAAAAAAAA3QAAAAAAAAFRAAAAAAACARkAAAAAAAABEQAAAAAAAAEFAAAAAAAAAPUAAAAAAAABAQAAAAAAAwFJAAAAAAACASkAAAAAAAAA4QAAAAAAAgFhAAAAAAACAXUAAAAAAAIBBQAAAAAAAgEJAAAAAAAAANkAAAAAAAABKQAAAAAAAgFBAAAAAAAAATEAAAAAAAABFQAAAAAAAgGNAAAAAAACARUAAAAAAAABHQAAAAAAAgEVAAAAAAADAUUAAAAAAAIBAQAAAAAAAAE1AAAAAAADAWUAAAAAAAABCQAAAAAAAwFtAAAAAAADAXkAAAAAAAAA7QAAAAAAAgFBAAAAAAAAAU0AAAAAAAABiQAAAAAAAADlAAAAAAAAAOUAAAAAAAABDQAAAAAAAAEBAAAAAAAAAREAAAAAAAABEQAAAAAAAADpAAAAAAACAYUAAAAAAAABJQAAAAAAAAEVAAAAAAAAAUEAAAAAAAIBCQAAAAAAAwFRAAAAAAAAAPUAAAAAAAABSQAAAAAAAgFFAAAAAAAAAQ0AAAAAAAABTQAAAAAAAADxAAAAAAACAYUAAAAAAAIBIQAAAAAAAwFRAAAAAAACAWkAAAAAAAAA7QAAAAAAAADVAAAAAAABAVkAAAAAAAAA6QAAAAAAAAE9AAAAAAAAAYkAAAAAAAIBBQAAAAAAAQGBAAAAAAABAXUAAAAAAAABJQAAAAAAAAENAAAAAAAAAZUAAAAAAAIBBQAAAAAAAgElAAAAAAAAAPEAAAAAAAGBjQAAAAAAAAFJAAAAAAAAAQUAAAAAAAABWQAAAAAAAAEVAAAAAAABAVkAAAAAAAIBRQAAAAAAAQFRAAAAAAABAV0AAAAAAACBmQAAAAAAAgEVAAAAAAACASUAAAAAAAABCQAAAAAAAYGhAAAAAAACAREAAAAAAAEBXQAAAAAAAgE5AAAAAAADgYEAAAAAAAIBAQAAAAAAAgFVAAAAAAAAAQEAAAAAAAIBBQAAAAAAAYG5AAAAAAADAUkAAAAAAAAA3QAAAAAAAgEBAAAAAAABAVUAAAAAAAAA5QAAAAAAAQFBAAAAAAAAAPkAAAAAAAAA3QAAAAAAAQGJAAAAAAACAUEAAAAAAAIBEQAAAAAAAwGJAAAAAAAAAUEAAAAAAAAA2QAAAAAAAwF1AAAAAAAAAQEAAAAAAAAA9QAAAAAAAAD1AAAAAAACAQUAAAAAAAIBLQAAAAAAAgEhAAAAAAAAAOEAAAAAAAMBbQAAAAAAAQGRAAAAAAABAXUAAAAAAAOBhQAAAAAAA8HFAAAAAAAAAQEAAAAAAAABLQAAAAAAAgElAAAAAAACAZ0AAAAAAAABUQAAAAAAAQFZAAAAAAACAVEAAAAAAAABQQAAAAAAAgFNAAAAAAABgYEAAAAAAAABDQAAAAAAAAElAAAAAAAAARUAAAAAAAOBhQAAAAAAAAEpAAAAAAAAAOUAAAAAAAIBOQAAAAAAAgElAAAAAAAAAPUAAAAAAAIBZQAAAAAAAADdAAAAAAAAARkAAAAAAAEBSQAAAAAAAwFxAAAAAAAAAP0AAAAAAAIBCQAAAAAAAgE9AAAAAAAAAREAAAAAAAABbQAAAAAAAwFVAAAAAAACATUAAAAAAACBuQAAAAAAAgEFAAAAAAABAUUAAAAAAAMBTQAAAAAAAgFBAAAAAAAAANUAAAAAAAABKQAAAAAAAYGJAAAAAAABAUUAAAAAAAAA2QAAAAAAAADhAAAAAAACgZkAAAAAAAABBQAAAAAAAAEVAAAAAAABAVUAAAAAAAAA9QAAAAAAAgGhAAAAAAAAATUAAAAAAAAA3QAAAAAAAAD1AAAAAAACAREAAAAAAAABDQAAAAAAAAExAAAAAAAAAS0AAAAAAAABAQAAAAAAAAD9AAAAAAAAAREAAAAAAAEBlQAAAAAAAADdAAAAAAADgY0AAAAAAAAA6QAAAAAAAgEVAAAAAAAAAS0AAAAAAAAA+QAAAAAAAAD1AAAAAAAAASkAAAAAAAMBdQAAAAAAAADdAAAAAAACARUAAAAAAAIBgQAAAAAAAAE9AAAAAAACAQUAAAAAAAAA4QAAAAAAAwHBAAAAAAAAAPUAAAAAAAABIQAAAAAAAgEpAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEZAAAAAAADAX0AAAAAAAAA1QAAAAAAAQFVAAAAAAAAAQkAAAAAAAAA5QAAAAAAAAEdAAAAAAAAAQEAAAAAAAIBRQAAAAAAAAEJAAAAAAAAAQEAAAAAAAABJQAAAAAAAADpAAAAAAAAAVUAAAAAAAIBBQAAAAAAAADVAAAAAAAAAO0AAAAAAAIBCQAAAAAAAADdAAAAAAAAAV0AAAAAAAKBhQAAAAAAAAE1AAAAAAABAUUAAAAAAAABHQAAAAAAAADpAAAAAAADAX0AAAAAAAAA5QAAAAAAAAEdAAAAAAAAAPEAAAAAAAIBSQAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA9QAAAAAAASINAAAAAAACAREAAAAAAAOBhQAAAAAAAgEdAAAAAAAAAPkAAAAAAAABOQAAAAAAAADxAAAAAAAAAPUAAAAAAAIBDQAAAAAAAAEFAAAAAAACAQkAAAAAAAAA3QAAAAAAAwFJAAAAAAACASEAAAAAAAAA5QAAAAAAAAE9AAAAAAAAAREAAAAAAAABBQAAAAAAAADxAAAAAAACASEAAAAAAAIBKQAAAAAAAAEBAAAAAAAAAUEAAAAAAAIBBQAAAAAAAADtAAAAAAAAAOkAAAAAAAABHQAAAAAAAgFVAAAAAAAAAQEAAAAAAAABMQAAAAAAAgFFAAAAAAACAQEAAAAAAAABbQAAAAAAAgFFAAAAAAAAAPkAAAAAAAIBDQAAAAAAAgEVAAAAAAACAQUAAAAAAAABNQAAAAAAAgEVAAAAAAAAANUAAAAAAAAA7QAAAAAAAgEZAAAAAAAAATUAAAAAAAAA5QAAAAAAAgEFAAAAAAAAAQEAAAAAAAABRQAAAAAAAQFFAAAAAAAAANUAAAAAAAABEQAAAAAAAgERAAAAAAACASEAAAAAAAABLQAAAAAAAgFRAAAAAAAAASkAAAAAAAIBGQAAAAAAAAD9AAAAAAACASEAAAAAAAAA8QAAAAAAAADxAAAAAAAAAPUAAAAAAAABDQAAAAAAAAFRAAAAAAADAWkAAAAAAAAA7QAAAAAAAADdAAAAAAAAAO0AAAAAAAABMQAAAAAAAAD5AAAAAAAAAPUAAAAAAAIBIQAAAAAAAgENAAAAAAAAAN0AAAAAAAIBFQAAAAAAAgE1AAAAAAABAU0AAAAAAAAA5QAAAAAAAgEJAAAAAAABAVEAAAAAAAAA6QAAAAAAAADhAAAAAAAAAQEAAAAAAAIBCQAAAAAAAAERAAAAAAAAAOUAAAAAAAABhQAAAAAAAAD9AAAAAAAAAPkAAAAAAAAA4QAAAAAAAAFNAAAAAAACASUAAAAAAAIBFQAAAAAAAADdAAAAAAACAQkAAAAAAAAA3QAAAAAAAADZAAAAAAADAV0AAAAAAAIBFQAAAAAAAAEtAAAAAAACASUAAAAAAAAA+QAAAAAAAAElAAAAAAAAARUAAAAAAAABEQAAAAAAAAEJAAAAAAAAAREAAAAAAAABCQAAAAAAAgEpAAAAAAAAATUAAAAAAAAA4QAAAAAAAgENAAAAAAAAAP0AAAAAAAAA8QAAAAAAAAEFAAAAAAAAANkAAAAAAAIBBQAAAAAAAADdAAAAAAAAAPEAAAAAAAIBFQAAAAAAAAElAAAAAAAAAS0AAAAAAAIBGQAAAAAAAAEZAAAAAAAAAPEAAAAAAAABBQAAAAAAAQFdAAAAAAAAAREAAAAAAAIBVQAAAAAAAgEFAAAAAAAAASEAAAAAAAABAQAAAAAAAADZAAAAAAAAAOUAAAAAAAAA5QAAAAAAAgEZAAAAAAADgfEAAAAAAAAA4QAAAAAAAAEJAAAAAAAAAQEAAAAAAAMBSQAAAAAAAAD5AAAAAAAAAO0AAAAAAAABPQAAAAAAAAEBAAAAAAAAAS0AAAAAAAABAQAAAAAAAgE1AAAAAAACAVEAAAAAAAAA9QAAAAAAAADpAAAAAAACASkAAAAAAAIBeQAAAAAAAgElAAAAAAACAUEAAAAAAAABMQAAAAAAAQFlAAAAAAAAAOEAAAAAAAABCQAAAAAAAADxAAAAAAAAAR0AAAAAAAAA/QAAAAAAAAEJAAAAAAAAAOkAAAAAAAIBDQAAAAAAAgERAAAAAAAAASEAAAAAAAAA7QAAAAAAAQFdAAAAAAACAQ0AAAAAAAAA/QAAAAAAAgEdAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAEhAAAAAAAAAOkAAAAAAAIBVQAAAAAAAAFBAAAAAAAAgYEAAAAAAAIBIQAAAAAAAADxAAAAAAADAUEAAAAAAAAA6QAAAAAAAAEJAAAAAAAAAR0AAAAAAAKB/QAAAAAAAADdAAAAAAACAUUAAAAAAAGBpQAAAAAAAAERAAAAAAADgYEAAAAAAAAA8QAAAAAAAgEBAAAAAAAAAPUAAAAAAAAA2QAAAAAAAgEpAAAAAAAAAOEAAAAAAAABHQAAAAAAAADhAAAAAAACATUAAAAAAAAA1QAAAAAAAAENAAAAAAAAAXUAAAAAAAAA4QAAAAAAAADZAAAAAAACAUkAAAAAAAIBAQAAAAAAAAEFAAAAAAAAANkAAAAAAAEBRQAAAAAAAADdAAAAAAAAANkAAAAAAAABJQAAAAAAAAE1AAAAAAAAAR0AAAAAAAAA3QAAAAAAAAEhAAAAAAAAAO0AAAAAAAMBfQAAAAAAAADpAAAAAAADgcUAAAAAAAIBAQAAAAAAAADdAAAAAAAAAUEAAAAAAAEBXQAAAAAAAgE5AAAAAAADAYEAAAAAAAIBFQAAAAAAAADlAAAAAAACAQEAAAAAAAIBDQAAAAAAAAEZAAAAAAAAAUEAAAAAAAAA6QAAAAAAAAEtAAAAAAAAAUUAAAAAAAIBEQAAAAAAAADZAAAAAAACAREAAAAAAAABBQAAAAAAAwFFAAAAAAAAAP0AAAAAAAAA3QAAAAAAAADdAAAAAAAAAOEAAAAAAAAA9QAAAAAAAwFRAAAAAAACAQ0AAAAAAAIBOQAAAAAAAAD9AAAAAAACASEAAAAAAAAA2QAAAAAAA4GhAAAAAAAAARkAAAAAAAIBCQAAAAAAAADpAAAAAAABAWUAAAAAAAABEQAAAAAAAAEFAAAAAAACAQEAAAAAAAAA+QAAAAAAAAEJAAAAAAACAREAAAAAAAABCQAAAAAAAAE9AAAAAAAAAO0AAAAAAAAA/QAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA2QAAAAAAAAEJAAAAAAAAAQUAAAAAAAAA+QAAAAAAAAENAAAAAAACASEAAAAAAAAA+QAAAAAAAAEVAAAAAAAAAP0AAAAAAAABFQAAAAAAAADdAAAAAAAAAOUAAAAAAAIBJQAAAAAAAgF9AAAAAAAAAOUAAAAAAAIBKQAAAAAAAAEBAAAAAAAAAP0AAAAAAAIBBQAAAAAAAAEFAAAAAAAAASEAAAAAAAABCQAAAAAAAgExAAAAAAAAAP0AAAAAAAAA2QAAAAAAAgENAAAAAAACATkAAAAAAAIBCQAAAAAAAAD9AAAAAAAAASUAAAAAAAAA8QAAAAAAAADtAAAAAAACASUAAAAAAAIBIQAAAAAAAwFBAAAAAAAAAQkAAAAAAAAA6QAAAAAAAAEhAAAAAAAAAOUAAAAAAAIBBQAAAAAAAAERAAAAAAACAT0AAAAAAAAA2QAAAAAAAgEhAAAAAAACAQUAAAAAAAAA7QAAAAAAAADZAAAAAAAAASkAAAAAAAIBNQAAAAAAAAEJAAAAAAAAAPUAAAAAAAAA3QAAAAAAAQFNAAAAAAAAAPUAAAAAAAAA+QAAAAAAAADtAAAAAAAAAQUAAAAAAAIBLQAAAAAAAgEdAAAAAAAAANkAAAAAAAABDQAAAAAAAAD1AAAAAAAAAPkAAAAAAAAA5QAAAAAAAADtAAAAAAACAR0AAAAAAAABDQAAAAAAAAEVAAAAAAACARUAAAAAAAIBCQAAAAAAAgEBAAAAAAAAAOEAAAAAAAABCQAAAAAAAADlAAAAAAAAANUAAAAAAAAA/QAAAAAAAgEFAAAAAAAAAPEAAAAAAAAA5QAAAAAAAADpAAAAAAAAANkAAAAAAAAA1QAAAAAAAAEFAAAAAAAAAQUAAAAAAAAA6QAAAAAAAAD5AAAAAAACAQkAAAAAAAIBCQAAAAAAAAD9AAAAAAACAQEAAAAAAAAA9QAAAAAAAwFFAAAAAAAAAP0AAAAAAAAA6QAAAAAAAADpAAAAAAAAAO0AAAAAAAABTQAAAAAAAgEFAAAAAAACASUAAAAAAAAA2QAAAAAAAADpAAAAAAAAAREAAAAAAAABCQAAAAAAAgEVAAAAAAACAQ0AAAAAAAAA4QAAAAAAAgENAAAAAAAAANUAAAAAAAIBBQAAAAAAAADdAAAAAAAAATkAAAAAAAAA2QAAAAAAAgEFAAAAAAAAAQkAAAAAAAAA5QAAAAAAAADtAAAAAAAAAQkAAAAAAAABHQAAAAAAAgENAAAAAAAAAOEAAAAAAAAA8QAAAAAAAADlAAAAAAAAAOEAAAAAAAIBCQAAAAAAAAD5AAAAAAAAAP0AAAAAAAAA6QAAAAAAAADpAAAAAAACAS0AAAAAAAAA6QAAAAAAAADhAAAAAAAAANkAAAAAAAAA1QAAAAAAAAEhAAAAAAAAAP0AAAAAAAIBAQAAAAAAAAEBAAAAAAACAQ0AAAAAAAAA3QAAAAAAAADdAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAEBAAAAAAAAAOUAAAAAAAABFQAAAAAAAAEpAAAAAAABAUkAAAAAAAAA3QAAAAAAAgEJAAAAAAACARUAAAAAAAIBCQAAAAAAAADxAAAAAAAAAO0AAAAAAAAA6QAAAAAAAADdAAAAAAAAARUAAAAAAAABLQAAAAAAAgEdAAAAAAAAAN0AAAAAAAAA2QAAAAAAAADdAAAAAAAAANUAAAAAAAABEQAAAAAAAADlAAAAAAACATkAAAAAAAIBGQAAAAAAAADVAAAAAAAAAR0AAAAAAAABFQAAAAAAAAD5AAAAAAACAU0AAAAAAAAA4QAAAAAAAAD1AAAAAAAAAOEAAAAAAAAA2QAAAAAAAgEFAAAAAAABAU0AAAAAAAABAQAAAAAAAADhAAAAAAAAANUAAAAAAAIBLQAAAAAAAAENAAAAAAACAQEAAAAAAAAA3QAAAAAAAADdAAAAAAAAARkAAAAAAAAA9QAAAAAAAADtAAAAAAAAAQUAAAAAAAAA7QAAAAAAAAD1AAAAAAAAAN0AAAAAAAAA2QAAAAAAAADpAAAAAAADAU0AAAAAAAABAQAAAAAAAQFFAAAAAAAAAOUAAAAAAAIBHQAAAAAAAADZAAAAAAACAQEAAAAAAAABIQAAAAAAAADtAAAAAAAAARkAAAAAAAAA2QAAAAAAAAD5AAAAAAAAAN0AAAAAAAIBGQAAAAAAAAFdAAAAAAAAAPkAAAAAAAAA3QAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA1QAAAAAAAADdAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAEFAAAAAAACAUUAAAAAAAAA9QAAAAAAAgEhAAAAAAAAAQEAAAAAAAABDQAAAAAAAAEJAAAAAAAAAQkAAAAAAAAA2QAAAAAAAADxAAAAAAAAANUAAAAAAAABLQAAAAAAAgExAAAAAAACAQkAAAAAAAAA8QAAAAAAAgEJAAAAAAAAAO0AAAAAAAAA1QAAAAAAAADlAAAAAAAAAOkAAAAAAAIBBQAAAAAAAAEVAAAAAAACATEAAAAAAAABFQAAAAAAAgEdAAAAAAACAREAAAAAAAAA2QAAAAAAAADtAAAAAAAAAN0AAAAAAAAA5QAAAAAAAgEhAAAAAAAAANUAAAAAAAIBGQAAAAAAAADZAAAAAAAAAOkAAAAAAAAA+QAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA+QAAAAAAAgElAAAAAAAAAQkAAAAAAAAA/QAAAAAAAgEJAAAAAAAAAREAAAAAAAIBBQAAAAAAAgEFAAAAAAAAAO0AAAAAAAAA8QAAAAAAAAEBAAAAAAAAANUAAAAAAAAA7QAAAAAAAAEBAAAAAAAAAOkAAAAAAAAA3QAAAAAAAgEpAAAAAAAAAQkAAAAAAAAA/QAAAAAAAADtAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAD9AAAAAAACARkAAAAAAAABJQAAAAAAAgEhAAAAAAAAAQUAAAAAAAAA6QAAAAAAAgERAAAAAAAAAQkAAAAAAAAA5QAAAAAAAgEZAAAAAAAAAOkAAAAAAAIBBQAAAAAAAAD5AAAAAAAAATEAAAAAAAAA7QAAAAAAAgENAAAAAAAAAOEAAAAAAAIBAQAAAAAAAAERAAAAAAAAAO0AAAAAAAIBFQAAAAAAAAEhAAAAAAAAAOkAAAAAAAIBAQAAAAAAAAEVAAAAAAAAANkAAAAAAAIBAQAAAAAAAgEZAAAAAAAAANUAAAAAAAAA3QAAAAAAAADpAAAAAAAAAOkAAAAAAAABDQAAAAAAAgEVAAAAAAACAREAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAOEAAAAAAAABOQAAAAAAAAD9AAAAAAACAQUAAAAAAAEBRQAAAAAAAAEVAAAAAAAAAOkAAAAAAAIBCQAAAAAAAAEFAAAAAAAAAOkAAAAAAAAA1QAAAAAAAgEVAAAAAAAAASUAAAAAAAABFQAAAAAAAAEdAAAAAAAAAOEAAAAAAAAA7QAAAAAAAgEtAAAAAAAAANUAAAAAAAABMQAAAAAAAADxAAAAAAACAVkAAAAAAAAA+QAAAAAAAAD1AAAAAAAAASUAAAAAAAIBDQAAAAAAAQFdAAAAAAAAAQEAAAAAAAIBIQAAAAAAAAD9AAAAAAAAAQkAAAAAAAIBAQAAAAAAAADpAAAAAAACAQEAAAAAAAAA6QAAAAAAAADtAAAAAAAAAPUAAAAAAAEBQQAAAAAAAAEVAAAAAAAAASUAAAAAAAABAQAAAAAAAAENAAAAAAAAAN0AAAAAAAABGQAAAAAAAADtAAAAAAAAAQkAAAAAAAIBPQAAAAAAAgEBAAAAAAAAAN0AAAAAAAIBCQAAAAAAAADVAAAAAAAAANUAAAAAAAAA/QAAAAAAAAD5AAAAAAAAANkAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAOEAAAAAAAABIQAAAAAAAADdAAAAAAAAAPEAAAAAAAIBAQAAAAAAAADpAAAAAAAAASEAAAAAAAIBCQAAAAAAAAD9AAAAAAAAANUAAAAAAAAA1QAAAAAAAADVAAAAAAAAAP0AAAAAAAABJQAAAAAAAADlAAAAAAAAASkAAAAAAAABAQAAAAAAAADpAAAAAAABAUEAAAAAAAIBGQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA6QAAAAAAAgENAAAAAAAAAOEAAAAAAAABBQAAAAAAAAD9AAAAAAAAANkAAAAAAAAA4QAAAAAAAADVAAAAAAAAAP0AAAAAAAABJQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA9QAAAAAAAAEFAAAAAAACAQEAAAAAAAAA2QAAAAAAAADpAAAAAAAAANkAAAAAAAAA2QAAAAAAAADlAAAAAAAAAQUAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAPUAAAAAAAABAQAAAAAAAADdAAAAAAAAAOUAAAAAAAABFQAAAAAAAADtAAAAAAAAAPkAAAAAAAAA1QAAAAAAAADhAAAAAAACAQkAAAAAAAIBCQAAAAAAAADZAAAAAAACAQkAAAAAAAAA3QAAAAAAAgEFAAAAAAACAQUAAAAAAAIBOQAAAAAAAAD9AAAAAAACAUUAAAAAAAAA4QAAAAAAAADlAAAAAAAAAPUAAAAAAAAA2QAAAAAAAgEBAAAAAAACAQEAAAAAAAAA9QAAAAAAAADdAAAAAAAAAOkAAAAAAAABGQAAAAAAAADtAAAAAAACAQ0AAAAAAAABBQAAAAAAAgENAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADdAAAAAAAAAO0AAAAAAAAA8QAAAAAAAgEZAAAAAAAAANkAAAAAAAAA6QAAAAAAAgEBAAAAAAACASEAAAAAAAABDQAAAAAAAADVAAAAAAAAANUAAAAAAAIBEQAAAAAAAADlAAAAAAAAAQEAAAAAAAAA7QAAAAAAAgERAAAAAAACAQEAAAAAAAABIQAAAAAAAgEBAAAAAAACASkAAAAAAAABAQAAAAAAAAEVAAAAAAAAANkAAAAAAAIBGQAAAAAAAADtAAAAAAACAS0AAAAAAAAA2QAAAAAAAADxAAAAAAAAARUAAAAAAAAA8QAAAAAAAADlAAAAAAAAAPEAAAAAAAABAQAAAAAAAAEFAAAAAAAAAREAAAAAAAIBBQAAAAAAAgEBAAAAAAAAASEAAAAAAAAA5QAAAAAAAgEdAAAAAAAAAQUAAAAAAAAA4QAAAAAAAADZAAAAAAAAANkAAAAAAAABEQAAAAAAAgEFAAAAAAAAAOEAAAAAAAAA3QAAAAAAAADZAAAAAAAAAO0AAAAAAAABCQAAAAAAAADlAAAAAAACAQkAAAAAAAAA/QAAAAAAAAD5AAAAAAAAAN0AAAAAAAIBJQAAAAAAAADpAAAAAAACAQUAAAAAAAAA5QAAAAAAAgEVAAAAAAAAAOkAAAAAAAIBBQAAAAAAAADpAAAAAAAAANUAAAAAAAAA4QAAAAAAAADhAAAAAAAAAP0AAAAAAAIBDQAAAAAAAgENAAAAAAAAAQUAAAAAAAAA8QAAAAAAAADVAAAAAAAAATUAAAAAAAAA+QAAAAAAAAEFAAAAAAAAAQUAAAAAAAAA8QAAAAAAAADtAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA2QAAAAAAAAD5AAAAAAAAAQEAAAAAAAAA5QAAAAAAAgEZAAAAAAAAAOkAAAAAAAIBAQAAAAAAAAD5AAAAAAAAAOUAAAAAAAABBQAAAAAAAAEJAAAAAAAAAOEAAAAAAAABCQAAAAAAAgEVAAAAAAAAAPUAAAAAAAABHQAAAAAAAAD1AAAAAAAAAOkAAAAAAAAA1QAAAAAAAADhAAAAAAAAANkAAAAAAAAA+QAAAAAAAADtAAAAAAACAREAAAAAAAABFQAAAAAAAADhAAAAAAAAANUAAAAAAAAA8QAAAAAAAgEBAAAAAAAAAN0AAAAAAAABAQAAAAAAAADdAAAAAAAAAOkAAAAAAAABEQAAAAAAAADhAAAAAAAAAOUAAAAAAAIBCQAAAAAAAADtAAAAAAAAANUAAAAAAAAA3QAAAAAAAAEZAAAAAAAAANkAAAAAAAIBEQAAAAAAAgEFAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAEBAAAAAAAAAOEAAAAAAAABDQAAAAAAAgEBAAAAAAACASEAAAAAAAAA7QAAAAAAAADxAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAD1AAAAAAAAAN0AAAAAAAAA6QAAAAAAAgEpAAAAAAAAAPkAAAAAAAAA9QAAAAAAAAENAAAAAAAAANUAAAAAAAAA+QAAAAAAAgEFAAAAAAAAAOEAAAAAAAAA6QAAAAAAAADxAAAAAAACAQEAAAAAAAAA3QAAAAAAAADxAAAAAAAAAOkAAAAAAAAA9QAAAAAAAADVAAAAAAAAANkAAAAAAAABAQA==</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=32" index="31" defaultArrayLength="1546">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="280.762" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.883" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.51" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16492">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16492">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=33" index="32" defaultArrayLength="1506">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="281.098" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.2646" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.53" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16064">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16064">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=34" index="33" defaultArrayLength="1428">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="281.435" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.8165" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.57" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15232">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15232">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=35" index="34" defaultArrayLength="1448">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="281.771" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.71" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.76" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15448">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15448">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=36" index="35" defaultArrayLength="1431">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="282.107" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.0459" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.44" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15264">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15264">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=37" index="36" defaultArrayLength="1393">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="282.444" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.8484" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.74" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14860">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14860">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=38" index="37" defaultArrayLength="1409">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="282.78" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.973" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.69" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15032">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15032">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAN0AAAAAAAAA7QAAAAAAAAD9AAAAAAAAAQEAAAAAAAAA1QAAAAAAAgEZAAAAAAAAAOUAAAAAAAIBGQAAAAAAAAEFAAAAAAACAQ0AAAAAAAAA3QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBHQAAAAAAAgFNAAAAAAAAAPEAAAAAAAAA2QAAAAAAAgEFAAAAAAACAQUAAAAAAAABMQAAAAAAAgEZAAAAAAACASUAAAAAAAIBOQAAAAAAAgEhAAAAAAAAATEAAAAAAAABXQAAAAAAAgEFAAAAAAACAQUAAAAAAAAA7QAAAAAAAAElAAAAAAAAAOUAAAAAAAP68QAAAAAAAADlAAAAAAACAQEAAAAAAACiJQAAAAAAAAEJAAAAAAAAAXkAAAAAAAIBJQAAAAAAAgFpAAAAAAAAAWEAAAAAAAAA1QAAAAAAA0HVAAAAAAABAUEAAAAAAAABPQAAAAAAAAERAAAAAAACASUAAAAAAAIBRQAAAAAAAAEpAAAAAAAAASEAAAAAAAAA8QAAAAAAAgEVAAAAAAAAAREAAAAAAAABQQAAAAAAAgENAAAAAAADAUkAAAAAAAABLQAAAAAAAAE9AAAAAAADAV0AAAAAAAIBKQAAAAAAAAEtAAAAAAAAAOUAAAAAAAIBCQAAAAAAAADlAAAAAAABAU0AAAAAAAMBWQAAAAAAAADxAAAAAAACAQEAAAAAAAABKQAAAAAAAQFFAAAAAAAAgZUAAAAAAAAA9QAAAAAAAAENAAAAAAAAAOUAAAAAAAAA9QAAAAAAAYGRAAAAAAACAQkAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAT0AAAAAAAAA6QAAAAAAAgExAAAAAAAAAQEAAAAAAAEBQQAAAAAAAAE9AAAAAAAAAS0AAAAAAAABMQAAAAAAAgEdAAAAAAAAAOUAAAAAAAABRQAAAAAAAADZAAAAAAAAAR0AAAAAAAIBSQAAAAAAAwGdAAAAAAAAAOEAAAAAAAABLQAAAAAAAAElAAAAAAAAAS0AAAAAAAABDQAAAAAAAAD5AAAAAAACATkAAAAAAAIBFQAAAAAAAADdAAAAAAAAAQkAAAAAAAOB0QAAAAAAAgFpAAAAAAACAT0AAAAAAAIBBQAAAAAAAQFNAAAAAAAAAPkAAAAAAAIBTQAAAAAAAADpAAAAAAAAANUAAAAAAAIBJQAAAAAAAAE9AAAAAAAAAQUAAAAAAAAA1QAAAAAAAQFlAAAAAAACAQkAAAAAAAABIQAAAAAAAwF5AAAAAAAAANUAAAAAAAABMQAAAAAAAgEFAAAAAAAAARUAAAAAAAIBPQAAAAAAAAEtAAAAAAAAAPUAAAAAAAIBAQAAAAAAAAEdAAAAAAADAXUAAAAAAAMBaQAAAAAAAwFJAAAAAAAAAT0AAAAAAAIBOQAAAAAAAAERAAAAAAAAAUUAAAAAAAABYQAAAAAAAADpAAAAAAACATEAAAAAAAIBEQAAAAAAAAFVAAAAAAAAATkAAAAAAAIBQQAAAAAAAAEdAAAAAAACAQkAAAAAAAEBeQAAAAAAAADpAAAAAAAAASUAAAAAAAIBEQAAAAAAAAF1AAAAAAACAWkAAAAAAAABBQAAAAAAAoHNAAAAAAAAATkAAAAAAAIBZQAAAAAAAADpAAAAAAAAARUAAAAAAAABFQAAAAAAAgEBAAAAAAACAQ0AAAAAAAAA3QAAAAAAAAEdAAAAAAAAAPUAAAAAAAEBXQAAAAAAAgEVAAAAAAACASUAAAAAAAABDQAAAAAAAAEhAAAAAAACAQkAAAAAAAABGQAAAAAAAAEdAAAAAAAAAO0AAAAAAAABNQAAAAAAAAEBAAAAAAAAARUAAAAAAAIBJQAAAAAAAgElAAAAAAACARUAAAAAAAABKQAAAAAAAADlAAAAAAACAR0AAAAAAAIBIQAAAAAAAgFZAAAAAAAAAREAAAAAAAAA6QAAAAAAAgERAAAAAAAAATUAAAAAAAIBFQAAAAAAAAEFAAAAAAACASUAAAAAAACBgQAAAAAAAgENAAAAAAACAQ0AAAAAAAABHQAAAAAAAgENAAAAAAAAAVkAAAAAAAABTQAAAAAAAgE5AAAAAAACASUAAAAAAAIBNQAAAAAAAgGBAAAAAAADAXkAAAAAAAABFQAAAAAAAADZAAAAAAAAAP0AAAAAAAIBJQAAAAAAAgENAAAAAAACAT0AAAAAAAIBDQAAAAAAA4IJAAAAAAACAQUAAAAAAAIBHQAAAAAAAAFBAAAAAAAAAOUAAAAAAAMBcQAAAAAAAAFBAAAAAAAAATkAAAAAAAABHQAAAAAAAgFJAAAAAAAAAOEAAAAAAAAA4QAAAAAAAADhAAAAAAACASEAAAAAAAABaQAAAAAAAgEJAAAAAAAAASEAAAAAAAIBJQAAAAAAAAEFAAAAAAAAANkAAAAAAAABKQAAAAAAAADVAAAAAAADAUEAAAAAAAEBSQAAAAAAAgENAAAAAAACAU0AAAAAAAIBFQAAAAAAAgENAAAAAAACAQ0AAAAAAAMBiQAAAAAAAYGVAAAAAAACAQUAAAAAAAABCQAAAAAAAAEBAAAAAAACAXUAAAAAAAABAQAAAAAAAADVAAAAAAADgYkAAAAAAAAA+QAAAAAAAAD9AAAAAAABAU0AAAAAAAIBFQAAAAAAAQFFAAAAAAAAASkAAAAAAAAA7QAAAAAAAAD9AAAAAAACAUUAAAAAAAAA4QAAAAAAAADtAAAAAAAAANkAAAAAAAABDQAAAAAAAAFNAAAAAAACAREAAAAAAAABVQAAAAAAAgE1AAAAAAAAASUAAAAAAAEBZQAAAAAAAADtAAAAAAAAAN0AAAAAAAIBhQAAAAAAAADlAAAAAAAAAX0AAAAAAAAA7QAAAAAAAgFNAAAAAAACAQkAAAAAAAEBfQAAAAAAAADlAAAAAAAAARUAAAAAAAABDQAAAAAAAwFNAAAAAAAAAREAAAAAAAAA3QAAAAAAAAENAAAAAAACAS0AAAAAAAABGQAAAAAAAgEBAAAAAAABAXkAAAAAAAIBMQAAAAAAAAD1AAAAAAADAWkAAAAAAAIBFQAAAAAAAAEFAAAAAAABAUkAAAAAAAMBUQAAAAAAAgENAAAAAAADAUkAAAAAAAABEQAAAAAAAADVAAAAAAAAAQkAAAAAAAIBLQAAAAAAAgFJAAAAAAAAARkAAAAAAAIBJQAAAAAAAAEFAAAAAAAAAQ0AAAAAAAABKQAAAAAAAADtAAAAAAAAAP0AAAAAAAEBQQAAAAAAAgENAAAAAAAAAOkAAAAAAAABaQAAAAAAAADlAAAAAAACAS0AAAAAAAAA3QAAAAAAAgEpAAAAAAACATUAAAAAAAABAQAAAAAAAgEhAAAAAAACAUEAAAAAAAAA7QAAAAAAAAGNAAAAAAAAAO0AAAAAAAAA7QAAAAAAAgE1AAAAAAAAAS0AAAAAAAABEQAAAAAAAgExAAAAAAAAAQkAAAAAAAABDQAAAAAAAAGZAAAAAAAAAQUAAAAAAAIBIQAAAAAAAAEVAAAAAAAAAOUAAAAAAAABGQAAAAAAAgFBAAAAAAAAANUAAAAAAAEBcQAAAAAAAADxAAAAAAACAREAAAAAAAABKQAAAAAAAAEFAAAAAAAAANkAAAAAAAAA6QAAAAAAAADZAAAAAAABAUkAAAAAAAABMQAAAAAAAAEZAAAAAAAAATkAAAAAAAABEQAAAAAAAwFNAAAAAAACAQEAAAAAAAMBdQAAAAAAAAEFAAAAAAAAASEAAAAAAAAA6QAAAAAAAgEVAAAAAAAAASEAAAAAAAABJQAAAAAAAgFxAAAAAAACARUAAAAAAAABIQAAAAAAAQFNAAAAAAACAUUAAAAAAAABaQAAAAAAAAFBAAAAAAAAAP0AAAAAAAABIQAAAAAAAAENAAAAAAABAVUAAAAAAAAA7QAAAAAAAAF9AAAAAAACAQkAAAAAAAABCQAAAAAAAwF9AAAAAAACAQUAAAAAAAIBHQAAAAAAAAD5AAAAAAADAVkAAAAAAAIBHQAAAAAAAAEhAAAAAAAAAQEAAAAAAAAA7QAAAAAAAgE9AAAAAAACAQUAAAAAAAMBXQAAAAAAAAEJAAAAAAAAAPUAAAAAAAAA/QAAAAAAAAEJAAAAAAADAU0AAAAAAAAA5QAAAAAAAwFdAAAAAAAAAPEAAAAAAAIBKQAAAAAAAAD5AAAAAAACASEAAAAAAADiIQAAAAAAAADhAAAAAAABAXEAAAAAAAABMQAAAAAAAgEpAAAAAAAAAOEAAAAAAAAA+QAAAAAAAAD5AAAAAAAAAPkAAAAAAAAA/QAAAAAAAADhAAAAAAAAAQEAAAAAAAIBGQAAAAAAAgGJAAAAAAAAASUAAAAAAAAA9QAAAAAAAgElAAAAAAACAQ0AAAAAAAAA/QAAAAAAAAEBAAAAAAAAATEAAAAAAAABBQAAAAAAAAGBAAAAAAAAAPkAAAAAAAAA4QAAAAAAAgEhAAAAAAAAAOUAAAAAAAIBCQAAAAAAAgFtAAAAAAACARUAAAAAAAABIQAAAAAAAQFZAAAAAAACARUAAAAAAAAA3QAAAAAAAAEBAAAAAAACAS0AAAAAAAABMQAAAAAAAADlAAAAAAAAASEAAAAAAAAA4QAAAAAAAgFdAAAAAAAAAT0AAAAAAAIBBQAAAAAAAAGZAAAAAAACAQ0AAAAAAAMBQQAAAAAAAgEZAAAAAAAAAQkAAAAAAAIBGQAAAAAAAAGtAAAAAAAAAPUAAAAAAAIBKQAAAAAAAAEtAAAAAAADAUkAAAAAAAMBVQAAAAAAAgEBAAAAAAAAASEAAAAAAAABWQAAAAAAAgEBAAAAAAAAAR0AAAAAAAABDQAAAAAAAAEBAAAAAAACASUAAAAAAAIBDQAAAAAAAwFFAAAAAAAAAVkAAAAAAAMBcQAAAAAAAgEJAAAAAAAAAQkAAAAAAAAA6QAAAAAAAAEFAAAAAAACAS0AAAAAAAAA1QAAAAAAAQFVAAAAAAACAT0AAAAAAAIBBQAAAAAAAADlAAAAAAAAAX0AAAAAAAAA3QAAAAAAAgFxAAAAAAAAAT0AAAAAAAABAQAAAAAAAAEhAAAAAAACAW0AAAAAAAAA8QAAAAAAAQFRAAAAAAACAU0AAAAAAAAA6QAAAAAAA4GFAAAAAAACAQUAAAAAAAABEQAAAAAAAADdAAAAAAAAAbUAAAAAAAABGQAAAAAAAAEFAAAAAAAAAQ0AAAAAAAIBCQAAAAAAAAFNAAAAAAAAAQ0AAAAAAAABMQAAAAAAAgE9AAAAAAAAAPkAAAAAAAIBJQAAAAAAAAExAAAAAAAAAOEAAAAAAAABJQAAAAAAAgERAAAAAAADAX0AAAAAAAIBBQAAAAAAAgEJAAAAAAACAREAAAAAAAIBCQAAAAAAAwGtAAAAAAADAUkAAAAAAAABFQAAAAAAAgGdAAAAAAAAANkAAAAAAAABKQAAAAAAAAEpAAAAAAADAWEAAAAAAAAA9QAAAAAAAgERAAAAAAACAQEAAAAAAAABAQAAAAAAAgENAAAAAAADAUUAAAAAAAIBDQAAAAAAAAFxAAAAAAAAAPEAAAAAAAIBgQAAAAAAAAEFAAAAAAABAU0AAAAAAAABCQAAAAAAAgEpAAAAAAAAAOkAAAAAAAEBhQAAAAAAAAEJAAAAAAAAAOUAAAAAAAABMQAAAAAAAAE1AAAAAAAAAVkAAAAAAAMBdQAAAAAAAAGVAAAAAAACAQUAAAAAAAIBBQAAAAAAAAFpAAAAAAAAAX0AAAAAAAMBVQAAAAAAAADlAAAAAAACAREAAAAAAAMBSQAAAAAAAADxAAAAAAACAQkAAAAAAAABjQAAAAAAAAD1AAAAAAACAUUAAAAAAAIBQQAAAAAAAAE1AAAAAAAAANUAAAAAAAABFQAAAAAAAAElAAAAAAACATUAAAAAAAMBRQAAAAAAAgENAAAAAAAAAO0AAAAAAACBmQAAAAAAAADhAAAAAAACATUAAAAAAAAA7QAAAAAAAAERAAAAAAAAARUAAAAAAAEBhQAAAAAAAgEdAAAAAAAAAN0AAAAAAAABKQAAAAAAAgEBAAAAAAABAXkAAAAAAAIBJQAAAAAAAwFtAAAAAAAAAP0AAAAAAAIBBQAAAAAAAgEBAAAAAAAAAOEAAAAAAAIBCQAAAAAAAgE1AAAAAAAAAPkAAAAAAAAA7QAAAAAAAgEZAAAAAAAAAQ0AAAAAAAIBaQAAAAAAAAElAAAAAAACgYUAAAAAAAOBiQAAAAAAAgEBAAAAAAAAAOUAAAAAAAAA7QAAAAAAAAEJAAAAAAADAWUAAAAAAAIBHQAAAAAAAgFNAAAAAAAAgYEAAAAAAAAA6QAAAAAAAgEhAAAAAAAAANUAAAAAAAKBiQAAAAAAAQFBAAAAAAAAAPUAAAAAAAABCQAAAAAAAgEtAAAAAAAAAQUAAAAAAAAA4QAAAAAAAAFFAAAAAAAAANUAAAAAAAIBAQAAAAAAAADlAAAAAAAAAXUAAAAAAAABDQAAAAAAAAEVAAAAAAAAATUAAAAAAAIBDQAAAAAAAgE5AAAAAAAAANUAAAAAAAAA5QAAAAAAAgElAAAAAAAAAN0AAAAAAAIBCQAAAAAAAQFlAAAAAAACARkAAAAAAAAA9QAAAAAAAgF9AAAAAAACAQkAAAAAAAAA7QAAAAAAAQFFAAAAAAAAAQ0AAAAAAAFiOQAAAAAAAgEdAAAAAAAAgYkAAAAAAAABFQAAAAAAAAD5AAAAAAACAR0AAAAAAAABDQAAAAAAAADZAAAAAAAAAP0AAAAAAAAA9QAAAAAAAAENAAAAAAAAAQUAAAAAAAABEQAAAAAAAADxAAAAAAACASEAAAAAAAABPQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA9QAAAAAAAwFRAAAAAAAAAPUAAAAAAAMBQQAAAAAAAAENAAAAAAACAQkAAAAAAAAA6QAAAAAAAADVAAAAAAACAV0AAAAAAAABGQAAAAAAAgEFAAAAAAACAZ0AAAAAAAEBiQAAAAAAAgEFAAAAAAAAAREAAAAAAAABJQAAAAAAAAEdAAAAAAACAQkAAAAAAAABQQAAAAAAAAD5AAAAAAABAVUAAAAAAAIBAQAAAAAAAgFRAAAAAAACAQEAAAAAAAIBFQAAAAAAAgEhAAAAAAACASEAAAAAAAAA7QAAAAAAAgEFAAAAAAAAAP0AAAAAAAABFQAAAAAAAADpAAAAAAACASUAAAAAAAIBNQAAAAAAAADxAAAAAAAAAOUAAAAAAAMBQQAAAAAAAAD1AAAAAAACAQ0AAAAAAAIBPQAAAAAAAgEFAAAAAAAAAPUAAAAAAAIBCQAAAAAAAgEtAAAAAAAAAPkAAAAAAAABIQAAAAAAAAFFAAAAAAAAAOUAAAAAAAABAQAAAAAAAADdAAAAAAAAAOkAAAAAAAABCQAAAAAAAAEFAAAAAAACASUAAAAAAAABVQAAAAAAAAEFAAAAAAAAATUAAAAAAAAA5QAAAAAAAADdAAAAAAACASUAAAAAAAAA1QAAAAAAAADpAAAAAAAAAQUAAAAAAAABHQAAAAAAAgEZAAAAAAAAASUAAAAAAAABHQAAAAAAAgEpAAAAAAAAAOkAAAAAAAABLQAAAAAAAAExAAAAAAAAAOUAAAAAAAABMQAAAAAAAADxAAAAAAAAAOkAAAAAAAAA3QAAAAAAAADtAAAAAAACAQkAAAAAAAIBCQAAAAAAAAEFAAAAAAAAAOkAAAAAAAAA/QAAAAAAAgEZAAAAAAACAREAAAAAAAIBEQAAAAAAAgEdAAAAAAAAAPEAAAAAAAAA5QAAAAAAAADVAAAAAAAAANkAAAAAAAABEQAAAAAAAgENAAAAAAAAASUAAAAAAAABOQAAAAAAAAEpAAAAAAACAR0AAAAAAAAA6QAAAAAAAAE9AAAAAAACAQEAAAAAAAIBHQAAAAAAAgENAAAAAAABAU0AAAAAAAABDQAAAAAAAAD9AAAAAAAAAUkAAAAAAAAA4QAAAAAAAADVAAAAAAAAAQ0AAAAAAAABWQAAAAAAAAD1AAAAAAACga0AAAAAAAAA1QAAAAAAAgExAAAAAAAAASEAAAAAAAAA+QAAAAAAAAEpAAAAAAAAATEAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAOEAAAAAAAABTQAAAAAAAgERAAAAAAAAAQkAAAAAAAAA8QAAAAAAAAERAAAAAAAAAU0AAAAAAAAA9QAAAAAAAAEZAAAAAAAAAO0AAAAAAAGBiQAAAAAAAADhAAAAAAADAWkAAAAAAAIBDQAAAAAAAAEBAAAAAAACATEAAAAAAAABHQAAAAAAAAEBAAAAAAAAAR0AAAAAAAABHQAAAAAAAAEVAAAAAAAAAOkAAAAAAAIBFQAAAAAAAAD5AAAAAAAAAPUAAAAAAAEBWQAAAAAAAADxAAAAAAACAS0AAAAAAAABZQAAAAAAAADpAAAAAAABAbkAAAAAAAABPQAAAAAAAADVAAAAAAACAQEAAAAAAAGBvQAAAAAAAAExAAAAAAAAAOEAAAAAAAAA2QAAAAAAAADlAAAAAAABAU0AAAAAAAIBDQAAAAAAAADxAAAAAAABAgUAAAAAAAIBqQAAAAAAAADpAAAAAAACASEAAAAAAAAA9QAAAAAAAgEFAAAAAAAAAPkAAAAAAAABDQAAAAAAAgEVAAAAAAADAUEAAAAAAAAA3QAAAAAAAgElAAAAAAAAAN0AAAAAAAABIQAAAAAAAADdAAAAAAAAAOUAAAAAAAMBbQAAAAAAAAD1AAAAAAACASkAAAAAAAAA+QAAAAAAAAExAAAAAAAAARUAAAAAAAAA8QAAAAAAAwFxAAAAAAAAAQUAAAAAAAIBJQAAAAAAAQGBAAAAAAAAAQ0AAAAAAAABCQAAAAAAAYGRAAAAAAACASkAAAAAAAIBCQAAAAAAAgEdAAAAAAAAAN0AAAAAAAABBQAAAAAAAQFhAAAAAAACAS0AAAAAAAIBMQAAAAAAAADxAAAAAAAAAPEAAAAAAAIBIQAAAAAAAgEVAAAAAAAAATkAAAAAAAIBGQAAAAAAAgEVAAAAAAAAAQUAAAAAAAAA7QAAAAAAAADtAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAADZAAAAAAACAQkAAAAAAAABAQAAAAAAAADZAAAAAAACASkAAAAAAAABDQAAAAAAAgEFAAAAAAABgYUAAAAAAAIBPQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA3QAAAAAAAADtAAAAAAAAANUAAAAAAAIBAQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA5QAAAAAAAgEhAAAAAAACAQ0AAAAAAAAA/QAAAAAAAAEZAAAAAAACARUAAAAAAAAA9QAAAAAAAADpAAAAAAAAAR0AAAAAAAIBFQAAAAAAAwGBAAAAAAAAAOUAAAAAAAAA9QAAAAAAAAEVAAAAAAAAASEAAAAAAAIBMQAAAAAAAwFFAAAAAAAAAR0AAAAAAAABIQAAAAAAAADtAAAAAAAAAREAAAAAAAIBAQAAAAAAAAEJAAAAAAAAAP0AAAAAAAIBAQAAAAAAAgEpAAAAAAAAAOEAAAAAAAAA3QAAAAAAAADlAAAAAAAAANUAAAAAAAABNQAAAAAAAAD1AAAAAAACASUAAAAAAAAA3QAAAAAAAgERAAAAAAAAAR0AAAAAAAABAQAAAAAAAgEJAAAAAAACAREAAAAAAAAA4QAAAAAAAAD1AAAAAAAAAOkAAAAAAAIBBQAAAAAAAgE9AAAAAAAAANkAAAAAAAABJQAAAAAAAADlAAAAAAAAAO0AAAAAAAIBDQAAAAAAAADVAAAAAAACAQEAAAAAAAAA7QAAAAAAAADxAAAAAAAAAP0AAAAAAAAA6QAAAAAAAADdAAAAAAAAAQ0AAAAAAAAA1QAAAAAAAADVAAAAAAACAQkAAAAAAAAA1QAAAAAAAgExAAAAAAAAANUAAAAAAAAA7QAAAAAAAAEBAAAAAAAAAT0AAAAAAAAA2QAAAAAAAADdAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAEtAAAAAAABAUEAAAAAAAAA7QAAAAAAAAD1AAAAAAAAAO0AAAAAAAIBCQAAAAAAAgENAAAAAAACARkAAAAAAAAA7QAAAAAAAADVAAAAAAAAAQUAAAAAAAAA6QAAAAAAAgEFAAAAAAACAQ0AAAAAAAIBDQAAAAAAAgEBAAAAAAAAAO0AAAAAAAABAQAAAAAAAAEVAAAAAAAAAQkAAAAAAAAA7QAAAAAAAAEtAAAAAAACAQEAAAAAAAAA5QAAAAAAAgEFAAAAAAAAAREAAAAAAAAA7QAAAAAAAgEtAAAAAAAAAQUAAAAAAAAA9QAAAAAAAgE5AAAAAAACASEAAAAAAAAA6QAAAAAAAgERAAAAAAAAAOkAAAAAAAABIQAAAAAAAADlAAAAAAAAAP0AAAAAAAAA3QAAAAAAAgEFAAAAAAACASkAAAAAAAAA7QAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA+QAAAAAAAADZAAAAAAACAREAAAAAAAIBJQAAAAAAAgEZAAAAAAAAAOUAAAAAAAIBJQAAAAAAAAD5AAAAAAACARkAAAAAAAAA3QAAAAAAAADxAAAAAAACAQUAAAAAAAAA8QAAAAAAAgEFAAAAAAACAQkAAAAAAAAA8QAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA1QAAAAAAAADdAAAAAAACAQEAAAAAAAIBEQAAAAAAAAEVAAAAAAAAANUAAAAAAAABdQAAAAAAAAENAAAAAAAAAPEAAAAAAAAA5QAAAAAAAwFNAAAAAAAAANkAAAAAAAABDQAAAAAAAgEpAAAAAAAAANkAAAAAAAIBLQAAAAAAAgEJAAAAAAAAAPkAAAAAAAAA1QAAAAAAAADZAAAAAAAAASEAAAAAAAAA7QAAAAAAAADlAAAAAAACAQ0AAAAAAAAA6QAAAAAAAAERAAAAAAAAAOkAAAAAAAABJQAAAAAAAADpAAAAAAAAAO0AAAAAAAABDQAAAAAAAgEdAAAAAAAAASEAAAAAAAAA7QAAAAAAAgE9AAAAAAAAAPkAAAAAAAEBQQAAAAAAAgEFAAAAAAAAAP0AAAAAAAIBEQAAAAAAAAEFAAAAAAAAAVEAAAAAAAIBCQAAAAAAAADdAAAAAAAAANkAAAAAAAAA9QAAAAAAAAEFAAAAAAAAARUAAAAAAAAA+QAAAAAAAADVAAAAAAACAUEAAAAAAAAA4QAAAAAAAADZAAAAAAAAAQkAAAAAAAIBEQAAAAAAAADxAAAAAAAAAQEAAAAAAAIBKQAAAAAAAADtAAAAAAAAAO0AAAAAAAIBBQAAAAAAAADhAAAAAAAAAPUAAAAAAAAA3QAAAAAAAAEVAAAAAAACAQ0AAAAAAAAA+QAAAAAAAAD9AAAAAAAAAPEAAAAAAAAA/QAAAAAAAADtAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAENAAAAAAAAASUAAAAAAAAA4QAAAAAAAAEhAAAAAAAAANUAAAAAAAAA3QAAAAAAAgEFAAAAAAAAAPEAAAAAAAAA7QAAAAAAAADtAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAD5AAAAAAAAANkAAAAAAAABEQAAAAAAAgEJAAAAAAAAAQUAAAAAAAABAQAAAAAAAgEpAAAAAAAAAQkAAAAAAAABJQAAAAAAAAD5AAAAAAACAQUAAAAAAAAA9QAAAAAAAAD5AAAAAAACARUAAAAAAAABEQAAAAAAAgEFAAAAAAACAQ0AAAAAAAIBEQAAAAAAAADZAAAAAAAAAREAAAAAAAABAQAAAAAAAADpAAAAAAAAAQEAAAAAAAABCQAAAAAAAADpAAAAAAAAAO0AAAAAAAABHQAAAAAAAgEJAAAAAAABAUUAAAAAAAIBAQAAAAAAAADpAAAAAAAAAPEAAAAAAAIBDQAAAAAAAgEBAAAAAAAAAPUAAAAAAAIBNQAAAAAAAADpAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAEJAAAAAAAAAQkAAAAAAAAA+QAAAAAAAAERAAAAAAAAAO0AAAAAAAAA9QAAAAAAAADdAAAAAAAAAOEAAAAAAAIBAQAAAAAAAAD9AAAAAAACAQEAAAAAAAABAQAAAAAAAAD5AAAAAAAAAR0AAAAAAAAA9QAAAAAAAADhAAAAAAAAANUAAAAAAAAA3QAAAAAAAgEBAAAAAAAAAP0AAAAAAAAA+QAAAAAAAADlAAAAAAAAAQEAAAAAAAIBAQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAOUAAAAAAAABDQAAAAAAAgENAAAAAAAAAOkAAAAAAAAA9QAAAAAAAgEFAAAAAAAAAQEAAAAAAAAA9QAAAAAAAgERAAAAAAAAAN0AAAAAAAIBGQAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA6QAAAAAAAgEFAAAAAAAAAPEAAAAAAAABDQAAAAAAAADhAAAAAAAAANkAAAAAAAAA+QAAAAAAAADtAAAAAAAAAPEAAAAAAAAA3QAAAAAAAgERAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAEFAAAAAAAAAQEAAAAAAAIBFQAAAAAAAAFBAAAAAAACARkAAAAAAAAA3QAAAAAAAADdAAAAAAACAQEAAAAAAAAA3QAAAAAAAAEpAAAAAAAAANUAAAAAAAAA9QAAAAAAAgEtAAAAAAAAANUAAAAAAAAA7QAAAAAAAgEBAAAAAAAAANUAAAAAAAAA2QAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA7QAAAAAAAAD9AAAAAAACATUAAAAAAAIBFQAAAAAAAADtAAAAAAAAAQkAAAAAAAAA5QAAAAAAAADdAAAAAAAAAR0AAAAAAAAA1QAAAAAAAgEFAAAAAAAAANUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAQ0AAAAAAAABAQAAAAAAAADpAAAAAAAAAOkAAAAAAAIBAQAAAAAAAAD9AAAAAAAAANUAAAAAAAAA7QAAAAAAAADVAAAAAAACAQkAAAAAAAABJQAAAAAAAgExAAAAAAACAQEAAAAAAAAA5QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA+QAAAAAAAgE1AAAAAAAAANUAAAAAAAAA9QAAAAAAAADhAAAAAAAAASEAAAAAAAAA5QAAAAAAAADlAAAAAAADAWEAAAAAAAAA5QAAAAAAAAEBAAAAAAAAAOUAAAAAAAAA7QAAAAAAAgEBAAAAAAAAAOUAAAAAAAAA7QAAAAAAAAEhAAAAAAAAAOkAAAAAAAIBGQAAAAAAAADtAAAAAAAAAOEAAAAAAAABFQAAAAAAAgEdAAAAAAAAAPkAAAAAAAAA2QAAAAAAAADxAAAAAAAAAOEAAAAAAAAA8QAAAAAAAADtAAAAAAAAAQUAAAAAAAAA4QAAAAAAAADtAAAAAAAAAOEAAAAAAAAA3QAAAAAAAAEhAAAAAAAAAR0AAAAAAAABEQAAAAAAAADtAAAAAAACAQEAAAAAAAAA4QAAAAAAAAD9AAAAAAAAAN0AAAAAAAAA/QAAAAAAAAEZAAAAAAAAARkAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAQ0AAAAAAAAA4QAAAAAAAAD5AAAAAAACASkAAAAAAAIBBQAAAAAAAADZAAAAAAAAANkAAAAAAAABEQAAAAAAAgEVAAAAAAACAQkAAAAAAAAA9QAAAAAAAAENAAAAAAAAAR0AAAAAAAAA2QAAAAAAAADlAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA5QAAAAAAAADxAAAAAAAAAOkAAAAAAAABAQAAAAAAAAEFAAAAAAAAANUAAAAAAAAA9QAAAAAAAADZAAAAAAAAANkAAAAAAAAA5QAAAAAAAADVAAAAAAAAAP0AAAAAAAIBAQAAAAAAAADVAAAAAAAAAPEAAAAAAAIBDQAAAAAAAgEhAAAAAAAAAOEAAAAAAAAA7QAAAAAAAADZAAAAAAAAAP0AAAAAAAAA8QAAAAAAAAD5AAAAAAAAAOUAAAAAAAIBDQAAAAAAAADZAAAAAAAAAPkAAAAAAAIBBQAAAAAAAAENAAAAAAAAAOkAAAAAAAABEQAAAAAAAgEFAAAAAAAAANkAAAAAAAAA/QAAAAAAAADhAAAAAAAAANUAAAAAAAAA5QAAAAAAAAEhAAAAAAAAAQEAAAAAAAAA1QAAAAAAAgEJAAAAAAAAARUAAAAAAAABBQAAAAAAAADpAAAAAAAAANUAAAAAAAAA4QAAAAAAAADZAAAAAAAAANkAAAAAAAABAQAAAAAAAADZAAAAAAAAANUAAAAAAAIBAQAAAAAAAAEpAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADlAAAAAAAAAQkAAAAAAAAA9QAAAAAAAADtAAAAAAAAAN0AAAAAAAAA2QAAAAAAAAEFAAAAAAAAAP0AAAAAAAAA4QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA8QAAAAAAAADZAAAAAAAAAREAAAAAAAIBKQAAAAAAAADpAAAAAAAAAREAAAAAAAAA5QAAAAAAAADxAAAAAAAAANkAAAAAAAAA8QAAAAAAAADhAAAAAAACAREAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAOEAAAAAAAIBCQAAAAAAAAEJAAAAAAAAAQEAAAAAAAAA3QAAAAAAAAEBAAAAAAAAAN0AAAAAAAAA8QAAAAAAAgElAAAAAAAAAOkAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAQEAAAAAAAAA+QAAAAAAAADlAAAAAAAAAP0AAAAAAAAA2QAAAAAAAADZAAAAAAACAQkAAAAAAAAA9QAAAAAAAAEhAAAAAAAAAQEAAAAAAAIBEQA==</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=39" index="38" defaultArrayLength="1410">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="283.116" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.519" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.87" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15040">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15040">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAACARkAAAAAAAIBDQAAAAAAAAEBAAAAAAACAWUAAAAAAAAA+QAAAAAAAAE9AAAAAAACAQ0AAAAAAAABUQAAAAAAAADtAAAAAAAAAOEAAAAAAAMBcQAAAAAAAgElAAAAAAAAAPEAAAAAAAIBSQAAAAAAAAEhAAAAAAAAAUkAAAAAAAABDQAAAAAAAAEpAAAAAAAAANUAAAAAAAIBBQAAAAAAAAEVAAAAAAAAAOUAAAAAAAEBRQAAAAAAAAEdAAAAAAAAAP0AAAAAAAABAQAAAAAAAgERAAAAAAAC3skAAAAAAAPB/QAAAAAAAAEFAAAAAAAAAVUAAAAAAAAA2QAAAAAAAAERAAAAAAACARUAAAAAAAIBLQAAAAAAAAERAAAAAAACAQkAAAAAAAAA6QAAAAAAAwFFAAAAAAACAQUAAAAAAAABDQAAAAAAAAElAAAAAAAAAQUAAAAAAAIBYQAAAAAAAgFRAAAAAAAAAPkAAAAAAAAA9QAAAAAAAAEFAAAAAAACAR0AAAAAAAABDQAAAAAAA4GJAAAAAAAAASkAAAAAAAABEQAAAAAAAIGFAAAAAAAAAUkAAAAAAAIBGQAAAAAAAwFJAAAAAAACAUEAAAAAAAIBCQAAAAAAAAEFAAAAAAACAQkAAAAAAAAA2QAAAAAAAAERAAAAAAACAREAAAAAAAEBVQAAAAAAAgERAAAAAAAAAQkAAAAAAAIBDQAAAAAAAgENAAAAAAACASEAAAAAAAABMQAAAAAAAAEFAAAAAAACAQ0AAAAAAAABXQAAAAAAAQFVAAAAAAACAREAAAAAAAABBQAAAAAAAgENAAAAAAACAR0AAAAAAAEBsQAAAAAAAAEFAAAAAAAAAQkAAAAAAAIBCQAAAAAAAAENAAAAAAACAQEAAAAAAAIBOQAAAAAAAAERAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAAEZAAAAAAACAUkAAAAAAAABRQAAAAAAAAEhAAAAAAABgbEAAAAAAAABBQAAAAAAAAEJAAAAAAACARkAAAAAAAAA2QAAAAAAAAD5AAAAAAACAQkAAAAAAAAA7QAAAAAAAgE9AAAAAAAAAP0AAAAAAAIBWQAAAAAAAAEJAAAAAAAAAVEAAAAAAAIBKQAAAAAAAAEBAAAAAAABAUEAAAAAAAABIQAAAAAAAAD5AAAAAAACAQEAAAAAAAIBCQAAAAAAAAEdAAAAAAAAAQUAAAAAAAIBYQAAAAAAAAEZAAAAAAACARUAAAAAAAAA5QAAAAAAAADhAAAAAAAAAQEAAAAAAAEBUQAAAAAAAAEtAAAAAAACAQ0AAAAAAAABbQAAAAAAAgEBAAAAAAABAV0AAAAAAAIBhQAAAAAAAAERAAAAAAABAV0AAAAAAAEBQQAAAAAAAAEtAAAAAAAAARUAAAAAAAIBJQAAAAAAAAEFAAAAAAAAAT0AAAAAAAABOQAAAAAAAAEVAAAAAAACAQ0AAAAAAAAA/QAAAAAAA4GVAAAAAAAAASkAAAAAAAABcQAAAAAAAAD9AAAAAAAAAPUAAAAAAAAA5QAAAAAAAgEZAAAAAAAAASUAAAAAAAAA7QAAAAAAAADxAAAAAAAAAU0AAAAAAAABDQAAAAAAAADxAAAAAAAAAOkAAAAAAAABNQAAAAAAAAERAAAAAAACAQUAAAAAAAAA3QAAAAAAAAEBAAAAAAACAREAAAAAAAMBbQAAAAAAAgFFAAAAAAAAANUAAAAAAAIBAQAAAAAAAAFBAAAAAAADAUEAAAAAAAIBFQAAAAAAAAD5AAAAAAAAAXkAAAAAAAIBEQAAAAAAAADtAAAAAAAAAO0AAAAAAAIBBQAAAAAAAgEZAAAAAAADAW0AAAAAAAIBNQAAAAAAAgEpAAAAAAACATkAAAAAAAAA3QAAAAAAAAD5AAAAAAABAVUAAAAAAACBgQAAAAAAAgEJAAAAAAACAQEAAAAAAAEBXQAAAAAAAgEFAAAAAAACAQEAAAAAAAPiCQAAAAAAAADxAAAAAAACAREAAAAAAAAA5QAAAAAAAgEBAAAAAAACAREAAAAAAAIBcQAAAAAAAgEtAAAAAAABAYUAAAAAAAABUQAAAAAAAAERAAAAAAAAAPUAAAAAAAAA7QAAAAAAAgFFAAAAAAAAAR0AAAAAAAIBWQAAAAAAAgEdAAAAAAAAAPEAAAAAAAMBbQAAAAAAAgEdAAAAAAAAAPEAAAAAAAIBEQAAAAAAAgE1AAAAAAAAAQ0AAAAAAAIBEQAAAAAAAAEFAAAAAAAAAQEAAAAAAAABdQAAAAAAAAFFAAAAAAAAAP0AAAAAAAIBWQAAAAAAAQFhAAAAAAACAQEAAAAAAAIBFQAAAAAAAADdAAAAAAAAAQ0AAAAAAAAA9QAAAAAAAAERAAAAAAADAXUAAAAAAAABHQAAAAAAAAEhAAAAAAACAXEAAAAAAAABFQAAAAAAAgElAAAAAAACAQkAAAAAAAABLQAAAAAAAAENAAAAAAAAAQkAAAAAAAIBUQAAAAAAAADdAAAAAAAAAP0AAAAAAAOBgQAAAAAAAwFlAAAAAAACARUAAAAAAAAA3QAAAAAAAADVAAAAAAAAATEAAAAAAAABLQAAAAAAAAD5AAAAAAACAUkAAAAAAAIBHQAAAAAAAgEZAAAAAAABAWEAAAAAAAABVQAAAAAAAgFBAAAAAAAAANUAAAAAAAMBfQAAAAAAAgEJAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAQFRAAAAAAAAATEAAAAAAAABCQAAAAAAAAFBAAAAAAAAAT0AAAAAAAABaQAAAAAAAAEBAAAAAAACAR0AAAAAAAIBYQAAAAAAAAD1AAAAAAACAWEAAAAAAAABCQAAAAAAAAEhAAAAAAACASUAAAAAAAAA+QAAAAAAAAEpAAAAAAACAS0AAAAAAAAA1QAAAAAAAgEpAAAAAAACgbUAAAAAAAABJQAAAAAAAAE9AAAAAAACAS0AAAAAAAIBGQAAAAAAAAEdAAAAAAAAAPkAAAAAAAIBDQAAAAAAAgEFAAAAAAAAATUAAAAAAAAA1QAAAAAAAoGZAAAAAAACAQEAAAAAAAIBBQAAAAAAAAFJAAAAAAADAUEAAAAAAAEBgQAAAAAAAADpAAAAAAAAAVEAAAAAAAABCQAAAAAAAAFBAAAAAAACAQkAAAAAAAIBCQAAAAAAAAEVAAAAAAACAQkAAAAAAAABBQAAAAAAAgFxAAAAAAAAAQEAAAAAAAABLQAAAAAAAADdAAAAAAAAAS0AAAAAAAIBUQAAAAAAAgEdAAAAAAAAAOEAAAAAAAIBTQAAAAAAAAEpAAAAAAACQcUAAAAAAAAA5QAAAAAAAAFJAAAAAAACAQkAAAAAAAMBUQAAAAAAAwFdAAAAAAAAAWEAAAAAAAABYQAAAAAAAgGBAAAAAAAAAN0AAAAAAAEBQQAAAAAAAAEFAAAAAAAAAPkAAAAAAAABJQAAAAAAAAEZAAAAAAACAU0AAAAAAAEBQQAAAAAAAAFJAAAAAAACAQ0AAAAAAAIBMQAAAAAAAAEJAAAAAAADAV0AAAAAAAMBaQAAAAAAAgEpAAAAAAAAAOUAAAAAAAABOQAAAAAAAAGNAAAAAAAAAbEAAAAAAAAA4QAAAAAAAAE9AAAAAAAAAQkAAAAAAAEBeQAAAAAAAgEJAAAAAAAAASEAAAAAAAIBKQAAAAAAAQFpAAAAAAACAQ0AAAAAAAABAQAAAAAAAgEZAAAAAAABAVkAAAAAAAAA4QAAAAAAAAD9AAAAAAAAAOUAAAAAAAABBQAAAAAAAgEJAAAAAAACAR0AAAAAAAIBAQAAAAAAAgEVAAAAAAAAAPkAAAAAAAABAQAAAAAAAAE9AAAAAAAAANkAAAAAAAIBQQAAAAAAAgEZAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAD1AAAAAAACAQEAAAAAAABiJQAAAAAAAADdAAAAAAAAAWkAAAAAAAEBQQAAAAAAAwFNAAAAAAAAgYkAAAAAAAIBNQAAAAAAAADtAAAAAAAAAUUAAAAAAAABKQAAAAAAAAD5AAAAAAACgaUAAAAAAAIBAQAAAAAAAAEBAAAAAAAAARUAAAAAAAABQQAAAAAAAgE1AAAAAAADAV0AAAAAAAABNQAAAAAAAgENAAAAAAAAAREAAAAAAAIBAQAAAAAAAAFVAAAAAAAAATUAAAAAAAAA4QAAAAAAAAEdAAAAAAAAARUAAAAAAAAA4QAAAAAAAgE1AAAAAAAAAQUAAAAAAAIBHQAAAAAAAAExAAAAAAAAAO0AAAAAAAEBUQAAAAAAAADpAAAAAAAAATUAAAAAAAABIQAAAAAAAADtAAAAAAAAAQ0AAAAAAAEBUQAAAAAAAAEhAAAAAAAAAOEAAAAAAAABFQAAAAAAAAERAAAAAAAAAO0AAAAAAAIBFQAAAAAAAgElAAAAAAAAgY0AAAAAAAIBCQAAAAAAAAFBAAAAAAAAAOkAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAUUAAAAAAAAA1QAAAAAAAgEJAAAAAAAAASkAAAAAAAABFQAAAAAAAADlAAAAAAAAAOEAAAAAAAAA9QAAAAAAAgE9AAAAAAADAUEAAAAAAAIBHQAAAAAAAAE9AAAAAAACARkAAAAAAAIBGQAAAAAAAAFNAAAAAAAAAQ0AAAAAAAIBMQAAAAAAAADhAAAAAAACga0AAAAAAAMBYQAAAAAAAgENAAAAAAACAWkAAAAAAAABBQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAABDQAAAAAAAAEJAAAAAAAAAOkAAAAAAAMBYQAAAAAAAAEdAAAAAAAAAPkAAAAAAAEBVQAAAAAAAgElAAAAAAAAAOEAAAAAAAIBEQAAAAAAAgEZAAAAAAAAASkAAAAAAAAA2QAAAAAAAgFNAAAAAAAAAP0AAAAAAAABIQAAAAAAAAERAAAAAAAAATkAAAAAAAEBSQAAAAAAAgExAAAAAAAAAPEAAAAAAAAA8QAAAAAAAAF5AAAAAAAAAO0AAAAAAAIBCQAAAAAAAgEBAAAAAAACAQUAAAAAAAMBdQAAAAAAAAD5AAAAAAACAQEAAAAAAAIBCQAAAAAAAADVAAAAAAABgaEAAAAAAAAA/QAAAAAAAQFVAAAAAAACAR0AAAAAAAIBHQAAAAAAAgEJAAAAAAACAR0AAAAAAAAA6QAAAAAAAADxAAAAAAAAAOEAAAAAAAIBhQAAAAAAAADVAAAAAAACARUAAAAAAAEBWQAAAAAAAAEtAAAAAAAAARkAAAAAAAIBYQAAAAAAAADxAAAAAAAAAPUAAAAAAAABMQAAAAAAAQF5AAAAAAACAREAAAAAAAMBVQAAAAAAAADpAAAAAAAAASEAAAAAAAIBIQAAAAAAAwFVAAAAAAACATEAAAAAAAAA4QAAAAAAAQFxAAAAAAAAAQkAAAAAAAEBSQAAAAAAAgEBAAAAAAABAW0AAAAAAAABAQAAAAAAAQFFAAAAAAADAUUAAAAAAAIBJQAAAAAAAgFJAAAAAAAAAPkAAAAAAAEBXQAAAAAAAAERAAAAAAAAAS0AAAAAAAABNQAAAAAAAAEZAAAAAAABgYEAAAAAAAAA9QAAAAAAAgEZAAAAAAACATUAAAAAAAABIQAAAAAAAgEFAAAAAAADAWEAAAAAAAIBDQAAAAAAAgElAAAAAAAAAOkAAAAAAAMBkQAAAAAAAgEJAAAAAAAAAPUAAAAAAAIBCQAAAAAAAQG1AAAAAAAAAPUAAAAAAAAA8QAAAAAAAAEVAAAAAAAAAWUAAAAAAAABBQAAAAAAAAERAAAAAAAAAR0AAAAAAAIBRQAAAAAAAAD9AAAAAAAAAUUAAAAAAAAA7QAAAAAAAgEJAAAAAAAAAPUAAAAAAAABHQAAAAAAAgEBAAAAAAAAAOkAAAAAAAEBXQAAAAAAAADdAAAAAAABwdUAAAAAAAMBdQAAAAAAAgEtAAAAAAAAAO0AAAAAAAAA/QAAAAAAAQFpAAAAAAABAYEAAAAAAAAA3QAAAAAAAADpAAAAAAAAgY0AAAAAAAIBRQAAAAAAAAEFAAAAAAACAT0AAAAAAAABPQAAAAAAAAEZAAAAAAAAAOkAAAAAAAABRQAAAAAAAAD5AAAAAAACAQ0AAAAAAAABAQAAAAAAAgERAAAAAAAAAPUAAAAAAAAA6QAAAAAAAAEtAAAAAAAAATkAAAAAAAOBgQAAAAAAAADlAAAAAAACATUAAAAAAAAA8QAAAAAAAAEtAAAAAAAAAOUAAAAAAAABVQAAAAAAAAD5AAAAAAAAAQEAAAAAAAIBXQAAAAAAAgEBAAAAAAACATEAAAAAAAAA3QAAAAAAAAE9AAAAAAAAANUAAAAAAAIBHQAAAAAAAkIdAAAAAAAAQcEAAAAAAAAA8QAAAAAAAoGFAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADlAAAAAAAAAN0AAAAAAAAA2QAAAAAAAAEJAAAAAAACAVUAAAAAAAAA5QAAAAAAAgExAAAAAAAAAOEAAAAAAAABFQAAAAAAAAElAAAAAAAAANUAAAAAAAAA/QAAAAAAAADpAAAAAAAAAOEAAAAAAAIBPQAAAAAAAgEFAAAAAAAAAREAAAAAAAIBAQAAAAAAAAEJAAAAAAAAAN0AAAAAAAIBOQAAAAAAAADlAAAAAAABAWUAAAAAAAAA5QAAAAAAAQHFAAAAAAAAASEAAAAAAAAA8QAAAAAAAgFNAAAAAAACAV0AAAAAAAAA8QAAAAAAAAE9AAAAAAABAUEAAAAAAAAA/QAAAAAAAADhAAAAAAACARkAAAAAAAIBFQAAAAAAAgExAAAAAAAAANkAAAAAAAABBQAAAAAAAADtAAAAAAAAATkAAAAAAAAA5QAAAAAAAADVAAAAAAACAS0AAAAAAAAA5QAAAAAAAgEpAAAAAAACAQUAAAAAAAIBNQAAAAAAAADZAAAAAAACARUAAAAAAAAA9QAAAAAAAwFFAAAAAAAAAN0AAAAAAAIBHQAAAAAAAgEFAAAAAAACAREAAAAAAAABGQAAAAAAAgERAAAAAAAAAREAAAAAAAIBIQAAAAAAAAEdAAAAAAAAAOEAAAAAAAABCQAAAAAAAAEFAAAAAAAAANkAAAAAAAIBCQAAAAAAAgEJAAAAAAAAAO0AAAAAAAABEQAAAAAAAgEFAAAAAAAAAUkAAAAAAAIBBQAAAAAAAgEdAAAAAAADAUUAAAAAAAAA9QAAAAAAAgExAAAAAAAAANUAAAAAAAABHQAAAAAAAAEJAAAAAAAAAUUAAAAAAAABAQAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBKQAAAAAAAADxAAAAAAAAAPkAAAAAAAAA4QAAAAAAAgENAAAAAAACAUkAAAAAAAIBDQAAAAAAAgE1AAAAAAAAAOEAAAAAAAIBBQAAAAAAAAExAAAAAAAAAOkAAAAAAAIBZQAAAAAAAADhAAAAAAAAANUAAAAAAAAA7QAAAAAAAAEJAAAAAAAAANkAAAAAAAIBCQAAAAAAAgEpAAAAAAACAQUAAAAAAAIBGQAAAAAAAADlAAAAAAACAVkAAAAAAAEBaQAAAAAAAAEJAAAAAAAAgaEAAAAAAAAA9QAAAAAAAAE5AAAAAAAAANUAAAAAAAAA9QAAAAAAAADVAAAAAAAAAOUAAAAAAAABVQAAAAAAAQFJAAAAAAADAVkAAAAAAAIBKQAAAAAAAADZAAAAAAACASEAAAAAAAABNQAAAAAAAAE1AAAAAAACARUAAAAAAAEBSQAAAAAAAAElAAAAAAAAAQEAAAAAAAAA6QAAAAAAAADpAAAAAAACASEAAAAAAAIBWQAAAAAAAAD1AAAAAAAAAPkAAAAAAAIBNQAAAAAAAkHFAAAAAAAAAR0AAAAAAAAA3QAAAAAAAADxAAAAAAACAQUAAAAAAAIBNQAAAAAAAADdAAAAAAAAARUAAAAAAAABKQAAAAAAAADxAAAAAAAAAUUAAAAAAAAA7QAAAAAAAAD9AAAAAAAAAOkAAAAAAAABAQAAAAAAAAD1AAAAAAAAAQEAAAAAAAMBUQAAAAAAAgEBAAAAAAAAAOUAAAAAAAAA3QAAAAAAAAENAAAAAAAAgY0AAAAAAAIBBQAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA8QAAAAAAAIGlAAAAAAACAQEAAAAAAAIBIQAAAAAAAgEpAAAAAAAAAX0AAAAAAAAA6QAAAAAAAAEJAAAAAAACAb0AAAAAAAABBQAAAAAAAgFxAAAAAAACAW0AAAAAAAIBDQAAAAAAAADhAAAAAAAAANUAAAAAAAABDQAAAAAAAgEFAAAAAAAAAP0AAAAAAAAA5QAAAAAAAgEVAAAAAAABAUEAAAAAAAABMQAAAAAAAgFVAAAAAAACAR0AAAAAAAABGQAAAAAAAAEhAAAAAAAAANUAAAAAAAIBDQAAAAAAAgE9AAAAAAACATEAAAAAAAABDQAAAAAAAgFJAAAAAAAAARkAAAAAAAAA7QAAAAAAAAEpAAAAAAAAAREAAAAAAAAA+QAAAAAAAgEVAAAAAAAAAQEAAAAAAAIBCQAAAAAAAwFlAAAAAAAAAREAAAAAAAAA1QAAAAAAAAFJAAAAAAACARUAAAAAAACBrQAAAAAAAAD5AAAAAAAAAO0AAAAAAAABDQAAAAAAAADZAAAAAAACAUkAAAAAAAAA/QAAAAAAAADZAAAAAAAAAP0AAAAAAAIBOQAAAAAAAAD5AAAAAAAAANUAAAAAAAIBEQAAAAAAAAEZAAAAAAAAASEAAAAAAAIBCQAAAAAAAADtAAAAAAAAAPkAAAAAAAAA5QAAAAAAAgEFAAAAAAABAUEAAAAAAAIBFQAAAAAAAgFBAAAAAAACARUAAAAAAAAA/QAAAAAAAADtAAAAAAAAAPEAAAAAAAAA3QAAAAAAAgE9AAAAAAAAAOUAAAAAAAABBQAAAAAAAADVAAAAAAAAARkAAAAAAAAA6QAAAAAAAgEBAAAAAAAAAO0AAAAAAAIBFQAAAAAAAADlAAAAAAAAAPUAAAAAAAIBEQAAAAAAAADdAAAAAAACAREAAAAAAAAA3QAAAAAAAYGdAAAAAAACAQ0AAAAAAAABKQAAAAAAAAFFAAAAAAAAAZEAAAAAAAIBCQAAAAAAAAD1AAAAAAAAATkAAAAAAAIBGQAAAAAAAAD5AAAAAAAAAQUAAAAAAAAA3QAAAAAAAAEFAAAAAAAAASkAAAAAAAAA4QAAAAAAAAEBAAAAAAACAQ0AAAAAAAAA5QAAAAAAAgEpAAAAAAAAAP0AAAAAAAAA5QAAAAAAAAEFAAAAAAACAQUAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA5QAAAAAAAAD9AAAAAAABAUEAAAAAAAABOQAAAAAAAgEtAAAAAAAAAO0AAAAAAAIBCQAAAAAAAAD5AAAAAAAAANkAAAAAAAAA1QAAAAAAAgEBAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAEtAAAAAAACAUkAAAAAAAIBHQAAAAAAAAD9AAAAAAAAANUAAAAAAAIBDQAAAAAAAADVAAAAAAAAAN0AAAAAAAAA7QAAAAAAAADVAAAAAAACAQ0AAAAAAAAA5QAAAAAAAAERAAAAAAAAANkAAAAAAAAA6QAAAAAAAADlAAAAAAAAAO0AAAAAAAAA2QAAAAAAAADdAAAAAAAAAO0AAAAAAAAA1QAAAAAAAAD1AAAAAAAAAP0AAAAAAAABFQAAAAAAAADdAAAAAAAAAO0AAAAAAAAA3QAAAAAAAgERAAAAAAAAAOUAAAAAAAIBBQAAAAAAAADVAAAAAAAAAN0AAAAAAAABCQAAAAAAAAD5AAAAAAAAAOkAAAAAAAAA5QAAAAAAAADlAAAAAAAAAOkAAAAAAAAA1QAAAAAAAAENAAAAAAAAAOUAAAAAAAABEQAAAAAAAAEhAAAAAAACAQEAAAAAAAAA5QAAAAAAAgE1AAAAAAACAQUAAAAAAAABNQAAAAAAAAENAAAAAAACARUAAAAAAAAA6QAAAAAAAADtAAAAAAAAASUAAAAAAAIBBQAAAAAAAAE1AAAAAAACAQUAAAAAAAAA5QAAAAAAAgE1AAAAAAACATkAAAAAAAAA7QAAAAAAAgEBAAAAAAAAAOkAAAAAAAAA6QAAAAAAAADhAAAAAAAAAOUAAAAAAAIBEQAAAAAAAADpAAAAAAAAAO0AAAAAAAAA7QAAAAAAAgEhAAAAAAAAAN0AAAAAAAAA/QAAAAAAAgEBAAAAAAAAAPUAAAAAAAIBKQAAAAAAAgEVAAAAAAACAQEAAAAAAAABCQAAAAAAAAERAAAAAAAAAQ0AAAAAAAABMQAAAAAAAADZAAAAAAAAAQEAAAAAAAABOQAAAAAAAADhAAAAAAACAQ0AAAAAAAIBHQAAAAAAAgFNAAAAAAACAQ0AAAAAAAAA9QAAAAAAAAERAAAAAAAAAO0AAAAAAAABIQAAAAAAAgENAAAAAAAAAPUAAAAAAAIBBQAAAAAAAAEFAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAADZAAAAAAAAAN0AAAAAAAAA8QAAAAAAAAEVAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAFtAAAAAAAAAS0AAAAAAAAA/QAAAAAAAADxAAAAAAAAAQEAAAAAAAAA4QAAAAAAAAEBAAAAAAAAARkAAAAAAAAA2QAAAAAAAgENAAAAAAACAQEAAAAAAAEBZQAAAAAAAAExAAAAAAAAAQEAAAAAAAABAQAAAAAAAAENAAAAAAAAAPEAAAAAAAAA6QAAAAAAAgEVAAAAAAAAAPEAAAAAAAABBQAAAAAAAAElAAAAAAACAS0AAAAAAAAA6QAAAAAAAADtAAAAAAAAASEAAAAAAAAA5QAAAAAAAAD9AAAAAAAAAO0AAAAAAAIBAQAAAAAAAAEVAAAAAAAAAOEAAAAAAAAA2QAAAAAAAADZAAAAAAAAANkAAAAAAAIBHQAAAAAAAgEFAAAAAAAAASUAAAAAAAIBCQAAAAAAAADhAAAAAAAAAQUAAAAAAAIBIQAAAAAAAgEBAAAAAAAAAQ0AAAAAAAAA/QAAAAAAAgEFAAAAAAAAAPEAAAAAAAAA/QAAAAAAAAE1AAAAAAAAANkAAAAAAAAA3QAAAAAAAAD5AAAAAAACAREAAAAAAAIBKQAAAAAAAgENAAAAAAAAARkAAAAAAAIBAQAAAAAAAAEdAAAAAAAAAQkAAAAAAAABFQAAAAAAAgEZAAAAAAAAARUAAAAAAAIBCQAAAAAAAAD9AAAAAAAAAOUAAAAAAAAA1QAAAAAAAADdAAAAAAACAQUAAAAAAAIBCQAAAAAAAADtAAAAAAACAQEAAAAAAAIBBQAAAAAAAADhAAAAAAACAQUAAAAAAAABCQAAAAAAAgENAAAAAAAAAOkAAAAAAAABPQAAAAAAAAEBAAAAAAAAAPUAAAAAAAABBQAAAAAAAAEhAAAAAAAAAO0AAAAAAAABEQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAEZAAAAAAAAAQkAAAAAAAIBEQAAAAAAAAEJAAAAAAAAAQ0AAAAAAAAA4QAAAAAAAgEJAAAAAAAAAOUAAAAAAAABCQAAAAAAAADxAAAAAAAAARUAAAAAAAABBQAAAAAAAADpAAAAAAAAAN0AAAAAAAIBCQAAAAAAAgENAAAAAAAAAQkAAAAAAAAA4QAAAAAAAgEVAAAAAAAAAPUAAAAAAAAA7QAAAAAAAwFFAAAAAAAAAOkAAAAAAAABAQAAAAAAAgEBAAAAAAACAR0AAAAAAAIBBQAAAAAAAADtAAAAAAACATUAAAAAAAAA3QAAAAAAAAD1AAAAAAAAAOkAAAAAAAAA4QAAAAAAAgEBAAAAAAAAAQkAAAAAAAIBIQAAAAAAAADpAAAAAAAAAREAAAAAAAAA5QAAAAAAAAEBAAAAAAAAAPEAAAAAAAAA2QAAAAAAAADxAAAAAAAAAQEAAAAAAAAA3QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA9QAAAAAAAADlAAAAAAAAAO0AAAAAAAAA2QAAAAAAAADxAAAAAAAAAPUAAAAAAAAA1QAAAAAAAAD5AAAAAAACATEAAAAAAAAA1QAAAAAAAAEFAAAAAAACARkAAAAAAAIBAQAAAAAAAAD1AAAAAAAAAPEAAAAAAAAA8QAAAAAAAADhAAAAAAAAAQ0AAAAAAAIBBQAAAAAAAAE5AAAAAAAAANUAAAAAAAAA5QAAAAAAAAEFAAAAAAAAATUAAAAAAAAA7QAAAAAAAAEVAAAAAAAAASEAAAAAAAAA2QAAAAAAAgEtAAAAAAAAAN0AAAAAAAAA+QAAAAAAAAEJAAAAAAACAQkAAAAAAAAA9QAAAAAAAAEhAAAAAAACASEAAAAAAAAA9QAAAAAAAAEFAAAAAAAAASkAAAAAAAAA8QAAAAAAAADpAAAAAAAAAR0AAAAAAAABIQAAAAAAAADhAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA8QAAAAAAAAEJAAAAAAAAAR0AAAAAAAABIQAAAAAAAADtAAAAAAACARUAAAAAAAAA+QAAAAAAAAEFAAAAAAAAAP0AAAAAAAAA7QAAAAAAAAEFAAAAAAAAAP0AAAAAAAIBBQAAAAAAAADlAAAAAAAAASkAAAAAAAABCQAAAAAAAADZAAAAAAAAASUAAAAAAAIBMQAAAAAAAADxAAAAAAAAAPkAAAAAAAAA2QAAAAAAAAEVAAAAAAAAAQEAAAAAAAIBEQAAAAAAAQFBAAAAAAACAQUAAAAAAAAA5QAAAAAAAAD1AAAAAAAAAOkAAAAAAAABBQAAAAAAAADpAAAAAAACARUAAAAAAAIBBQAAAAAAAADtAAAAAAACAREAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAPkAAAAAAAABAQAAAAAAAADpAAAAAAAAAPkAAAAAAAIBCQAAAAAAAADVAAAAAAACAREAAAAAAAAA6QAAAAAAAgEdAAAAAAAAAN0AAAAAAAAA9QAAAAAAAADpAAAAAAACAQEAAAAAAAABEQAAAAAAAgEpAAAAAAACARkAAAAAAAABCQAAAAAAAgElAAAAAAACARUAAAAAAAABHQAAAAAAAAD9AAAAAAAAAOEAAAAAAAAA/QAAAAAAAgElAAAAAAAAAN0AAAAAAAIBIQAAAAAAAAD9AAAAAAAAAQ0AAAAAAAABDQAAAAAAAAD5AAAAAAAAAPkAAAAAAAIBJQAAAAAAAgElAAAAAAAAAO0AAAAAAAAA2QAAAAAAAAEBAAAAAAAAAQEAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA/QAAAAAAAgEFAAAAAAAAAQUAAAAAAAAA2QAAAAAAAADpAAAAAAAAAO0AAAAAAAAA8QAAAAAAAAEtAAAAAAAAAOEAAAAAAAAA4QAAAAAAAADxAAAAAAAAAPkAAAAAAAABAQAAAAAAAADhAAAAAAAAAOUAAAAAAAIBAQAAAAAAAADdAAAAAAACARUAAAAAAAIBAQAAAAAAAgElAAAAAAAAAPkAAAAAAAAA2QAAAAAAAAERAAAAAAAAAN0AAAAAAAABEQAAAAAAAAD5AAAAAAABAUEAAAAAAAAA/QAAAAAAAAEJAAAAAAAAAQkAAAAAAAIBBQAAAAAAAAEZAAAAAAAAAN0AAAAAAAABAQAAAAAAAAENAAAAAAAAAP0AAAAAAAAA4QAAAAAAAADZAAAAAAAAAREAAAAAAAAA7QAAAAAAAADlAAAAAAACAQkAAAAAAAAA+QAAAAAAAADxAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAPkAAAAAAAABEQAAAAAAAgEJAAAAAAAAAQkAAAAAAAAA5QAAAAAAAAEJAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA5QAAAAAAAADlAAAAAAAAAOEAAAAAAAIBAQAAAAAAAADZAAAAAAAAAR0AAAAAAAABGQAAAAAAAAD1AAAAAAAAARUAAAAAAAAA8QAAAAAAAAEhAAAAAAAAANUAAAAAAAAA3QAAAAAAAAEhAAAAAAACAQ0AAAAAAAAA9QAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA5QAAAAAAAADtAAAAAAAAAPUAAAAAAAIBAQAAAAAAAADhAAAAAAAAAQEAAAAAAAIBDQAAAAAAAADtAAAAAAAAAN0AAAAAAAAA6QAAAAAAAADZAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADVAAAAAAAAAPUAAAAAAAAA8QAAAAAAAAD1AAAAAAAAAN0AAAAAAAABJQAAAAAAAAEJAAAAAAACAREAAAAAAAAA8QAAAAAAAADVAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADtAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADZAAAAAAAAAOkAAAAAAAAA3QAAAAAAAADtAAAAAAAAAOEAAAAAAAAA1QAAAAAAAADpAAAAAAAAAOEAAAAAAAAA+QAAAAAAAADtAAAAAAAAAOkAAAAAAAAA7QAAAAAAAADpAAAAAAACARkAAAAAAAIBOQAAAAAAAAEJAAAAAAAAAOkAAAAAAAABGQAAAAAAAADdAAAAAAAAAN0AAAAAAAABAQAAAAAAAADlAAAAAAAAAPEAAAAAAAABGQAAAAAAAgEdAAAAAAAAARkAAAAAAAAA1QAAAAAAAADVAAAAAAACAQUAAAAAAAAA/QAAAAAAAADdAAAAAAAAANUAAAAAAAAA5QAAAAAAAADlAAAAAAAAAOkAAAAAAAAA1QAAAAAAAADdAAAAAAAAANUAAAAAAAABAQAAAAAAAADpAAAAAAAAANUAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAPUAAAAAAAIBEQAAAAAAAAD5AAAAAAACAQUAAAAAAAAA8QAAAAAAAAEhA</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=40" index="39" defaultArrayLength="1342">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="283.453" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.951" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.68" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=41" index="40" defaultArrayLength="1366">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="283.789" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.5629" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.41" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14572">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14572">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAQEAAAAAAAAA3QAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA1QAAAAAAAAEhAAAAAAAAAOUAAAAAAAAA8QAAAAAAAgEFAAAAAAACARUAAAAAAAIBDQAAAAAAAwFRAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADlAAAAAAACAQUAAAAAAAIBCQAAAAAAAgEZAAAAAAAAAN0AAAAAAAABYQAAAAAAAAEBAAAAAAAAAQEAAAAAAAABJQAAAAAAAADhAAAAAAAAAPkAAAAAAAABJQAAAAAAAgEFAAAAAAACAQ0AAAAAAAABCQAAAAAAAEKRAAAAAAAAAPkAAAAAAAAB3QAAAAAAAADZAAAAAAAAATUAAAAAAAIBGQAAAAAAAgGdAAAAAAACATUAAAAAAAABeQAAAAAAAAEdAAAAAAAAAQkAAAAAAAABIQAAAAAAAADlAAAAAAAAAQkAAAAAAAMBYQAAAAAAAADhAAAAAAACATEAAAAAAAIBOQAAAAAAAgERAAAAAAAAAVkAAAAAAAAA+QAAAAAAAgEdAAAAAAACAQEAAAAAAAABIQAAAAAAAgElAAAAAAAAAUEAAAAAAAABBQAAAAAAAAEpAAAAAAAAAPEAAAAAAAABIQAAAAAAAAEBAAAAAAACAV0AAAAAAAEBRQAAAAAAAgFNAAAAAAAAARUAAAAAAAAA6QAAAAAAAAExAAAAAAAAAPEAAAAAAAAA5QAAAAAAAADVAAAAAAAAATUAAAAAAAAA2QAAAAAAAADpAAAAAAAAASUAAAAAAAEBQQAAAAAAAgENAAAAAAACAQUAAAAAAAABCQAAAAAAAgERAAAAAAAAAREAAAAAAAIBGQAAAAAAAAD9AAAAAAAAAPUAAAAAAAMBSQAAAAAAAgEpAAAAAAAAAPUAAAAAAAIBAQAAAAAAAIHJAAAAAAAAARUAAAAAAAAA5QAAAAAAAQFRAAAAAAAAASkAAAAAAAABEQAAAAAAAAF1AAAAAAAAASUAAAAAAAABaQAAAAAAAAD9AAAAAAACAQEAAAAAAAIBMQAAAAAAAgENAAAAAAAAAUkAAAAAAAIBBQAAAAAAAAElAAAAAAACAREAAAAAAAAA1QAAAAAAAAE1AAAAAAACAQEAAAAAAAAA5QAAAAAAAAD1AAAAAAACAREAAAAAAAABSQAAAAAAAgEdAAAAAAAAAOEAAAAAAAAA7QAAAAAAAAEFAAAAAAAAAS0AAAAAAAAA6QAAAAAAAAD9AAAAAAAAAQEAAAAAAAEBVQAAAAAAAQFFAAAAAAAAARkAAAAAAAAA2QAAAAAAAAEJAAAAAAACAREAAAAAAAAA3QAAAAAAAgERAAAAAAAAAPUAAAAAAAABFQAAAAAAAADxAAAAAAACATUAAAAAAAAA9QAAAAAAAAFBAAAAAAACARkAAAAAAAIBKQAAAAAAAAENAAAAAAAAAUEAAAAAAAAA/QAAAAAAAAElAAAAAAACAQkAAAAAAAMBUQAAAAAAAADdAAAAAAADAVUAAAAAAAABMQAAAAAAAgEVAAAAAAACARUAAAAAAAAA7QAAAAAAAAEFAAAAAAAAANkAAAAAAAABFQAAAAAAAAD5AAAAAAAAAPEAAAAAAAIBBQAAAAAAAQG9AAAAAAACAQkAAAAAAAABGQAAAAAAAAEBAAAAAAAAAR0AAAAAAAABHQAAAAAAAgFdAAAAAAADAUUAAAAAAAIBNQAAAAAAAADhAAAAAAAAAN0AAAAAAAABGQAAAAAAAAE9AAAAAAAAASEAAAAAAAABHQAAAAAAAADtAAAAAAAAgYUAAAAAAAABKQAAAAAAAAENAAAAAAAAAR0AAAAAAAABNQAAAAAAAgEhAAAAAAAAARkAAAAAAAAA6QAAAAAAAQFFAAAAAAAAAP0AAAAAAAAA2QAAAAAAAADhAAAAAAABAYEAAAAAAAAA5QAAAAAAAQFdAAAAAAACAWEAAAAAAAABIQAAAAAAAAEpAAAAAAAAAQUAAAAAAAABRQAAAAAAAQFFAAAAAAAAASEAAAAAAAAA9QAAAAAAAwFRAAAAAAACAQEAAAAAAAIBDQAAAAAAAOIFAAAAAAAAANkAAAAAAAABiQAAAAAAAgF5AAAAAAAAARkAAAAAAAABZQAAAAAAAwGBAAAAAAACAQ0AAAAAAAABBQAAAAAAAAE9AAAAAAAAAWUAAAAAAAABCQAAAAAAAAEhAAAAAAAAAOUAAAAAAAEBgQAAAAAAAAEtAAAAAAADAWUAAAAAAAIBGQAAAAAAAAFVAAAAAAAAAO0AAAAAAAIBPQAAAAAAAgE5AAAAAAACAQkAAAAAAAIBIQAAAAAAAAElAAAAAAADAWUAAAAAAAAA/QAAAAAAAAEJAAAAAAAAAOkAAAAAAAIBLQAAAAAAAAFBAAAAAAAAAQ0AAAAAAAABAQAAAAAAAgEJAAAAAAAAASEAAAAAAAIBAQAAAAAAAwFVAAAAAAACAU0AAAAAAAIBCQAAAAAAAwF1AAAAAAACAQ0AAAAAAAAA1QAAAAAAAADdAAAAAAACAVUAAAAAAAABQQAAAAAAAgEVAAAAAAACARUAAAAAAAAA3QAAAAAAAADhAAAAAAABAW0AAAAAAAIBJQAAAAAAAAD1AAAAAAACAREAAAAAAAAA5QAAAAAAAgEJAAAAAAAAAP0AAAAAAAAA5QAAAAAAAAFRAAAAAAADAXEAAAAAAAIBNQAAAAAAAgEpAAAAAAAAAN0AAAAAAAEBcQAAAAAAAgEhAAAAAAAAAOkAAAAAAAABAQAAAAAAAgERAAAAAAAAAUEAAAAAAAABQQAAAAAAAAD9AAAAAAAAAOEAAAAAAAIBEQAAAAAAAAEhAAAAAAAAAT0AAAAAAAIBUQAAAAAAAADtAAAAAAADAUkAAAAAAAAA9QAAAAAAAAFJAAAAAAAAASEAAAAAAAAA8QAAAAAAAAEJAAAAAAAAAREAAAAAAAABKQAAAAAAAAEZAAAAAAAAAPkAAAAAAAAA6QAAAAAAAADpAAAAAAAAAREAAAAAAAABGQAAAAAAAQFNAAAAAAAAAP0AAAAAAAMBYQAAAAAAAAEJAAAAAAAAAR0AAAAAAAEBZQAAAAAAAADpAAAAAAAAAUEAAAAAAAABIQAAAAAAAgFlAAAAAAAAAS0AAAAAAAAA6QAAAAAAAgFpAAAAAAACAQEAAAAAAAAA5QAAAAAAAAE1AAAAAAAAAPEAAAAAAAAA7QAAAAAAAgEBAAAAAAADAUkAAAAAAAABFQAAAAAAAgENAAAAAAACAQkAAAAAAAIBAQAAAAAAAAFxAAAAAAAAAQEAAAAAAAIBNQAAAAAAAAEBAAAAAAACAVEAAAAAAAABOQAAAAAAAAFRAAAAAAAAAQEAAAAAAAABDQAAAAAAAgERAAAAAAAAAPEAAAAAAAAA1QAAAAAAAQFFAAAAAAACASEAAAAAAAAA2QAAAAAAAAEpAAAAAAAAAREAAAAAAAABBQAAAAAAAAEJAAAAAAAAAV0AAAAAAAABMQAAAAAAAADZAAAAAAAAASEAAAAAAAIBhQAAAAAAAAD9AAAAAAACAREAAAAAAAIBMQAAAAAAAAFVAAAAAAACAREAAAAAAAIBDQAAAAAAAgE1AAAAAAACAVUAAAAAAAABAQAAAAAAAAEZAAAAAAADAWUAAAAAAAABLQAAAAAAAAFNAAAAAAACAQkAAAAAAAAA/QAAAAAAAgF5AAAAAAACARkAAAAAAAIBbQAAAAAAAgEBAAAAAAABAWUAAAAAAAAA4QAAAAAAAwFFAAAAAAAAAQ0AAAAAAAMBQQAAAAAAAADlAAAAAAAAAREAAAAAAAABAQAAAAAAAAEBAAAAAAACAQkAAAAAAAABHQAAAAAAAAEZAAAAAAABAVUAAAAAAAABEQAAAAAAAQFhAAAAAAADAUUAAAAAAAIBEQAAAAAAAEH5AAAAAAADgYUAAAAAAAABBQAAAAAAAgEVAAAAAAAAAOUAAAAAAAABNQAAAAAAAQFFAAAAAAADgZUAAAAAAAIBCQAAAAAAAQFRAAAAAAACAZkAAAAAAAABFQAAAAAAAgEhAAAAAAACAQUAAAAAAAABMQAAAAAAAgENAAAAAAAAANUAAAAAAAIBHQAAAAAAAAFZAAAAAAAAAOEAAAAAAAABAQAAAAAAAAFJAAAAAAAAAT0AAAAAAAIBfQAAAAAAAAERAAAAAAAAARUAAAAAAAMBVQAAAAAAAgENAAAAAAAAAPUAAAAAAAABAQAAAAAAAAFZAAAAAAAAAV0AAAAAAAEBQQAAAAAAAAExAAAAAAAAAUEAAAAAAAIBKQAAAAAAAADdAAAAAAABAX0AAAAAAAIBTQAAAAAAAAD5AAAAAAAAAV0AAAAAAAIBAQAAAAAAAAD1AAAAAAACAREAAAAAAAEBXQAAAAAAAAEFAAAAAAACAR0AAAAAAAAA7QAAAAAAAgExAAAAAAACASkAAAAAAAAA4QAAAAAAAgEFAAAAAAACAQ0AAAAAAAABAQAAAAAAAADpAAAAAAAAAPUAAAAAAACBhQAAAAAAAgEtAAAAAAACAQEAAAAAAAABCQAAAAAAAADtAAAAAAABAWkAAAAAAAIBFQAAAAAAAgElAAAAAAAAAQEAAAAAAAABlQAAAAAAAADtAAAAAAABAWkAAAAAAAIBFQAAAAAAAQGtAAAAAAAAAQkAAAAAAAAA+QAAAAAAAgE9AAAAAAAAASEAAAAAAAAA9QAAAAAAAAGVAAAAAAAAAPUAAAAAAAABSQAAAAAAAAEBAAAAAAACASkAAAAAAAAA8QAAAAAAAwFNAAAAAAACAT0AAAAAAAAA3QAAAAAAAAENAAAAAAAAARUAAAAAAAABDQAAAAAAAADxAAAAAAACAQEAAAAAAAABKQAAAAAAAADpAAAAAAAAANUAAAAAAAABZQAAAAAAAgEJAAAAAAAAAP0AAAAAAAIBHQAAAAAAAAEZAAAAAAAAAWUAAAAAAAMBbQAAAAAAAADpAAAAAAADAaUAAAAAAAIBMQAAAAAAAgGlAAAAAAAAASUAAAAAAAIBGQAAAAAAAgE1AAAAAAAAAPEAAAAAAAMBUQAAAAAAAgEJAAAAAAAAAR0AAAAAAAAA7QAAAAAAAAEdAAAAAAACASUAAAAAAAIBBQAAAAAAAQF5AAAAAAACAQkAAAAAAAABQQAAAAAAAAD5AAAAAAAAAO0AAAAAAAGBmQAAAAAAAAEVAAAAAAABAUkAAAAAAAABNQAAAAAAAAGNAAAAAAACAQUAAAAAAAABHQAAAAAAAgEVAAAAAAAAAPEAAAAAAAMBbQAAAAAAAgEFAAAAAAACAQkAAAAAAAABdQAAAAAAAADpAAAAAAADAVUAAAAAAAAA7QAAAAAAAgEdAAAAAAABAWkAAAAAAAAA+QAAAAAAAAD9AAAAAAACASkAAAAAAAABRQAAAAAAAAD5AAAAAAACAVEAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAO0AAAAAAAIBxQAAAAAAAADpAAAAAAAAARUAAAAAAAIBJQAAAAAAAYGBAAAAAAAAAO0AAAAAAAABQQAAAAAAAAFNAAAAAAAAAOUAAAAAAAAA/QAAAAAAAAEBAAAAAAACARUAAAAAAAOBnQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA1QAAAAAAAIGdAAAAAAACAQEAAAAAAAABRQAAAAAAAADVAAAAAAACAW0AAAAAAAABHQAAAAAAAAFJAAAAAAAAARkAAAAAAAABYQAAAAAAAADtAAAAAAAAAQEAAAAAAAAA4QAAAAAAAADlAAAAAAAAAU0AAAAAAAABDQAAAAAAAADVAAAAAAAAAOEAAAAAAAEBVQAAAAAAAADpAAAAAAACARUAAAAAAAKB9QAAAAAAAAF9AAAAAAABAVEAAAAAAAABCQAAAAAAAAD5AAAAAAAAAN0AAAAAAACBlQAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA6QAAAAAAAAEBAAAAAAAAAO0AAAAAAAABNQAAAAAAAAElAAAAAAACAQUAAAAAAAAA2QAAAAAAAAGJAAAAAAAAAPEAAAAAAAIBKQAAAAAAAADVAAAAAAAAAPkAAAAAAAIBGQAAAAAAAAF1AAAAAAAAAPEAAAAAAAAA3QAAAAAAAADVAAAAAAAAAT0AAAAAAAABMQAAAAAAAgERAAAAAAAAAOEAAAAAAAIBZQAAAAAAAADtAAAAAAAAASEAAAAAAAABaQAAAAAAAADxAAAAAAAAAO0AAAAAAAIBIQAAAAAAAgEBAAAAAAACASEAAAAAAAIBDQAAAAAAAAERAAAAAAAAARkAAAAAAAABPQAAAAAAAgEJAAAAAAAAATkAAAAAAAABGQAAAAAAAgENAAAAAAAAAOEAAAAAAAEBbQAAAAAAAiJJAAAAAAACASUAAAAAAAJBxQAAAAAAAgEhAAAAAAAAANkAAAAAAAABRQAAAAAAAADZAAAAAAACASEAAAAAAAIBKQAAAAAAAADdAAAAAAAAASkAAAAAAAABCQAAAAAAAAD9AAAAAAACARUAAAAAAAABYQAAAAAAAAD9AAAAAAAAAOUAAAAAAAABBQAAAAAAAgEJAAAAAAACAQ0AAAAAAAABJQAAAAAAAAEtAAAAAAAAAQEAAAAAAAIBPQAAAAAAAgEZAAAAAAACAT0AAAAAAAABOQAAAAAAAADZAAAAAAAAAPkAAAAAAAFBzQAAAAAAAADlAAAAAAADAUkAAAAAAAABRQAAAAAAAAENAAAAAAACAX0AAAAAAAAA7QAAAAAAAgExAAAAAAADAW0AAAAAAAEBRQAAAAAAAAEBAAAAAAAAARUAAAAAAAIBNQAAAAAAAADZAAAAAAADAUUAAAAAAAAA/QAAAAAAAADdAAAAAAAAAQEAAAAAAAAA7QAAAAAAAADdAAAAAAAAAO0AAAAAAAABFQAAAAAAAAD1AAAAAAAAAPUAAAAAAAAA+QAAAAAAAAElAAAAAAAAAT0AAAAAAAABFQAAAAAAAAFFAAAAAAAAAPUAAAAAAAIBBQAAAAAAAAENAAAAAAAAAP0AAAAAAAAA+QAAAAAAAADtAAAAAAAAAOkAAAAAAAAA6QAAAAAAAwFNAAAAAAACAVEAAAAAAAAA7QAAAAAAAAFBAAAAAAADAUkAAAAAAAAA4QAAAAAAAAEdAAAAAAAAAPUAAAAAAAIBAQAAAAAAAADdAAAAAAAAAQkAAAAAAAIBIQAAAAAAAAEFAAAAAAAAAQkAAAAAAAABKQAAAAAAAADhAAAAAAAAAOUAAAAAAAABMQAAAAAAAADhAAAAAAAAAN0AAAAAAAEBQQAAAAAAAgEJAAAAAAAAAS0AAAAAAAAA7QAAAAAAAAEVAAAAAAAAAPEAAAAAAAAA/QAAAAAAAgEJAAAAAAAAAOkAAAAAAAAA5QAAAAAAAgEBAAAAAAAAAN0AAAAAAAIBDQAAAAAAAAEdAAAAAAAAAPEAAAAAAAABIQAAAAAAAgEVAAAAAAACARUAAAAAAAAA1QAAAAAAAAFJAAAAAAACASkAAAAAAAIBFQAAAAAAAADdAAAAAAAAAQUAAAAAAAABNQAAAAAAAADlAAAAAAAAARUAAAAAAAIBAQAAAAAAAAEFAAAAAAACAQEAAAAAAAIBBQAAAAAAAAGNAAAAAAACAQEAAAAAAAABEQAAAAAAAAEdAAAAAAAAAPUAAAAAAAABmQAAAAAAAAD1AAAAAAAAAUUAAAAAAAAA/QAAAAAAAADVAAAAAAAAAPEAAAAAAAABQQAAAAAAAoGlAAAAAAAAAR0AAAAAAAAA4QAAAAAAAADxAAAAAAAAAQUAAAAAAAAA9QAAAAAAAAEVAAAAAAAAAREAAAAAAAIBEQAAAAAAAAD5AAAAAAAAAQUAAAAAAAAA9QAAAAAAAwFRAAAAAAAAAOkAAAAAAAEBXQAAAAAAAgEBAAAAAAABAUEAAAAAAAAA9QAAAAAAAgEZAAAAAAABAVEAAAAAAAIBQQAAAAAAAAE5AAAAAAAAANkAAAAAAAAA3QAAAAAAAAERAAAAAAAAAO0AAAAAAAAA2QAAAAAAAAD1AAAAAAAAAQ0AAAAAAAIBbQAAAAAAAAElAAAAAAAAATEAAAAAAAIBEQAAAAAAAwGtAAAAAAACAQ0AAAAAAAIBLQAAAAAAAYGRAAAAAAAAAN0AAAAAAAMBxQAAAAAAAADpAAAAAAAAAN0AAAAAAAGBhQAAAAAAAADxAAAAAAAAAPEAAAAAAAEBQQAAAAAAAADZAAAAAAAAATUAAAAAAAABKQAAAAAAAAEhAAAAAAACAQEAAAAAAAEBRQAAAAAAAADtAAAAAAAAAOUAAAAAAAIBPQAAAAAAAgENAAAAAAAAAPUAAAAAAAIBGQAAAAAAAwFJAAAAAAACAR0AAAAAAAAA5QAAAAAAAAEZAAAAAAAAAR0AAAAAAAIBGQAAAAAAA4GFAAAAAAAAAOkAAAAAAAABUQAAAAAAAADdAAAAAAACAYUAAAAAAAEBSQAAAAAAAAD5AAAAAAAAAQEAAAAAAAIBAQAAAAAAAADdAAAAAAABAZkAAAAAAAABMQAAAAAAAAEBAAAAAAAAAVUAAAAAAAAA4QAAAAAAAgE9AAAAAAAAAQ0AAAAAAAAA4QAAAAAAAgEJAAAAAAABAVEAAAAAAAIBBQAAAAAAAgEBAAAAAAAAANkAAAAAAAAA1QAAAAAAAgEdAAAAAAAAAP0AAAAAAAIBBQAAAAAAAgEJAAAAAAACATEAAAAAAAABNQAAAAAAAAEJAAAAAAAAAN0AAAAAAAAA4QAAAAAAAgEVAAAAAAACAQEAAAAAAAIBEQAAAAAAAgERAAAAAAAAAQEAAAAAAAIBDQAAAAAAAADlAAAAAAAAAN0AAAAAAAAA8QAAAAAAAADhAAAAAAAAAQkAAAAAAAABBQAAAAAAAAD9AAAAAAAAAP0AAAAAAAIBBQAAAAAAAAD1AAAAAAAAAPEAAAAAAAAA2QAAAAAAAAEJAAAAAAACAQEAAAAAAAIBAQAAAAAAAAEBAAAAAAABgYEAAAAAAAAA9QAAAAAAAgE5AAAAAAACASUAAAAAAACBjQAAAAAAAgEBAAAAAAACAR0AAAAAAAABAQAAAAAAAAEJAAAAAAADAUEAAAAAAAAA4QAAAAAAAAENAAAAAAAAAN0AAAAAAAIBGQAAAAAAAgEZAAAAAAACAQUAAAAAAAABHQAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA7QAAAAAAAgENAAAAAAAAANUAAAAAAAABAQAAAAAAAADhAAAAAAACASUAAAAAAAAA/QAAAAAAAgEpAAAAAAAAASEAAAAAAAAA8QAAAAAAAADpAAAAAAAAAPkAAAAAAAAA/QAAAAAAAADpAAAAAAACAQ0AAAAAAAIBBQAAAAAAAgExAAAAAAAAAP0AAAAAAAAA8QAAAAAAAAEBAAAAAAAAAN0AAAAAAAIBAQAAAAAAAgERAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA+QAAAAAAAAE1AAAAAAAAAPkAAAAAAAAA9QAAAAAAAAE1AAAAAAAAASEAAAAAAAIBCQAAAAAAAAEpAAAAAAAAANkAAAAAAAABHQAAAAAAAAEBAAAAAAAAAN0AAAAAAAIBEQAAAAAAAAD5AAAAAAAAANUAAAAAAAABFQAAAAAAAAENAAAAAAAAASkAAAAAAAAA2QAAAAAAAADpAAAAAAACAQEAAAAAAAAA3QAAAAAAAADhAAAAAAAAAOUAAAAAAAAA4QAAAAAAAADtAAAAAAAAAPkAAAAAAAABCQAAAAAAAADVAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADVAAAAAAAAARUAAAAAAAABQQAAAAAAAADlAAAAAAAAAP0AAAAAAAAA+QAAAAAAAgEFAAAAAAAAAN0AAAAAAAAA/QAAAAAAAADlAAAAAAAAAREAAAAAAAAA6QAAAAAAAADhAAAAAAAAANUAAAAAAAAA8QAAAAAAAADpAAAAAAAAAOkAAAAAAAIBHQAAAAAAAAD1AAAAAAAAAN0AAAAAAAABAQAAAAAAAADxAAAAAAAAAPEAAAAAAAAA+QAAAAAAAgERAAAAAAAAAOUAAAAAAAIBNQAAAAAAAADdAAAAAAAAANUAAAAAAAIBAQAAAAAAAAEBAAAAAAAAAOUAAAAAAAIBDQAAAAAAAADpAAAAAAACAQEAAAAAAAAA7QAAAAAAAAEJAAAAAAACASEAAAAAAAAA8QAAAAAAAAEVAAAAAAAAAN0AAAAAAAAA5QAAAAAAAADxAAAAAAACAQ0AAAAAAAIBTQAAAAAAAAEVAAAAAAACAREAAAAAAAAA+QAAAAAAAADZAAAAAAAAAQEAAAAAAAAA3QAAAAAAAADtAAAAAAAAAPEAAAAAAAABAQAAAAAAAAEJAAAAAAAAAS0AAAAAAAABDQAAAAAAAADVAAAAAAAAANkAAAAAAAIBIQAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA5QAAAAAAAADZAAAAAAABAUkAAAAAAAIBAQAAAAAAAgElAAAAAAAAAOUAAAAAAAIBBQAAAAAAAAE1AAAAAAAAAOEAAAAAAAABGQAAAAAAAADVAAAAAAAAAPEAAAAAAAAA+QAAAAAAAAENAAAAAAAAAOUAAAAAAAIBPQAAAAAAAAENAAAAAAAAAPUAAAAAAAABKQAAAAAAAADtAAAAAAAAAO0AAAAAAAABOQAAAAAAAAENAAAAAAAAAQ0AAAAAAAIBAQAAAAAAAADtAAAAAAAAAN0AAAAAAAAA1QAAAAAAAgEdAAAAAAAAAPEAAAAAAAIBDQAAAAAAAgEJAAAAAAAAAN0AAAAAAAIBEQAAAAAAAgEJAAAAAAAAAP0AAAAAAAAA1QAAAAAAAADVAAAAAAAAAPkAAAAAAAIBAQAAAAAAAwFFAAAAAAAAAOUAAAAAAAAA1QAAAAAAAADlAAAAAAABAUUAAAAAAAABEQAAAAAAAAEJAAAAAAAAANUAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAS0AAAAAAAAA6QAAAAAAAADtAAAAAAAAAOUAAAAAAAAA+QAAAAAAAAD1AAAAAAAAANkAAAAAAAAA5QAAAAAAAgEJAAAAAAAAAOUAAAAAAAABEQAAAAAAAAEVAAAAAAAAAQ0AAAAAAAAA1QAAAAAAAADpAAAAAAAAAOkAAAAAAAABBQAAAAAAAAEBAAAAAAAAANUAAAAAAAAA7QAAAAAAAAEpAAAAAAAAAQUAAAAAAAAA5QAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA4QAAAAAAAAD1AAAAAAAAAQEAAAAAAAABKQAAAAAAAgERAAAAAAAAAN0AAAAAAAABDQAAAAAAAAEJAAAAAAAAAN0AAAAAAAIBMQAAAAAAAAEhAAAAAAACARUAAAAAAAAA4QAAAAAAAAD9AAAAAAAAAPkAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAP0AAAAAAAAA2QAAAAAAAAERAAAAAAACAQ0AAAAAAAABBQAAAAAAAADpAAAAAAAAAQUAAAAAAAAA7QAAAAAAAADtAAAAAAACATkAAAAAAAAA+QAAAAAAAADlAAAAAAAAAPkAAAAAAAIBCQAAAAAAAAD1AAAAAAAAAOUAAAAAAAIBHQAAAAAAAAD9AAAAAAAAANkAAAAAAAAA8QAAAAAAAAD5AAAAAAAAAOkAAAAAAAIBJQAAAAAAAADhAAAAAAACASkAAAAAAAABGQAAAAAAAwFJAAAAAAAAANUAAAAAAAAA3QAAAAAAAADdAAAAAAACAREAAAAAAAABNQAAAAAAAgEBAAAAAAACASEAAAAAAAAA3QAAAAAAAAEdAAAAAAAAAN0AAAAAAAABDQAAAAAAAAD1AAAAAAAAANkAAAAAAAAA3QAAAAAAAgEhAAAAAAAAAOkAAAAAAAABCQAAAAAAAgENAAAAAAACAQ0AAAAAAAAA5QAAAAAAAAERAAAAAAACAQUAAAAAAAABFQAAAAAAAgEZAAAAAAAAAOEAAAAAAAABDQAAAAAAAADtAAAAAAAAAQEAAAAAAAAA5QAAAAAAAgEBAAAAAAAAAP0AAAAAAAAA5QAAAAAAAAD9AAAAAAACAQEAAAAAAAAA5QAAAAAAAADxAAAAAAAAANkAAAAAAAABBQAAAAAAAADZAAAAAAAAANUAAAAAAAAA6QAAAAAAAgERAAAAAAAAAQEAAAAAAAAA4QAAAAAAAADlAAAAAAAAAN0AAAAAAAIBEQAAAAAAAAEBAAAAAAAAAQEAAAAAAAAA2QAAAAAAAADlAAAAAAAAAOEAAAAAAAIBFQAAAAAAAgERAAAAAAAAAS0AAAAAAAIBGQAAAAAAAAENAAAAAAACASEAAAAAAAIBIQAAAAAAAADpAAAAAAACAR0AAAAAAAABAQAAAAAAAgEpAAAAAAAAAOkAAAAAAAIBIQAAAAAAAADtAAAAAAACAQ0AAAAAAAIBFQAAAAAAAgENAAAAAAAAAP0AAAAAAAABCQAAAAAAAAD5AAAAAAAAANUAAAAAAAABIQAAAAAAAgENAAAAAAACATEAAAAAAAAA2QAAAAAAAgElAAAAAAAAANkAAAAAAAAA4QAAAAAAAADhAAAAAAACAUkAAAAAAAAA5QAAAAAAAAD5AAAAAAAAANUAAAAAAAAA6QAAAAAAAAEpAAAAAAABAUUAAAAAAAABFQAAAAAAAADpAAAAAAAAAP0AAAAAAAIBAQAAAAAAAAD9AAAAAAAAAQkAAAAAAAAA4QAAAAAAAADtAAAAAAAAAQUAAAAAAAAA9QAAAAAAAAD5AAAAAAAAANUAAAAAAAAA6QAAAAAAAAEJAAAAAAACARUAAAAAAAAA4QAAAAAAAAEtAAAAAAAAANUAAAAAAAABIQAAAAAAAADdAAAAAAAAANUAAAAAAAAA5QAAAAAAAADVAAAAAAAAAOEAAAAAAAABGQAAAAAAAADdAAAAAAAAAPUAAAAAAAAA5QAAAAAAAADZAAAAAAAAAOUAAAAAAAAA3QAAAAAAAgEFAAAAAAACAQkAAAAAAAAA7QAAAAAAAAD9AAAAAAACAQEAAAAAAAAA8QAAAAAAAAEtAAAAAAAAAO0AAAAAAAAA6QAAAAAAAgEBAAAAAAAAAP0AAAAAAAABAQAAAAAAAADdAAAAAAAAARkAAAAAAAIBCQAAAAAAAgERAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEBAAAAAAAAANUAAAAAAAAA+QAAAAAAAgEJAAAAAAACARkAAAAAAAAA/QAAAAAAAADxAAAAAAAAAPkAAAAAAAAA8QAAAAAAAADdAAAAAAAAAQkAAAAAAAAA2QAAAAAAAADhAAAAAAAAAN0AAAAAAAAA7QAAAAAAAADVAAAAAAAAAO0AAAAAAAIBCQAAAAAAAADdAAAAAAACAQEAAAAAAAAA6QAAAAAAAADpAAAAAAAAAQ0AAAAAAAIBAQAAAAAAAgEFAAAAAAAAAOEAAAAAAAAA3QAAAAAAAADlAAAAAAAAAO0AAAAAAAAA7QAAAAAAAADdAAAAAAAAANkAAAAAAAAA+QAAAAAAAAEpAAAAAAACAQUAAAAAAAAA6QAAAAAAAADdAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADhAAAAAAAAAO0AAAAAAAAA4QAAAAAAAADdAAAAAAAAASkAAAAAAAIBCQAAAAAAAADpAAAAAAAAANkAAAAAAAABEQAAAAAAAAEFAAAAAAAAANUAAAAAAAAA+QAAAAAAAAEFAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAEFAAAAAAAAAPkAAAAAAAAA1QAAAAAAAgEZAAAAAAACAS0AAAAAAAAA9QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADZAAAAAAACAS0AAAAAAAAA4QAAAAAAAADVAAAAAAAAAO0AAAAAAAAA5QAAAAAAAADdAAAAAAAAAN0AAAAAAAABEQAAAAAAAADpAAAAAAAAASkAAAAAAAAA+QAAAAAAAADdAAAAAAAAANkAAAAAAAAA3QAAAAAAAADlAAAAAAAAAOEAAAAAAAIBDQAAAAAAAADhAAAAAAAAAQ0AAAAAAAAA5QAAAAAAAADZAAAAAAAAAOEAAAAAAAABNQAAAAAAAgE9AAAAAAAAAO0AAAAAAAIBJQAAAAAAAgEFAAAAAAAAAOEAAAAAAAIBAQAAAAAAAADVAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAD9AAAAAAACAQEAAAAAAAAA2QAAAAAAAAEJAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADlAAAAAAACATEAAAAAAAAA1QAAAAAAAADtAAAAAAACASEAAAAAAAAA8QAAAAAAAAD1AAAAAAAAANkAAAAAAAAA6QAAAAAAAADVAAAAAAAAAQUAAAAAAAIBMQAAAAAAAAD9AAAAAAAAANUAAAAAAAAA5QAAAAAAAgElAAAAAAACARUAAAAAAAAA6QAAAAAAAADdAAAAAAACAQEAAAAAAAAA7QAAAAAAAADpAAAAAAAAANkA=</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=42" index="41" defaultArrayLength="1351">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="284.126" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.065" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.9" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14412">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14412">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=43" index="42" defaultArrayLength="1367">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="284.463" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.3999" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.17" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14584">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14584">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=44" index="43" defaultArrayLength="1342">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="284.799" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.587" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.47" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=45" index="44" defaultArrayLength="1365">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="285.135" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.9231" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.83" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14560">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14560">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=46" index="45" defaultArrayLength="1379">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="285.476" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.0779" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.02" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14712">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14712">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=47" index="46" defaultArrayLength="1325">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="285.812" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.59" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.18" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14136">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14136">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=48" index="47" defaultArrayLength="1349">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="286.148" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.079" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14392">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAA4AbFWkAAAADgdMVbQAAAACDC/VtAAAAAQLQ/XEAAAAAg/v9cQAAAAGBPPF1AAAAA4O17XUAAAACA3oRdQAAAAODSoF1AAAAAINm9XUAAAADgQ8NdQAAAAMAoyl1AAAAAIPsCXkAAAACgqSJeQAAAAIB9RV5AAAAA4EKlXkAAAAAgS8ZeQAAAAMCzBF9AAAAAoI8HX0AAAAAA3EZfQAAAAIB3f19AAAAAgMeEX0AAAADgJANgQAAAAECaQGBAAAAAYJ5iYEAAAACAc3xgQAAAAEA5gWBAAAAAACqfYEAAAABATqRgQAAAAMDuwmBAAAAAQB7eYEAAAAAAaOFgQAAAAOB0AWFAAAAAACdCYUAAAACAYERhQAAAAOCvXmFAAAAA4FJiYUAAAAAALIJhQAAAAKCuo2FAAAAAYMe+YUAAAAAAAMNhQAAAAACh4mFAAAAAYAPkYUAAAABgjwFiQAAAAKDIIGJAAAAAIDcjYkAAAACg/0FiQAAAAACRX2JAAAAAgIJjYkAAAACAOoBiQAAAAOCBgmJAAAAAYNugYkAAAADApKNiQAAAAMASwGJAAAAAoMnDYkAAAAAgD+NiQAAAACBvAmNAAAAAIPQjY0AAAABgkEJjQAAAAIDbYmNAAAAAgAaCY0AAAAAgy4hjQAAAAAA6n2NAAAAAgCOjY0AAAABA7L9jQAAAAIDfxGNAAAAAgEDSY0AAAADgUeBjQAAAAEAc5GNAAAAA4FPpY0AAAACgAQJkQAAAAMCPIGRAAAAAgDkjZEAAAACAKEJkQAAAAOAKXmRAAAAAYBdgZEAAAABA8o5kQAAAAMCvnmRAAAAA4DaiZEAAAAAA2cRkQAAAAGCgz2RAAAAAoHwBZUAAAABAbgVlQAAAAKA0EWVAAAAAAMAiZUAAAABgcTFlQAAAAKA+RGVAAAAAwOdOZUAAAABA0YFlQAAAAOC6omVAAAAA4K+yZUAAAADAt79lQAAAACDTw2VAAAAAgMTiZUAAAADgQSBmQAAAAKBoImZAAAAAwH9AZkAAAACgf0NmQAAAAMBjX2ZAAAAAAOh+ZkAAAACAvYNmQAAAAGBnomZAAAAA4M7BZkAAAADARsVmQAAAACCa2mZAAAAAoKzfZkAAAAAg/uJmQAAAAODp8mZAAAAAYIL9ZkAAAACgIwBnQAAAAIBFH2dAAAAAoKMkZ0AAAACg4EVnQAAAAIArUmdAAAAAgIFjZ0AAAABgFIFnQAAAAABEg2dAAAAAwDakZ0AAAADgxKZnQAAAAAD1smdAAAAAoMS+Z0AAAADAAMJnQAAAAADK0mdAAAAAgDvhZ0AAAABgX+RnQAAAAGAoAmhAAAAAYIchaEAAAACAujBoQAAAACA9PWhAAAAAwDpEaEAAAABAxEZoQAAAAICGXmhAAAAAQMVjaEAAAABg5nxoQAAAAKD+gWhAAAAAgCWEaEAAAACgVqJoQAAAAIBks2hAAAAAQJnEaEAAAABAbN5oQAAAAOAl42hAAAAAgHDlaEAAAABg4f5oQAAAAMC7AmlAAAAAII8RaUAAAACACBRpQAAAAEAkI2lAAAAAIAJEaUAAAADAVlJpQAAAACBnY2lAAAAAwBVyaUAAAADAS4FpQAAAACCSkmlAAAAAIGChaUAAAADg4qNpQAAAAMAKs2lAAAAAoEDBaUAAAABgr+BpQAAAACCVAmpAAAAAQHMdakAAAACAmCJqQAAAAMCCMmpAAAAAgDQ/akAAAABA0ENqQAAAAKCvYmpAAAAAgEuAakAAAABgzoJqQAAAAODuk2pAAAAAQCWfakAAAACA96NqQAAAACB3s2pAAAAAYJ/DakAAAACg1NJqQAAAACBN3WpAAAAAAPrgakAAAABgY+RqQAAAAAAAAWtAAAAAQFAda0AAAACgFyFrQAAAAMCjI2tAAAAAgJQza0AAAACAV0FrQAAAACCUUmtAAAAAIPxUa0AAAACAf11rQAAAAMDnYGtAAAAAAM9ja0AAAADgsWZrQAAAAECSgmtAAAAAoCida0AAAACAfaNrQAAAAGBkwmtAAAAAIE/Fa0AAAAAAJ8trQAAAAADg0mtAAAAAoEvfa0AAAABAUONrQAAAAKBwA2xAAAAA4E4fbEAAAACg0CNsQAAAAAAPQ2xAAAAAgKZebEAAAACADmNsQAAAAKDNZWxAAAAAwA9vbEAAAABAZIRsQAAAAKAZn2xAAAAAwDOkbEAAAADAo61sQAAAAAA6w2xAAAAAwAXfbEAAAAAAo+RsQAAAAKC1BW1AAAAA4IEdbUAAAABACCNtQAAAACDqQG1AAAAA4HxEbUAAAADg3mJtQAAAAKB/f21AAAAAwGOEbUAAAACgUpNtQAAAACC0o21AAAAAoATFbUAAAADArt9tQAAAAKC74m1AAAAAYN8CbkAAAABgth5uQAAAACDxIm5AAAAAYPUkbkAAAACgxUFuQAAAACBRRW5AAAAA4I5kbkAAAADAO3FuQAAAAOA+gG5AAAAAYAOGbkAAAADAKqRuQAAAAOB8t25AAAAAgHe9bkAAAABgIcJuQAAAAABixG5AAAAAYMXTbkAAAADAPuRuQAAAAOCEAW9AAAAAYPQSb0AAAABglhxvQAAAAIAHIW9AAAAAgJ4ib0AAAABgvzxvQAAAAMDzQG9AAAAAgKZEb0AAAABg52NvQAAAACAUcW9AAAAA4H2Ab0AAAABgHqRvQAAAACBstG9AAAAA4BrEb0AAAABAmtNvQAAAAODs3W9AAAAA4LPkb0AAAABgrv5vQAAAACCEAnBAAAAAoBsEcEAAAAAApw5wQAAAAADEEHBAAAAAYKAScEAAAACAyxdwQAAAAOCmIXBAAAAAoFspcEAAAADg5i9wQAAAAAC5MnBAAAAAAKVBcEAAAADgGkNwQAAAAMAbUnBAAAAAoFhYcEAAAABg2FlwQAAAAOD2ZnBAAAAAQP5ucEAAAAAgDXJwQAAAAODCeHBAAAAAYGd6cEAAAAAA/X5wQAAAACBAgHBAAAAAANeCcEAAAAAgL4lwQAAAAEDWjnBAAAAAYDCScEAAAADgtqFwQAAAAIDhr3BAAAAAwB+ycEAAAABABLpwQAAAAADJv3BAAAAA4HfCcEAAAABg+MNwQAAAAIBiznBAAAAAwOfQcEAAAACgddJwQAAAACAX4nBAAAAAYDjkcEAAAAAgTedwQAAAAGAP7nBAAAAAoInvcEAAAADAH/JwQAAAAGAg9HBAAAAAQFP4cEAAAACgGgJxQAAAAACGD3FAAAAAYEwScUAAAAAAuCFxQAAAAIBsMnFAAAAAwO85cUAAAAAgtEFxQAAAAEBHSnFAAAAA4DBScUAAAACgLV9xQAAAACDaYXFAAAAAQG1wcUAAAADgQ3JxQAAAACCNeXFAAAAA4P99cUAAAABA8H9xQAAAAKDugXFAAAAAwLiNcUAAAAAgFpJxQAAAAGBunnFAAAAAoM+hcUAAAABAcKRxQAAAAADgqnFAAAAAwG6ucUAAAAAA47FxQAAAAOB+u3FAAAAAYMjBcUAAAABglcRxQAAAAMAlxnFAAAAAoN/QcUAAAADgpdJxQAAAAGDX4XFAAAAAYMbwcUAAAADgb/JxQAAAAEDeAHJAAAAAoC0CckAAAACgQARyQAAAAICKCXJAAAAA4MwOckAAAACgcBJyQAAAAEDfH3JAAAAA4IcickAAAABgGChyQAAAAIDHLnJAAAAAgJswckAAAABgejJyQAAAAODJNnJAAAAAAHBCckAAAABgT0tyQAAAAGBEUnJAAAAAwIRZckAAAADgNV5yQAAAAOAjYXJAAAAAoJZickAAAAAAAWtyQAAAAKCbbnJAAAAA4J5yckAAAABg94FyQAAAAMC1jnJAAAAA4KiSckAAAAAAJ51yQAAAAABzoHJAAAAA4AWqckAAAADAcq5yQAAAAKBjsXJAAAAAgK6yckAAAAAgkr5yQAAAACBhwnJAAAAAAM3PckAAAADAItJyQAAAAEBr4nJAAAAA4NfwckAAAAAgafJyQAAAAKDRAHNAAAAAINEDc0AAAABA/hFzQAAAAKAdHXNAAAAAwGMic0AAAABAizJzQAAAACABNXNAAAAAoIBCc0AAAACgnUdzQAAAACC7UHNAAAAAIKtSc0AAAAAgkmNzQAAAAODPaHNAAAAAwEhyc0AAAAAAQoFzQAAAAAD8hXNAAAAAQO+Rc0AAAACA/JNzQAAAAMALn3NAAAAAwJKic0AAAABgNrJzQAAAAGAuuHNAAAAAQHTCc0AAAACgXMtzQAAAAECwznNAAAAAQLbSc0AAAADA/uFzQAAAAABX43NAAAAA4J3kc0AAAACgSuhzQAAAAMAR83NAAAAAADn5c0AAAADg/P5zQAAAAEDLAXRAAAAAoMgSdEAAAAAgFxp0QAAAAKAVH3RAAAAAgIgidEAAAADAAiR0QAAAAGB3MnRAAAAAYCk4dEAAAADgB0J0QAAAAOC0SXRAAAAAIDxOdEAAAACAglJ0QAAAAKDJWnRAAAAAIM5gdEAAAAAgAGN0QAAAAKCObnRAAAAAIHpydEAAAACgUYJ0QAAAAIAChnRAAAAAILSOdEAAAADATJJ0QAAAAMADlXRAAAAAoCSgdEAAAAAAAKJ0QAAAAKCRqXRAAAAAoK2ydEAAAABg8LR0QAAAAMC0wnRAAAAAwLLJdEAAAAAgy9J0QAAAAEAh33RAAAAAABbidEAAAACg3uh0QAAAAMCD8HRAAAAAwM3ydEAAAACAlPR0QAAAAGDiAnVAAAAAYKoOdUAAAAAgRhN1QAAAAACgIXVAAAAAABEjdUAAAACgai51QAAAAGBLMnVAAAAAoOw+dUAAAACgq0J1QAAAAGA2RHVAAAAAIG1SdUAAAAAAgGF1QAAAAIC8ZHVAAAAAIBRydUAAAADgy3Z1QAAAAGCagnVAAAAAgD2SdUAAAAAAuKJ1QAAAAMASpnVAAAAAADaodUAAAABA/a91QAAAAODdsnVAAAAAIO24dUAAAABgIb91QAAAAECpwXVAAAAAAEjEdUAAAADgnc91QAAAAGCi0nVAAAAA4ATcdUAAAACg+t91QAAAAGBT4nVAAAAAACLudUAAAADg6fJ1QAAAAKBB/3VAAAAAgAAOdkAAAABgHxJ2QAAAAGAmE3ZAAAAAwDIWdkAAAAAARRp2QAAAAOAlHnZAAAAA4C0gdkAAAABAACJ2QAAAAIC8I3ZAAAAAIL8odkAAAAAg0jF2QAAAAEBIM3ZAAAAAAAg8dkAAAAAA00J2QAAAAGAaU3ZAAAAAoOpZdkAAAABgymJ2QAAAAMA+bHZAAAAAYM5wdkAAAABgsHJ2QAAAAOAddXZAAAAAIByDdkAAAADg3o52QAAAAOCsknZAAAAA4AujdkAAAADA8ad2QAAAAOBQr3ZAAAAA4MWydkAAAACA3sJ2QAAAAAAfyHZAAAAAoGzOdkAAAADgINN2QAAAAGC22HZAAAAAIDzidkAAAAAAFeZ2QAAAAAAB7nZAAAAAwN3ydkAAAABgP/h2QAAAAMBg/3ZAAAAAAPYBd0AAAAAg0QN3QAAAAOBmD3dAAAAAYM4Td0AAAAAgGiJ3QAAAAADNI3dAAAAAgGErd0AAAADgyDN3QAAAAODrOHdAAAAAwDNEd0AAAAAA+FJ3QAAAAODxVndAAAAAQEted0AAAAAgnWJ3QAAAAMDCZ3dAAAAA4Hhrd0AAAAAA8HJ3QAAAAAAogXdAAAAAQBGId0AAAADg6Y13QAAAAEAgk3dAAAAA4Mqbd0AAAAAg9aN3QAAAAKDAq3dAAAAAoOytd0AAAABAj7B3QAAAAMAms3dAAAAAIIrAd0AAAADgVMN3QAAAAGDyxndAAAAA4OrSd0AAAABgztR3QAAAACDC8ndAAAAAQIT7d0AAAACgqv53QAAAACAoAXhAAAAA4AkDeEAAAADAAg54QAAAAKBZEnhAAAAAIDUkeEAAAABgfi54QAAAACARNHhAAAAAYPI+eEAAAACAPUF4QAAAAOA/RHhAAAAAINtHeEAAAADghUl4QAAAAADkTXhAAAAAINJSeEAAAABAPFl4QAAAAICgYHhAAAAAAHhjeEAAAAAAsm94QAAAACDZcnhAAAAAwDV8eEAAAABAIH54QAAAACCUg3hAAAAAgHiIeEAAAACgc454QAAAAMBAk3hAAAAA4IOfeEAAAADg4qJ4QAAAAEDMrXhAAAAAQP6veEAAAAAA2rJ4QAAAAEB+t3hAAAAA4Lm9eEAAAADgeMJ4QAAAAICV0XhAAAAA4NfTeEAAAACgmN14QAAAAGCO43hAAAAAIDTzeEAAAACgb/R4QAAAAGBz+nhAAAAAAIoQeUAAAAAA7BJ5QAAAAKC8GXlAAAAAIKUeeUAAAACgmiJ5QAAAACDqMnlAAAAAoG42eUAAAACAikF5QAAAAKAEQ3lAAAAAoJ9OeUAAAAAA0FJ5QAAAAOC3YHlAAAAAgPhteUAAAABAFnN5QAAAAMDofnlAAAAAoOeDeUAAAADg1Yx5QAAAAGDdjnlAAAAA4PyTeUAAAAAAvKF5QAAAAKDqo3lAAAAAIGmzeUAAAAAgfrx5QAAAAODJw3lAAAAAgPTNeUAAAACAs9J5QAAAAMCJ4HlAAAAAYKPieUAAAACAU+h5QAAAAOAM7nlAAAAAoL7veUAAAADg2fN5QAAAACAKAHpAAAAA4J4BekAAAACgLwN6QAAAAGAJBXpAAAAAoMUQekAAAACAWBN6QAAAAOCxIHpAAAAA4BwuekAAAADgXzB6QAAAAIBoM3pAAAAAIHQ+ekAAAACAjUR6QAAAACBqR3pAAAAAwGNNekAAAABAtlJ6QAAAAMB1VXpAAAAAQIRjekAAAADgqXF6QAAAAADvdXpAAAAAoEt4ekAAAAAghYN6QAAAACCohnpAAAAAQG+TekAAAABgGqR6QAAAAEAQr3pAAAAAQGq+ekAAAADADMB6QAAAAIDEyHpAAAAAACfRekAAAACgPtN6QAAAAGCD1XpAAAAAAF3eekAAAACAWeB6QAAAAMBA43pAAAAA4MnuekAAAABgGPN6QAAAAOAt/3pAAAAA4JcFe0AAAAAABhN7QAAAAGC6I3tAAAAAQCUue0AAAADgVTN7QAAAAGBqQ3tAAAAAAH1Oe0AAAABgHVN7QAAAAMDsVHtAAAAAAFxee0AAAABgGGV7QAAAAKCfZ3tAAAAAYKpye0AAAACg1HV7QAAAAIDafHtAAAAAIPeBe0AAAADAD457QAAAAAAsk3tAAAAAYHGke0AAAADAPqZ7QAAAAAAxs3tAAAAAQJjBe0AAAACgxsN7QAAAAGChzXtAAAAAAIPPe0AAAABgodN7QAAAAACJ3XtAAAAAYFzie0AAAAAAv+x7QAAAAMCo83tAAAAAYLv1e0AAAAAgiwF8QAAAAID2DXxAAAAAQFQRfEAAAAAgLxN8QAAAAGD4FHxAAAAAgNsXfEAAAADgTh18QAAAAIBKJHxAAAAA4JMpfEAAAACgNCx8QAAAAOD7LXxAAAAA4GQyfEAAAAAA1D18QAAAACDrRHxAAAAAIJlVfEAAAACAgF18QAAAAMDpbXxAAAAA4HpxfEAAAACAgXN8QAAAAGBXdXxAAAAAYJ+DfEAAAADgTIh8QAAAAIBJjXxAAAAA4AmUfEAAAABAJp58QAAAAGBWoXxAAAAAQH+ufEAAAAAgo7R8QAAAAACxv3xAAAAAAGzCfEAAAACgzsR8QAAAAMCnzXxAAAAAwHnTfEAAAAAAheB8QAAAACBn43xAAAAAIJnyfEAAAABAlvR8QAAAAIAs+nxAAAAAwPn7fEAAAADgnhF9QAAAAICBE31AAAAAAK0hfUAAAACgaCV9QAAAAIDqMX1AAAAAIGM1fUAAAAAgxT59QAAAAEAPRH1AAAAAgMdFfUAAAABgXFV9QAAAAMArXn1AAAAAIPhkfUAAAAAgoHR9QAAAAACqhX1AAAAAYKyUfUAAAACAAJl9QAAAAACgqX1AAAAAgFKtfUAAAADgNbV9QAAAAODXwX1AAAAAwCLEfUAAAABge859QAAAAMCD0X1AAAAAAB7UfUAAAAAghdZ9QAAAAADm3X1AAAAAoEvkfUAAAAAg5ut9QAAAAGDt7X1AAAAAACLyfUAAAAAAFfV9QAAAAAAUBX5AAAAA4IoOfkAAAACAzRF+QAAAACCiE35AAAAAgOkdfkAAAADgASF+QAAAAEAhI35AAAAAIIMtfkAAAAAAJDV+QAAAAGBaRH5AAAAAIBdJfkAAAACAsFB+QAAAAOAAVH5AAAAA4L5afkAAAABA515+QAAAAOChY35AAAAAAFxlfkAAAADA83N+QAAAACDBd35AAAAAILOAfkAAAABgIIV+QAAAAAAcjn5AAAAAYDKVfkAAAAAgWpx+QAAAAIDrpH5AAAAAAM+tfkAAAACAzLF+QAAAAKAQtX5AAAAAAH6+fkAAAACAf8V+QAAAAKDA0n5AAAAAoNvXfkAAAADAa+1+QAAAACB68X5AAAAAAJkff0AAAAAAnCR/QAAAAEAQLH9AAAAAoC8vf0AAAABAqTV/QAAAAIAGPn9AAAAAALA/f0AAAABgR0V/QAAAAEDGUn9AAAAAAK9ef0AAAABAqGR/QAAAACCZdH9AAAAAoAWCf0AAAABAMoR/QAAAAGDei39AAAAAIC+Pf0AAAACAbZF/QAAAAIDtk39AAAAA4N2Zf0AAAAAAfJ1/QAAAAIAZo39AAAAA4HGtf0AAAADAnLF/QAAAAOA7tH9AAAAAYBu4f0AAAACgHsh/QAAAAEBL1H9AAAAAYDvlf0AAAAAgo+x/QAAAACC5839AAAAAAHf2f0AAAABgKft/QAAAAKD4BoBAAAAA4HIKgEAAAABg5BKAQAAAACDuGIBAAAAAgIMigEAAAADgQiqAQAAAAAAFMYBAAAAAAMM2gEAAAABgHzqAQAAAAOCWPoBAAAAAYBNCgEAAAABgjkqAQAAAAABhUYBAAAAAgH5SgEAAAADA2lmAQAAAAMCnYIBAAAAAYN9igEAAAAAAbWqAQAAAACBPcoBAAAAAQDVzgEAAAADg8naAQAAAAAAieIBAAAAAYGJ5gEAAAADgAIeAQAAAAADaiYBAAAAAYCWSgEAAAADgiJeAQAAAACCSmoBAAAAAAECfgEAAAADA3aGAQAAAAED3poBAAAAAwFyqgEAAAAAgf7KAQAAAAAD5toBAAAAAYE66gEAAAACAU76AQAAAAMBdv4BAAAAAQHTBgEAAAADAk8KAQAAAAEDqxoBAAAAAoHXJgEAAAABgd8qAQAAAAEDQzoBAAAAAoHvggEAAAAAAx+aAQAAAAKCE6oBAAAAA4ALvgEAAAACgMPKAQAAAAED484BAAAAAYCv3gEAAAADAGPqAQAAAAIAV+4BAAAAAAK7+gEAAAAAAtAaBQAAAAEASCYFAAAAAIMcJgUAAAADgXhKBQAAAAMBCE4FAAAAAYAwagUAAAABA4iKBQAAAACDWKYFAAAAAYGcrgUAAAABAey+BQAAAAIDmMYFAAAAAoPw1gUAAAADASDiBQAAAAIBjPoFAAAAAYNc/gUAAAABAPEaBQAAAAIDMR4FAAAAAQO1JgUAAAAAgSGGBQAAAACBSaoFAAAAA4IVugUAAAACAkIGBQAAAAOAQh4FAAAAAAOeJgUAAAADAt5aBQAAAAEB0moFAAAAAwJiegUAAAAAg3KGBQAAAAECkpoFAAAAAwCGqgUAAAACAG6+BQAAAAIAlsYFAAAAAADm6gUAAAABgQr6BQAAAAOBRw4FAAAAAgFzFgUAAAABgTMaBQAAAAACpzoFAAAAAIMvfgUAAAADA4eGBQAAAAADM6oFAAAAAYDf3gUAAAAAA/AKCQAAAAAD7B4JAAAAAoMUJgkAAAAAAJA2CQAAAAID4DoJAAAAAIFoTgkAAAADgxCiCQAAAAGCHMIJAAAAAoMw3gkAAAACgikOCQAAAAOBfSoJAAAAAAMdLgkAAAADgsE+CQAAAAEC5VoJAAAAAIFBagkAAAADAM1+CQAAAAIBTYIJAAAAAwPligkAAAABg/GmCQAAAAEA4cYJAAAAAYMV6gkAAAACgf4KCQAAAAAAhhoJAAAAA4J2JgkAAAABAxoqCQAAAAIDGnoJAAAAAQACkgkAAAADgcKaCQAAAAEB9voJAAAAA4BfCgkAAAACgZM+CQAAAACCF0oJAAAAAIFrigkAAAAAAvOeCQAAAAEDb6YJAAAAA4ELsgkAAAADgyvKCQAAAAKA/+4JAAAAAgDAAg0AAAACANAiDQAAAAGDYCoNAAAAAYIgTg0AAAADgMxmDQAAAACCNHINAAAAAoFQhg0AAAACgzSaDQAAAAGDzKINAAAAAAIIqg0AAAABA8ziDQAAAAGAtO4NAAAAA4EM8g0AAAABAiD+DQAAAAKDJR4NAAAAA4PNIg0AAAAAgLU+DQAAAAKCTVoNAAAAAoAJbg0AAAACgu16DQAAAAGBuZoNAAAAAQNZng0AAAADAe26DQAAAACDkcINAAAAAgORzg0AAAACgWnWDQAAAAMBEdoNAAAAAgJJ6g0AAAACg+YWDQAAAAKCOh4NAAAAA4EKNg0AAAACgnZaDQAAAAABqmINAAAAAIMWmg0AAAACgu6qDQAAAAGAduoNAAAAAoKq/g0AAAAAgR8ODQAAAAEDuxoNAAAAAIKrIg0AAAADg3daDQAAAACCq2oNAAAAAwIrgg0AAAAAAb+eDQAAAAMB764NAAAAAQHr1g0AAAACg5/iDQAAAAEAs+oNAAAAAAC0LhEAAAACg8g6EQAAAAIAiEoRAAAAAYGEThEAAAABA9hWEQAAAAGBGGIRAAAAAgA4ehEAAAACg+h6EQAAAACC9IoRAAAAAYFcohEAAAABgrTqEQAAAACBpR4RAAAAAoD9LhEAAAABAgk+EQAAAAIDwVoRAAAAAILlihEAAAABgtWeEQAAAAKCfeoRAAAAAgJF+hEAAAABg0YGEQAAAAADdiYRAAAAAoB+PhEAAAACgHZOEQAAAAKAZl4RAAAAAoKSbhEAAAAAAd52EQAAAAMBnpoRAAAAAAASuhEAAAABAj6+EQAAAACAPs4RAAAAAADm2hEAAAACgdrqEQAAAAIBfvYRAAAAAoLHChEAAAAAgnseEQAAAACCLzoRAAAAA4L3YhEAAAADAT9uEQAAAAEAP44RAAAAAgPTmhEAAAABA9O6EQAAAAKA784RAAAAAYGP3hEAAAAAAdv6EQAAAAABYAoVAAAAAYNkGhUAAAABguQqFQAAAAOAlE4VAAAAAgD4WhUAAAABgwxqFQAAAACBJH4VAAAAAYC0yhUAAAADgrmCFQAAAAKCZYoVAAAAAwGZmhUAAAABgPXaFQAAAAMAkeoVAAAAAAP18hUAAAABAdYCFQAAAAABJiIVAAAAAQLGKhUAAAACg1ZGFQAAAAMCGmoVAAAAAgB+nhUAAAAAAdqqFQAAAAEBiroVAAAAAIFW2hUAAAACgXL+FQAAAAEAHxIVAAAAAYEfGhUAAAADAFsyFQAAAAADwzYVAAAAAAPLXhUAAAAAg2t2FQAAAAGAt4oVAAAAAAFbmhUAAAADg2u2FQAAAAIAE94VAAAAAYAz7hUAAAADAFv+FQAAAACCsA4ZAAAAAADEGhkAAAAAg2hGGQAAAAICYFYZAAAAAQHQahkAAAAAgcR6GQAAAAOBDJIZAAAAAQIInhkAAAAAgbDKGQAAAAKCtNIZAAAAAYNM9hkAAAAAgskKGQAAAAIDpRoZAAAAA4BBNhkAAAAAgXliGQAAAAODJWoZAAAAAYBNhhkAAAABgw2KGQAAAACCqboZAAAAA4Px5hkAAAAAgl4KGQAAAAKDHioZAAAAAgGaThkAAAACAU5eGQAAAAECXnoZAAAAAwE6nhkAAAABg+LKGQAAAAID6uoZAAAAAAKfChkAAAACAIMaGQAAAAEByx4ZAAAAAgJrKhkAAAAAgss6GQAAAACDy44ZAAAAAQJjmhkAAAACg6euGQAAAAODq7oZAAAAA4PHxhkAAAABguPWGQAAAAOCK/4ZAAAAA4CcSh0AAAACAuRWHQAAAAIDoHYdAAAAAYB8mh0AAAADAlCmHQAAAAGASNYdAAAAAQEU7h0AAAAAAdkaHQAAAAICQTIdAAAAAwA5Uh0AAAABAM1yHQAAAAMDbXodAAAAA4Ihih0AAAABgCmSHQAAAAOBIbodAAAAAwHtyh0AAAABAjnOHQAAAAGDNd4dAAAAAQHl+h0AAAADgVoaHQAAAAGDpiYdAAAAAAKGSh0AAAABAbpeHQAAAAGCOmodAAAAAwMmmh0AAAACgtaqHQAAAAOCerodAAAAAABW3h0AAAAAAAr6HQAAAAGBKxYdAAAAAwPfOh0AAAADAStKHQAAAAIBs04dAAAAAwJXWh0AAAADgH9uHQAAAAACG54dAAAAAIDrrh0AAAACgyO6HQAAAAAA/BohAAAAAoMsOiEAAAACgn0+IQAAAAADMV4hAAAAAABhfiEAAAADA9GCIQAAAAADOYohAAAAAACxqiEAAAAAA13KIQAAAAID+eohAAAAAgLR+iEAAAACgboeIQAAAAICPiYhAAAAAgAWLiEAAAAAg1o+IQAAAAIAikohAAAAAwCieiEAAAADAJaKIQAAAAIBrq4hAAAAAwCOxiEAAAAAgt8eIQAAAAKA3yohAAAAAgOndiEAAAADgSuCIQAAAACBp4ohAAAAAANfkiEAAAADgBPaIQAAAAECu94hAAAAAQAALiUAAAAAgGw6JQAAAAODgFYlAAAAA4CoYiUAAAAAgGhqJQAAAAKCZG4lAAAAAwH8liUAAAAAAwymJQAAAAOBQN4lAAAAAwCc7iUAAAAAA4z6JQAAAAOARR4lAAAAAQN1PiUAAAAAg1WCJQAAAAICPcolAAAAAYN13iUAAAADgnXuJQAAAAEDvgYlAAAAAQLeDiUAAAAAgaY6JQAAAAOAOlIlAAAAA4I+WiUAAAABgN56JQAAAAMBtq4lAAAAAQJuziUAAAADgjLaJQAAAAOCjuolAAAAAgKDWiUAAAACAfNqJQAAAAGDw4YlAAAAAgJjuiUAAAADgAPKJQAAAAKBo/olAAAAAQOoDikAAAAAAAg2KQAAAACCjJopAAAAAwLknikAAAACARymKQAAAAOAOMopAAAAAgB02ikAAAABgbDqKQAAAAEDdRYpAAAAAQG9PikAAAACAP1OKQAAAAIAhXopAAAAAAL9jikAAAABAgmeKQAAAACBjbYpAAAAAoF1+ikAAAADg1pKKQAAAAKBZl4pAAAAAwCWeikAAAAAgdJ+KQAAAAGAPpopAAAAAAGa9ikAAAABAhNKKQAAAAGDd2IpAAAAAQO7ZikAAAABgl96KQAAAAID27YpAAAAAYOb0ikAAAACg+PiKQAAAACBZ+opAAAAAQGv8ikAAAACAAgKLQAAAAKCnBotAAAAA4JIOi0AAAACA/y6LQAAAACCePYtAAAAAIJJSi0AAAABgkmqLQAAAAKDveYtAAAAA4OKHi0AAAACggJWLQAAAAEAam4tAAAAA4FXCi0AAAACgK82LQAAAAMDgz4tAAAAAoPgGjEAAAABAzwmMQAAAAGDPDoxAAAAAQL0XjEAAAACAYieMQAAAAGDeK4xAAAAAoL0zjEAAAADAAjaMQAAAAGC7SYxAAAAAoJ5MjEAAAADg5FCMQAAAAIBXVYxAAAAAIHdojEAAAACAlG+MQAAAACAKfIxAAAAAIImHjEAAAADg9JSMQAAAAACGloxAAAAAwBmejEAAAACgka6MQAAAAIAL2IxAAAAAAJDejEAAAACAp+yMQAAAAMBV9oxAAAAAABP7jEAAAADgvf2MQAAAACC2Ho1AAAAAYBsnjUAAAABAbCqNQAAAAOBgM41AAAAAQG82jUAAAABASTqNQAAAAACLRY1AAAAAgFxTjUAAAABgfV6NQAAAAODCX41AAAAAAJNkjUAAAADgbWiNQAAAAGAbco1AAAAAgI59jUAAAADgk5WNQAAAAEDHnY1AAAAAwHm9jUAAAACggOqNQAAAAGDa7I1AAAAAoKAcjkAAAABAkCGOQAAAAICIOY5AAAAAQFRVjkAAAACgD12OQAAAAADdYo5AAAAAoLRljkAAAABACmeOQAAAAOCBdY5AAAAAADt5jkAAAACA1YKOQAAAAIC7lo5AAAAAoKiejkAAAADAX66OQAAAAIArxY5AAAAA4DLOjkAAAADAdteOQAAAAGAa3o5AAAAAYJjojkAAAAAA4u2OQAAAACB4D49AAAAAAGwej0AAAADAGjKPQAAAAIBTNY9AAAAA4LhFj0AAAABAw0qPQAAAAKASUo9AAAAAIAlgj0AAAACg3GWPQA==</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14392">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=49" index="48" defaultArrayLength="1383">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="286.485" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="106.958" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.9" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14752">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14752">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOEAAAAAAAAA3QAAAAAAAAD5AAAAAAAAAQ0AAAAAAAAA/QAAAAAAAADVAAAAAAACAU0AAAAAAAIBNQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA1QAAAAAAAgEBAAAAAAACAQEAAAAAAAABEQAAAAAAAgEhAAAAAAAAAS0AAAAAAAIBEQAAAAAAAgE9AAAAAAACAQ0AAAAAAAIBEQAAAAAAAAD5AAAAAAACASEAAAAAAAIBBQAAAAAAAAEhAAAAAAACAR0AAAAAAAABBQAAAAAAAwFZAAAAAAACAQ0AAAAAAAAA5QAAAAAAAgElAAAAAAACAWEAAAAAAACBkQAAAAAAAQFFAAAAAAAAAR0AAAAAAAAA8QAAAAAAAAEdAAAAAAABAX0AAAAAAAEBSQAAAAAAAgFJAAAAAAAAAP0AAAAAAAABMQAAAAAAAwFhAAAAAAADAU0AAAAAAAIBUQAAAAAAAgEFAAAAAAABAWkAAAAAAAABCQAAAAAAAAEdAAAAAAABAU0AAAAAAAAA+QAAAAAAAgEJAAAAAAADAXkAAAAAAAIBJQAAAAAAAADtAAAAAAAAAOkAAAAAAAAA8QAAAAAAAgFBAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAEVAAAAAAACAQ0AAAAAAAAA/QAAAAAAAgEZAAAAAAAAAOkAAAAAAAIBBQAAAAAAAAEZAAAAAAAAAOUAAAAAAAABAQAAAAAAAgERAAAAAAAAANUAAAAAAAAA6QAAAAAAAAEBAAAAAAACAQkAAAAAAAABGQAAAAAAAQFdAAAAAAAAAP0AAAAAAAABCQAAAAAAAgEhAAAAAAACAQEAAAAAAAAA6QAAAAAAAgEZAAAAAAAAAP0AAAAAAAABIQAAAAAAAAD9AAAAAAAAAP0AAAAAAAIBPQAAAAAAAQGNAAAAAAAAAbEAAAAAAAIBHQAAAAAAAADdAAAAAAABAUUAAAAAAAABNQAAAAAAAgEhAAAAAAACAQ0AAAAAAAEBXQAAAAAAAgEFAAAAAAAAANUAAAAAAAAA3QAAAAAAAAERAAAAAAAAAPUAAAAAAAEBYQAAAAAAAgE1AAAAAAAAAOEAAAAAAAMBSQAAAAAAAAENAAAAAAACASUAAAAAAAIBCQAAAAAAAgEFAAAAAAACAQ0AAAAAAAABBQAAAAAAAADZAAAAAAACAUkAAAAAAAABBQAAAAAAAAD5AAAAAAACARkAAAAAAAIBGQAAAAAAAgEBAAAAAAAAASEAAAAAAAIBMQAAAAAAAgFBAAAAAAAAARkAAAAAAAIBNQAAAAAAAADlAAAAAAACAQ0AAAAAAAMBVQAAAAAAAAE9AAAAAAAAAP0AAAAAAAABIQAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA2QAAAAAAAADZAAAAAAAAAO0AAAAAAAABMQAAAAAAAADpAAAAAAACAT0AAAAAAAAA+QAAAAAAAgERAAAAAAABAUUAAAAAAAAA4QAAAAAAAAEdAAAAAAAAAQkAAAAAAAABCQAAAAAAAgEZAAAAAAADAUkAAAAAAAEBYQAAAAAAAADlAAAAAAACASEAAAAAAAABJQAAAAAAAgEFAAAAAAAAAQEAAAAAAAABCQAAAAAAAgFRAAAAAAAAAO0AAAAAAAABHQAAAAAAAADVAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAgERAAAAAAACAQ0AAAAAAAIB3QAAAAAAAgEBAAAAAAAAAT0AAAAAAAIBQQAAAAAAAADVAAAAAAAAAOkAAAAAAAAA6QAAAAAAAgEdAAAAAAADAUUAAAAAAAIBGQAAAAAAAADhAAAAAAAAAUEAAAAAAAIBLQAAAAAAAQFRAAAAAAACATEAAAAAAAABDQAAAAAAAgFJAAAAAAACARUAAAAAAAIBDQAAAAAAAAEFAAAAAAACASEAAAAAAAABNQAAAAAAAAD5AAAAAAAAAQUAAAAAAAABFQAAAAAAAIGBAAAAAAAAATkAAAAAAAABOQAAAAAAAAEBAAAAAAABAXUAAAAAAAABEQAAAAAAAAFNAAAAAAAAAQ0AAAAAAAIBCQAAAAAAAAD9AAAAAAAAARUAAAAAAAAA/QAAAAAAAAEBAAAAAAACARkAAAAAAAABGQAAAAAAAAEZAAAAAAACARkAAAAAAAIBKQAAAAAAAAEBAAAAAAACASkAAAAAAALB3QAAAAAAAAEFAAAAAAABAVkAAAAAAAIBCQAAAAAAAADhAAAAAAADAX0AAAAAAAABDQAAAAAAAgENAAAAAAABAYUAAAAAAAABCQAAAAAAAQFZAAAAAAACAQUAAAAAAAMBXQAAAAAAAAE5AAAAAAACAXEAAAAAAAAA3QAAAAAAAADhAAAAAAAAATkAAAAAAAIBAQAAAAAAAQFdAAAAAAACAQkAAAAAAAIBCQAAAAAAAADdAAAAAAAAASkAAAAAAAAA5QAAAAAAAgEBAAAAAAAAATkAAAAAAAABAQAAAAAAAgEFAAAAAAABAVEAAAAAAAABaQAAAAAAAADlAAAAAAACAQUAAAAAAAIBXQAAAAAAAAEhAAAAAAACAVEAAAAAAAABCQAAAAAAAAEZAAAAAAAAANkAAAAAAAABQQAAAAAAA4GpAAAAAAAAASEAAAAAAAIBFQAAAAAAAAEBAAAAAAACAUEAAAAAAAIBIQAAAAAAAADZAAAAAAACAREAAAAAAAAA/QAAAAAAAoGtAAAAAAAAAREAAAAAAAAA8QAAAAAAAADhAAAAAAAAARUAAAAAAAIBNQAAAAAAAAEdAAAAAAAAAOkAAAAAAAABgQAAAAAAAgEFAAAAAAADAVEAAAAAAAABHQAAAAAAAgEtAAAAAAAAAOEAAAAAAAMBdQAAAAAAAAD1AAAAAAAAAQUAAAAAAAIBLQAAAAAAAgE9AAAAAAACAQEAAAAAAAAA8QAAAAAAAQFJAAAAAAACAVUAAAAAAAIBSQAAAAAAAAEJAAAAAAABAVEAAAAAAAAA3QAAAAAAAADlAAAAAAACAREAAAAAAAABHQAAAAAAAADVAAAAAAAAATUAAAAAAAIBBQAAAAAAAYGhAAAAAAACAV0AAAAAAAABHQAAAAAAAwFBAAAAAAADgYUAAAAAAAAA6QAAAAAAAADtAAAAAAABAVEAAAAAAAIBOQAAAAAAAgEVAAAAAAAAAN0AAAAAAAAA9QAAAAAAAQFhAAAAAAAAANUAAAAAAAIBfQAAAAAAAAFRAAAAAAACAS0AAAAAAAIBFQAAAAAAAADhAAAAAAAAAR0AAAAAAAABDQAAAAAAAADlAAAAAAAAAPEAAAAAAAABIQAAAAAAAAEhAAAAAAAAAN0AAAAAAAAA7QAAAAAAAgEZAAAAAAAAAPEAAAAAAAIBKQAAAAAAAADdAAAAAAACAR0AAAAAAAAA5QAAAAAAAADlAAAAAAAAAP0AAAAAAAMBZQAAAAAAAgEpAAAAAAACARkAAAAAAAIBKQAAAAAAAAEBAAAAAAACAQUAAAAAAAIBZQAAAAAAAgFNAAAAAAAAAPUAAAAAAAAA+QAAAAAAAoGlAAAAAAADAVUAAAAAAAAA4QAAAAAAAADhAAAAAAADAV0AAAAAAAIBBQAAAAAAAAD5AAAAAAACAREAAAAAAAABLQAAAAAAAgEJAAAAAAABAUkAAAAAAAAA7QAAAAAAAwF1AAAAAAAAAN0AAAAAAAABAQAAAAAAAAFBAAAAAAAAAO0AAAAAAAIBQQAAAAAAAgEJAAAAAAAAANUAAAAAAAAA5QAAAAAAAAE5AAAAAAACAUkAAAAAAAAA7QAAAAAAAgEBAAAAAAACgYUAAAAAAAABdQAAAAAAAAD9AAAAAAABAVUAAAAAAAEBcQAAAAAAAgEdAAAAAAAAARkAAAAAAAABMQAAAAAAAAEJAAAAAAABAUEAAAAAAAAA+QAAAAAAAgEBAAAAAAABAVEAAAAAAAIBIQAAAAAAAQFBAAAAAAAAAOUAAAAAAAIBBQAAAAAAAADpAAAAAAACATEAAAAAAAABCQAAAAAAAAElAAAAAAAAAPEAAAAAAAABHQAAAAAAAwGBAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAD9AAAAAAAAANUAAAAAAAABXQAAAAAAAAEFAAAAAAAAAOUAAAAAAAIBkQAAAAAAAAE5AAAAAAAAARUAAAAAAAABAQAAAAAAAAFpAAAAAAAAANUAAAAAAAIBmQAAAAAAAAEJAAAAAAAAAOUAAAAAAAABGQAAAAAAAAF9AAAAAAACAR0AAAAAAAAA8QAAAAAAAgEVAAAAAAACAUEAAAAAAAABDQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA/QAAAAAAAQFNAAAAAAAAARkAAAAAAAAA7QAAAAAAAgENAAAAAAADAWkAAAAAAAAA1QAAAAAAAADxAAAAAAAAAP0AAAAAAAEBgQAAAAAAAAD1AAAAAAAAAUEAAAAAAAEBiQAAAAAAAADdAAAAAAAAAQEAAAAAAAABGQAAAAAAAADtAAAAAAAAAR0AAAAAAAABVQAAAAAAAADVAAAAAAACARkAAAAAAAABFQAAAAAAAQFJAAAAAAAAAOkAAAAAAAABNQAAAAAAAADVAAAAAAAAAN0AAAAAAAABLQAAAAAAAADpAAAAAAACAVkAAAAAAAAA7QAAAAAAAgGJAAAAAAAAAOkAAAAAAAIBLQAAAAAAAAENAAAAAAAAANUAAAAAAAAA9QAAAAAAAwFtAAAAAAAAAQUAAAAAAAABDQAAAAAAAAEdAAAAAAAAAOkAAAAAAAABlQAAAAAAAAERAAAAAAAAARkAAAAAAAABMQAAAAAAAADpAAAAAAACAQkAAAAAAAABcQAAAAAAAAEdAAAAAAAAASUAAAAAAAMBaQAAAAAAAAEFAAAAAAABAakAAAAAAAIBIQAAAAAAAQF5AAAAAAAAAOkAAAAAAAABTQAAAAAAAAFJAAAAAAAAAN0AAAAAAAAA/QAAAAAAAgERAAAAAAACAQkAAAAAAAAA9QAAAAAAAADxAAAAAAACAS0AAAAAAAIBJQAAAAAAAAD5AAAAAAACATEAAAAAAAAA3QAAAAAAAADlAAAAAAABAVEAAAAAAAAA4QAAAAAAAgEVAAAAAAAAATEAAAAAAAIBFQAAAAAAAgEZAAAAAAACAUEAAAAAAAIBCQAAAAAAAgEdAAAAAAACAUEAAAAAAAABAQAAAAAAAIGJAAAAAAACAREAAAAAAAAA6QAAAAAAAwGVAAAAAAACAQ0AAAAAAAMBRQAAAAAAAAElAAAAAAAAAWUAAAAAAAAA1QAAAAAAAAEhAAAAAAAAATEAAAAAAAAA3QAAAAAAAQFVAAAAAAAAAPkAAAAAAAEBsQAAAAAAAgEtAAAAAAAAAQUAAAAAAAABSQAAAAAAAAEBAAAAAAAAAOkAAAAAAAIBDQAAAAAAAADZAAAAAAACgYEAAAAAAAEBYQAAAAAAAgEdAAAAAAAAARkAAAAAAAAA2QAAAAAAAgFFAAAAAAAAASEAAAAAAAABAQAAAAAAAgENAAAAAAACAR0AAAAAAAABBQAAAAAAAAFRAAAAAAAAANUAAAAAAAIBJQAAAAAAAgExAAAAAAAAAQEAAAAAAAABGQAAAAAAAAF5AAAAAAACAQkAAAAAAAABRQAAAAAAAAEFAAAAAAAAAQkAAAAAAAABgQAAAAAAAADtAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAFNAAAAAAAAAWEAAAAAAAIBHQAAAAAAAgE1AAAAAAACAQEAAAAAAAMBYQAAAAAAAAENAAAAAAAAANUAAAAAAAFCJQAAAAAAAADhAAAAAAADAaEAAAAAAAAA7QAAAAAAAgE1AAAAAAAAANUAAAAAAAEBVQAAAAAAAADtAAAAAAABgYkAAAAAAAABAQAAAAAAAYGlAAAAAAAAAOkAAAAAAAIBRQAAAAAAAADVAAAAAAACAQkAAAAAAAMBhQAAAAAAAIGVAAAAAAADgbEAAAAAAAAA6QAAAAAAAgFxAAAAAAAAAPkAAAAAAAIBJQAAAAAAAAEZAAAAAAAAAS0AAAAAAAEBbQAAAAAAAADxAAAAAAAAANkAAAAAAAIBNQAAAAAAAAD1AAAAAAAAANUAAAAAAAIBLQAAAAAAAgEVAAAAAAACAR0AAAAAAAIBBQAAAAAAAAEZAAAAAAACAREAAAAAAAMChQAAAAAAAgEBAAAAAAABQh0AAAAAAAAA1QAAAAAAAQFRAAAAAAADgZEAAAAAAAABGQAAAAAAAQFRAAAAAAAAANUAAAAAAAAA6QAAAAAAAwG5AAAAAAAAAU0AAAAAAAABjQAAAAAAAgEpAAAAAAAAANkAAAAAAAABHQAAAAAAAAEFAAAAAAAAAVkAAAAAAAAA8QAAAAAAAAEJAAAAAAAAAS0AAAAAAAIBIQAAAAAAAgEpAAAAAAACATkAAAAAAAIBKQAAAAAAAAENAAAAAAACAWkAAAAAAAAA7QAAAAAAAADtAAAAAAAAAOUAAAAAAAABBQAAAAAAAgEJAAAAAAACAUUAAAAAAAIBCQAAAAAAAAElAAAAAAAAAQkAAAAAAAIBKQAAAAAAAAEZAAAAAAACAQ0AAAAAAAMBeQAAAAAAAADdAAAAAAAAAREAAAAAAAIBHQAAAAAAA8LRAAAAAAAAAR0AAAAAAAABCQAAAAAAAbJhAAAAAAAAAQ0AAAAAAABBxQAAAAAAAgENAAAAAAAAAPkAAAAAAAABBQAAAAAAAAEhAAAAAAACAREAAAAAAAAA1QAAAAAAAADhAAAAAAABAW0AAAAAAAABCQAAAAAAAADZAAAAAAAAAQUAAAAAAAAA6QAAAAAAAAFhAAAAAAAAAO0AAAAAAAABDQAAAAAAAgENAAAAAAAAAP0AAAAAAAIBGQAAAAAAAgE5AAAAAAAAAO0AAAAAAAAA6QAAAAAAAwFBAAAAAAACAQkAAAAAAAIBBQAAAAAAAAEpAAAAAAAAAPUAAAAAAAIBFQAAAAAAAQFxAAAAAAAAARUAAAAAAAAA4QAAAAAAAADZAAAAAAAAAVkAAAAAAAABAQAAAAAAAwF1AAAAAAACAREAAAAAAAAA7QAAAAAAAADlAAAAAAACAQUAAAAAAAIBGQAAAAAAAgEBAAAAAAAAAUEAAAAAAAIBAQAAAAAAAADVAAAAAAAAAO0AAAAAAAAA8QAAAAAAAADVAAAAAAAAAOUAAAAAAAAA2QAAAAAAAgEtAAAAAAAAANUAAAAAAAIBOQAAAAAAAAEBAAAAAAACAREAAAAAAAABUQAAAAAAAAD1AAAAAAACASEAAAAAAAIBDQAAAAAAAQFFAAAAAAACAXUAAAAAAAAA5QAAAAAAAAE9AAAAAAAAANUAAAAAAAAA3QAAAAAAAAERAAAAAAAAAPkAAAAAAAAA6QAAAAAAAgERAAAAAAAAAP0AAAAAAAIBGQAAAAAAAADVAAAAAAAAAQ0AAAAAAAAA/QAAAAAAAAERAAAAAAACAREAAAAAAAIBTQAAAAAAAgFFAAAAAAAAAO0AAAAAAAAA8QAAAAAAAAFJAAAAAAACARUAAAAAAAIBQQAAAAAAAADtAAAAAAAAARUAAAAAAAIBUQAAAAAAAgEZAAAAAAAAANkAAAAAAAABNQAAAAAAAAENAAAAAAAAAR0AAAAAAAAA4QAAAAAAAAElAAAAAAAAAREAAAAAAAAA1QAAAAAAAAENAAAAAAAAAQEAAAAAAAABAQAAAAAAAAEJAAAAAAAAAPkAAAAAAAABHQAAAAAAAgERAAAAAAACAUUAAAAAAAABPQAAAAAAAAERAAAAAAAAAQ0AAAAAAAIBKQAAAAAAAAEhAAAAAAADgZEAAAAAAAIBmQAAAAAAAADVAAAAAAACARkAAAAAAAIBIQAAAAAAAAEFAAAAAAAAASkAAAAAAAAA7QAAAAAAAgENAAAAAAAAANkAAAAAAAIBKQAAAAAAAAFRAAAAAAAAAOkAAAAAAAABGQAAAAAAAQFJAAAAAAACARUAAAAAAAABGQAAAAAAASIBAAAAAAAAAOUAAAAAAAIBOQAAAAAAAIGhAAAAAAACAQ0AAAAAAAMBUQAAAAAAAYGFAAAAAAACAQ0AAAAAAAIBEQAAAAAAAgENAAAAAAACASEAAAAAAAIBAQAAAAAAAgENAAAAAAAAARkAAAAAAAAA9QAAAAAAAAEtAAAAAAACATUAAAAAAAAA2QAAAAAAAADlAAAAAAAAATUAAAAAAAMBSQAAAAAAAwFBAAAAAAAAASEAAAAAAAABEQAAAAAAAAEBAAAAAAACARUAAAAAAAIBJQAAAAAAAADtAAAAAAADAUUAAAAAAAAA1QAAAAAAAADdAAAAAAACARkAAAAAAAAA/QAAAAAAAADhAAAAAAACASUAAAAAAAABAQAAAAAAAAEJAAAAAAAAAPUAAAAAAAMBQQAAAAAAAADVAAAAAAACARUAAAAAAAABBQAAAAAAAgFBAAAAAAADAgkAAAAAAAABIQAAAAAAAgGlAAAAAAAAAREAAAAAAAAA+QAAAAAAAADtAAAAAAAAAUUAAAAAAAEBeQAAAAAAAAENAAAAAAAAAV0AAAAAAAABCQAAAAAAAAE1AAAAAAAAANkAAAAAAAABMQAAAAAAAQFJAAAAAAACAREAAAAAAAABAQAAAAAAAgFFAAAAAAAAAR0AAAAAAAIBGQAAAAAAAADhAAAAAAAAAR0AAAAAAAIBAQAAAAAAAAFNAAAAAAAAAPUAAAAAAAAA3QAAAAAAAgFRAAAAAAAAAOkAAAAAAAIBHQAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA+QAAAAAAAAEtAAAAAAACAWEAAAAAAAIBOQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA9QAAAAAAAADpAAAAAAAAAT0AAAAAAAABFQAAAAAAAADdAAAAAAABAVEAAAAAAAAA1QAAAAAAAgEdAAAAAAAAAREAAAAAAAAA3QAAAAAAAADhAAAAAAAAAQUAAAAAAAABOQAAAAAAAAEFAAAAAAAAAOUAAAAAAAABLQAAAAAAAADtAAAAAAAAAO0AAAAAAAAA5QAAAAAAAAEFAAAAAAACATEAAAAAAAAA8QAAAAAAAgEtAAAAAAAAAO0AAAAAAAAA2QAAAAAAAgEdAAAAAAAAAPEAAAAAAAAA9QAAAAAAAADZAAAAAAAAARUAAAAAAAABBQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAIBFQAAAAAAAADxAAAAAAACAQ0AAAAAAAAA/QAAAAAAAAEBAAAAAAACAWkAAAAAAAAA6QAAAAAAAADlAAAAAAADAUEAAAAAAAIBCQAAAAAAAADhAAAAAAACARUAAAAAAAAA1QAAAAAAAgEBAAAAAAAAAO0AAAAAAAIBMQAAAAAAAgEZAAAAAAACAQUAAAAAAAIBIQAAAAAAAADVAAAAAAAAAPkAAAAAAAABCQAAAAAAAADlAAAAAAACARkAAAAAAAAA9QAAAAAAAADdAAAAAAAAAP0AAAAAAAOBjQAAAAAAAgEtAAAAAAACASEAAAAAAAAA4QAAAAAAAADpAAAAAAAAAN0AAAAAAAABCQAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA9QAAAAAAAgEVAAAAAAAAAN0AAAAAAAABBQAAAAAAAAEBAAAAAAACAQEAAAAAAAABEQAAAAAAAAEVAAAAAAAAAPkAAAAAAAAA1QAAAAAAAADVAAAAAAAAAS0AAAAAAAABDQAAAAAAAwFZAAAAAAACAQkAAAAAAAABEQAAAAAAAgEFAAAAAAAAANkAAAAAAAAA+QAAAAAAAAD1AAAAAAAAANUAAAAAAAIBLQAAAAAAAADlAAAAAAAAAN0AAAAAAAAA5QAAAAAAAgEdAAAAAAACAQkAAAAAAAAA/QAAAAAAAgEVAAAAAAAAAPEAAAAAAAAA7QAAAAAAAgEVAAAAAAAAAQEAAAAAAAAA6QAAAAAAAgE1AAAAAAACARkAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAQUAAAAAAAAA5QAAAAAAAgEBAAAAAAACAQEAAAAAAAAA7QAAAAAAAADlAAAAAAACAQEAAAAAAAIBEQAAAAAAAADpAAAAAAAAAREAAAAAAAIBTQAAAAAAAAEdAAAAAAAAAPEAAAAAAAIBCQAAAAAAAADtAAAAAAAAAP0AAAAAAAAA7QAAAAAAAADpAAAAAAAAAOEAAAAAAAABBQAAAAAAAAEpAAAAAAAAAQ0AAAAAAAIBDQAAAAAAAgEZAAAAAAAAAPEAAAAAAAAA3QAAAAAAAgEVAAAAAAAAAOUAAAAAAAAA6QAAAAAAAAD9AAAAAAAAAPkAAAAAAAAA9QAAAAAAAADVAAAAAAAAAPkAAAAAAAAA2QAAAAAAAAEFAAAAAAAAANkAAAAAAAAA/QAAAAAAAAEZAAAAAAAAAREAAAAAAAAA6QAAAAAAAAENAAAAAAAAAP0AAAAAAAABAQAAAAAAAADVAAAAAAAAASEAAAAAAAAA3QAAAAAAAgERAAAAAAAAAOEAAAAAAAAA8QAAAAAAAADhAAAAAAAAAO0AAAAAAAABFQAAAAAAAAENAAAAAAAAAQEAAAAAAAIBEQAAAAAAAAEFAAAAAAACASEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAQkAAAAAAAIBDQAAAAAAAgERAAAAAAAAASUAAAAAAAIBDQAAAAAAAADlAAAAAAAAAP0AAAAAAAIBFQAAAAAAAAD9AAAAAAAAANUAAAAAAAABHQAAAAAAAgEBAAAAAAAAAQEAAAAAAAABEQAAAAAAAADdAAAAAAAAAP0AAAAAAAIBEQAAAAAAAAEZAAAAAAAAANkAAAAAAAAA2QAAAAAAAADlAAAAAAAAAO0AAAAAAAABEQAAAAAAAAEBAAAAAAACAQkAAAAAAAIBDQAAAAAAAAEVAAAAAAAAAO0AAAAAAAIBNQAAAAAAAAElAAAAAAACARUAAAAAAAAA1QAAAAAAAADdAAAAAAACASEAAAAAAAIBGQAAAAAAAgENAAAAAAABAU0AAAAAAAIBBQAAAAAAAAERAAAAAAAAAR0AAAAAAAABBQAAAAAAAgEVAAAAAAADAUUAAAAAAAIBCQAAAAAAAADxAAAAAAACAQkAAAAAAAABDQAAAAAAAADdAAAAAAACAQUAAAAAAAAA/QAAAAAAAAD1AAAAAAAAAPEAAAAAAAABCQAAAAAAAADpAAAAAAAAAPEAAAAAAAMBXQAAAAAAAAEJAAAAAAAAASUAAAAAAAAA+QAAAAAAAgEBAAAAAAAAANkAAAAAAAAA9QAAAAAAAADhAAAAAAAAAOkAAAAAAAIBSQAAAAAAAADtAAAAAAAAAQEAAAAAAAAA2QAAAAAAAQFJAAAAAAAAAPEAAAAAAAABCQAAAAAAAAEVAAAAAAAAAREAAAAAAAIBAQAAAAAAAADlAAAAAAAAAQkAAAAAAAAA4QAAAAAAAADVAAAAAAAAANUAAAAAAAAA3QAAAAAAAgE5AAAAAAAAANUAAAAAAAAA+QAAAAAAAAE1AAAAAAAAATkAAAAAAAIBKQAAAAAAAADVAAAAAAAAAO0AAAAAAAABFQAAAAAAAADhAAAAAAAAAREAAAAAAAABBQAAAAAAAgENAAAAAAAAAVUAAAAAAAAA7QAAAAAAAADtAAAAAAACASEAAAAAAAAA+QAAAAAAAAEZAAAAAAAAAPUAAAAAAAIBAQAAAAAAAADZAAAAAAAAAO0AAAAAAAAA7QAAAAAAAAEtAAAAAAACASEAAAAAAAABAQAAAAAAAgElAAAAAAAAAOkAAAAAAAABOQAAAAAAAAD5AAAAAAAAAO0AAAAAAAABIQAAAAAAAAEpAAAAAAAAAPEAAAAAAAEBTQAAAAAAAAEZAAAAAAACAQkAAAAAAAABEQAAAAAAAgEJAAAAAAAAAN0AAAAAAAAA5QAAAAAAAAD9AAAAAAAAATEAAAAAAAABMQAAAAAAAgERAAAAAAAAATEAAAAAAAABGQAAAAAAAADdAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAAEJAAAAAAAAAR0AAAAAAAABCQAAAAAAAgEdAAAAAAAAAQUAAAAAAAAA2QAAAAAAAAEZAAAAAAAAAQEAAAAAAAABJQAAAAAAAgElAAAAAAAAAN0AAAAAAAABAQAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA3QAAAAAAAAEJAAAAAAAAANkAAAAAAAABBQAAAAAAAAEBAAAAAAAAANUAAAAAAAAA4QAAAAAAAAD1AAAAAAAAAVEAAAAAAAAA8QAAAAAAAAD1AAAAAAAAAPkAAAAAAAIBCQAAAAAAAADxAAAAAAAAAPkAAAAAAAAA1QAAAAAAAADxAAAAAAAAAPEAAAAAAAIBFQAAAAAAAAENAAAAAAAAAQEAAAAAAAABEQAAAAAAAgEFAAAAAAACAQ0AAAAAAAIBJQAAAAAAAADhAAAAAAAAAQEAAAAAAAABAQAAAAAAAAEBAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADVAAAAAAACAQ0AAAAAAAAA1QAAAAAAAAEVAAAAAAAAARUAAAAAAAAA1QAAAAAAAgEJAAAAAAACAQkAAAAAAAEBdQAAAAAAAQFBAAAAAAACAQkAAAAAAAAA3QAAAAAAAADZAAAAAAAAAOUAAAAAAAAA6QAAAAAAAADlAAAAAAAAAOUAAAAAAAIBFQAAAAAAAAEBAAAAAAAAAN0AAAAAAAABFQAAAAAAAgElAAAAAAAAAQUAAAAAAAAA1QAAAAAAAADdAAAAAAACAQEAAAAAAAABDQAAAAAAAADdAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAEFAAAAAAAAAPkAAAAAAAAA3QAAAAAAAAEBAAAAAAAAANUAAAAAAAIBDQAAAAAAAAEFAAAAAAAAAOUAAAAAAAAA6QAAAAAAAADlAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAENAAAAAAAAANkAAAAAAAAA7QAAAAAAAAD5AAAAAAAAAQEAAAAAAAAA8QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA9QAAAAAAAADpAAAAAAAAAO0AAAAAAAAA8QAAAAAAAADdAAAAAAACAQUAAAAAAAAA3QAAAAAAAADhAAAAAAAAAOkAAAAAAAAA8QAAAAAAAADtAAAAAAAAAREAAAAAAAAA1QAAAAAAAAENAAAAAAACAQUAAAAAAAAA8QAAAAAAAADVAAAAAAAAAQEAAAAAAAABAQAAAAAAAADpAAAAAAAAAOUAAAAAAAABAQAAAAAAAgEhAAAAAAAAAPkAAAAAAAAA7QAAAAAAAADVAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADZAAAAAAAAAREAAAAAAAAA2QAAAAAAAgEJAAAAAAAAAO0AAAAAAAIBEQAAAAAAAgEFAAAAAAAAAPUAAAAAAAABBQAAAAAAAADxAAAAAAACAQ0AAAAAAAAA2QAAAAAAAgENAAAAAAACAQUAAAAAAAAA3QAAAAAAAADZAAAAAAACAREAAAAAAAAA7QAAAAAAAAEpAAAAAAAAAOEAAAAAAAAA3QAAAAAAAAD1AAAAAAAAAOUAAAAAAAABCQAAAAAAAADVAAAAAAAAAOUAAAAAAAABBQAAAAAAAADVAAAAAAAAAN0AAAAAAAAA2QAAAAAAAADlAAAAAAAAAN0AAAAAAAIBBQAAAAAAAgEJAAAAAAAAASEAAAAAAAAA5QAAAAAAAgEZAAAAAAAAATEAAAAAAAAA2QAAAAAAAAD5AAAAAAAAAPUAAAAAAAIBJQAAAAAAAAEtAAAAAAAAAOkAAAAAAAAA3QAAAAAAAgEdAAAAAAAAAQEAAAAAAAAA9QAAAAAAAgEFAAAAAAAAAO0AAAAAAAAA1QAAAAAAAADxAAAAAAAAAPEAAAAAAAAA4QAAAAAAAAEFAAAAAAAAAO0AAAAAAAAA+QAAAAAAAAEVAAAAAAACAREAAAAAAAIBAQAAAAAAAAEFAAAAAAAAARUAAAAAAAABDQAAAAAAAAEJAAAAAAAAAPkAAAAAAAAA4QAAAAAAAADtAAAAAAACAQ0AAAAAAAAA7QAAAAAAAADlAAAAAAACAT0AAAAAAAAA3QAAAAAAAADhAAAAAAAAAO0AAAAAAAAA1QAAAAAAAAERAAAAAAAAAN0AAAAAAAAA1QAAAAAAAAD5AAAAAAAAAQUAAAAAAAABHQAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA4QAAAAAAAADdAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAEJAAAAAAAAANkAAAAAAAABCQAAAAAAAADtAAAAAAAAANkAAAAAAAAA6QAAAAAAAAEJAAAAAAAAAOUAAAAAAAAA/QAAAAAAAADtAAAAAAACAQEAAAAAAAAA1QAAAAAAAADpAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAADhAAAAAAAAAOEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAANUAAAAAAAAA3QAAAAAAAADZAAAAAAAAAN0AAAAAAAAA1QAAAAAAAADVAAAAAAAAANUAAAAAAAAA4QAAAAAAAgENAAAAAAAAANkAAAAAAAAA3QAAAAAAAAElAAAAAAACAR0AAAAAAAAA9QAAAAAAAADtAAAAAAAAAQkAAAAAAAIBAQAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA+QAAAAAAAADlAAAAAAAAANkAAAAAAAAA2QAAAAAAAgENA</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=50" index="49" defaultArrayLength="1342">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="286.821" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.412" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.44" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAwF/aWkAAAADgowRcQAAAAAByIlxAAAAAYBSGXEAAAAAA4qBcQAAAAAA/A11AAAAAAF8+XUAAAAAgP7tdQAAAAADNRV5AAAAAIALEXkAAAAAAucZeQAAAAMBBB19AAAAAwAlHX0AAAACAlIVfQAAAAEC6AWBAAAAAADsiYEAAAAAgcTFgQAAAAOC+QmBAAAAAoO1EYEAAAABg2lBgQAAAAKA5XmBAAAAAoF1gYEAAAABAGKJgQAAAAACTpmBAAAAAQJLhYEAAAADA0eJgQAAAAIBVAmFAAAAAoDseYUAAAACAICNhQAAAAEC/K2FAAAAAgAU+YUAAAADAuUFhQAAAAMAtRGFAAAAAABtQYUAAAABARF5hQAAAAKDPYmFAAAAA4HqCYUAAAADAlaNhQAAAAADGvmFAAAAAgOLCYUAAAAAAsd9hQAAAACBO8mFAAAAAwKwfYkAAAADg1T1iQAAAAIAlQGJAAAAAIGZCYkAAAACg6F5iQAAAAGAFYmJAAAAAYP1jYkAAAABgKHFiQAAAAEADgGJAAAAAALCeYkAAAADANKJiQAAAAOCsvmJAAAAAwBfDYkAAAADgvuNiQAAAAMD7ImNAAAAAALExY0AAAABArT9jQAAAAGDZRmNAAAAAgCFfY0AAAADArGFjQAAAAEDwfmNAAAAAYDGCY0AAAACg0JFjQAAAAOCsm2NAAAAAQHahY0AAAACAF8BjQAAAAOAh32NAAAAAYPviY0AAAACAngFkQAAAAKAJIWRAAAAAYFAkZEAAAAAA8TFkQAAAAKAUQGRAAAAAQIleZEAAAAAgVWFkQAAAAEChY2RAAAAAoCF+ZEAAAADgiINkQAAAAMBCj2RAAAAAoDmiZEAAAADA9rFkQAAAAEDavmRAAAAAwEXCZEAAAAAAIeNkQAAAAKBg5WRAAAAAIKgBZUAAAABA6wVlQAAAAKC9IWVAAAAAICUlZUAAAADAETFlQAAAACD2M2VAAAAAwIBCZUAAAAAgtl9lQAAAAMCRY2VAAAAAgJWDZUAAAAAglZ1lQAAAAODdn2VAAAAAYOqjZUAAAABgDr1lQAAAAIDdwWVAAAAA4KvjZUAAAACgoPFlQAAAAMDFGmZAAAAAYLgeZkAAAACg6iBmQAAAAKBGI2ZAAAAAwLhAZkAAAADAYW9mQAAAAEBHg2ZAAAAAQDyeZkAAAACgcaJmQAAAAAASw2ZAAAAAQNXEZkAAAADAQuNmQAAAAMAmAWdAAAAAAJQDZ0AAAABgMCFnQAAAAKC8I2dAAAAAYHpAZ0AAAADgG0ZnQAAAAOCAYmdAAAAAgEZ/Z0AAAACgTYNnQAAAAKCSsWdAAAAAwJTAZ0AAAABAfsJnQAAAACC14GdAAAAAAH8DaEAAAACg2xFoQAAAAECuIWhAAAAAYIkxaEAAAADArEFoQAAAAKDTT2hAAAAAwCx/aEAAAAAg54FoQAAAACB5hGhAAAAAQL2gaEAAAABg1MJoQAAAAGB5xGhAAAAAgH/TaEAAAACAiuBoQAAAAECg4mhAAAAAgC3laEAAAAAAxwVpQAAAAEDhEmlAAAAAQNIjaUAAAACgGERpQAAAAIBUXGlAAAAAAFpjaUAAAABgbHJpQAAAAMBDfmlAAAAAoNaEaUAAAABgwpJpQAAAAEDeoWlAAAAA4O+laUAAAADgIsFpQAAAAEBH0WlAAAAAoNjhaUAAAACAUuNpQAAAACBT/2lAAAAAwFADakAAAAAgWRJqQAAAAGC7HWpAAAAAgOwiakAAAADA9kNqQAAAAEBKUmpAAAAAIIJjakAAAAAgnoFqQAAAAMD4kmpAAAAAgO6cakAAAACgJaNqQAAAAIAAsGpAAAAAoPG8akAAAACASsRqQAAAACBb3WpAAAAAwMPfakAAAAAAH+NqQAAAAMCl8mpAAAAAIIr/akAAAACAVQJrQAAAAECaBGtAAAAAYDIfa0AAAACA6yJrQAAAAKC1M2tAAAAAoNE9a0AAAAAgvkRrQAAAAMAsVWtAAAAAoNtja0AAAACA14FrQAAAAODJnWtAAAAAYMqia0AAAACATcRrQAAAAAB03mtAAAAA4Bbia0AAAABgWeRrQAAAAKBE/mtAAAAA4EYDbEAAAAAAnAhsQAAAAADoImxAAAAAQFNFbEAAAABgF15sQAAAACA9ZGxAAAAAQIp+bEAAAAAgw4RsQAAAAGC/kWxAAAAA4NCibEAAAACAjbNsQAAAAGBtv2xAAAAAIEfDbEAAAABAG9xsQAAAAICS3mxAAAAAoM7ibEAAAABAzfBsQAAAAEBn/2xAAAAA4BUEbUAAAADAIRJtQAAAACDsGG1AAAAA4LwdbUAAAADgYSRtQAAAAGBCRm1AAAAAQNJSbUAAAAAgt1xtQAAAAOD5ZG1AAAAAwMRybUAAAABgv4FtQAAAAADbpG1AAAAAoFy4bUAAAAAgfsRtQAAAAGDb4m1AAAAAYE7xbUAAAACgkwJuQAAAACA0BW5AAAAAwMgRbkAAAADgsB1uQAAAAECHJG5AAAAAwBgzbkAAAABgUEFuQAAAAGCERW5AAAAA4B9QbkAAAACgX11uQAAAAGD+Y25AAAAAoMJmbkAAAACgH25uQAAAAOCcfW5AAAAA4NWCbkAAAACgwIVuQAAAAGAYk25AAAAAABaabkAAAABgUqRuQAAAAED3w25AAAAA4NLSbkAAAADAN+RuQAAAAMB6/G5AAAAAYD4Db0AAAABAER1vQAAAAABrI29AAAAAoEJBb0AAAADgskRvQAAAAIAhZG9AAAAAIK6Db0AAAADAI5BvQAAAAKCEnm9AAAAAgF2kb0AAAADAhq5vQAAAACDqu29AAAAAoG7Db0AAAAAA9M1vQAAAAAAN5W9AAAAAIFkBcEAAAADAIARwQAAAAIBgCXBAAAAAIB0PcEAAAAAgwBFwQAAAAGCCH3BAAAAA4DMicEAAAABAaiNwQAAAAAA2LXBAAAAAYJsvcEAAAAAg9TFwQAAAAAAWM3BAAAAAQKQ3cEAAAACgRD9wQAAAAKBaQXBAAAAAwCBDcEAAAACAOE9wQAAAAKBCUnBAAAAAgC5hcEAAAACAMmJwQAAAACAOanBAAAAAgKxvcEAAAADAk3JwQAAAAEDXfXBAAAAAwF+BcEAAAAAA6oJwQAAAACAqjnBAAAAAYPSPcEAAAABgLpJwQAAAAGBmlHBAAAAAIOeWcEAAAABAlplwQAAAAMA+n3BAAAAAYG6gcEAAAAAA2a5wQAAAAGBPsnBAAAAAoJW/cEAAAAAgVsJwQAAAAIBtyHBAAAAAwDbLcEAAAACg99FwQAAAAMCV03BAAAAAgK3fcEAAAADAd+FwQAAAAEDm7nBAAAAAwDHycEAAAABgKwFxQAAAAGBeAnFAAAAAoPwJcUAAAACgORJxQAAAAIBOHXFAAAAAAIEfcUAAAAAgNiJxQAAAAEAIL3FAAAAAIB4ycUAAAAAAVUJxQAAAAEBDRXFAAAAAIEhKcUAAAADgp0txQAAAAGB+T3FAAAAAgDVScUAAAADg8VNxQAAAACC2YnFAAAAAILpocUAAAAAAJXJxQAAAAGCrfXFAAAAAIAx/cUAAAADgcoFxQAAAAKAli3FAAAAAQNGQcUAAAADAiZJxQAAAAIDOsHFAAAAAAFeycUAAAACAvrhxQAAAAMBFu3FAAAAAoFHBcUAAAAAg3MJxQAAAAMBGz3FAAAAAoDbScUAAAADgrNhxQAAAACCW3nFAAAAA4GPhcUAAAAAAAPJxQAAAAOCI93FAAAAAwCwDckAAAABAIghyQAAAAEDRDnJAAAAAIB0SckAAAABA2yByQAAAAIBoInJAAAAA4C4mckAAAABA/ipyQAAAAGBQMnJAAAAAgIROckAAAADAbVJyQAAAAMC4WXJAAAAAgBhickAAAABA9G5yQAAAAOCxcnJAAAAAYKWCckAAAADgto9yQAAAAEBDknJAAAAAwJGTckAAAADAAaJyQAAAAMCBsnJAAAAAwNK/ckAAAACAYcFyQAAAACBN0nJAAAAAINXeckAAAABg1uFyQAAAACDn6nJAAAAA4NHwckAAAACgmfJyQAAAAGB/+XJAAAAAIPkBc0AAAABA6ANzQAAAACAMEnNAAAAAwOIfc0AAAADgESFzQAAAAACxJnNAAAAAQEsyc0AAAABA+jNzQAAAAODnP3NAAAAAIEtDc0AAAAAgWklzQAAAAOCcSnNAAAAA4DJNc0AAAABglVJzQAAAAIDmXXNAAAAAgENic0AAAACgdW5zQAAAAOC1cnNAAAAAYCKBc0AAAAAgwIdzQAAAAID0kXNAAAAAAIKcc0AAAADgG6JzQAAAAGDurnNAAAAAICqyc0AAAADAcMJzQAAAAKCzznNAAAAAAFrSc0AAAAAARdpzQAAAACBm4nNAAAAAoNzqc0AAAADA1u5zQAAAAMCS8nNAAAAAAIMCdEAAAABgIwp0QAAAAMCyDnRAAAAAoJgSdEAAAACgNh50QAAAAMD3IHRAAAAAAFoodEAAAAAg6C50QAAAAEB5MnRAAAAAoKBAdEAAAACAykJ0QAAAAOCSTnRAAAAAoLlSdEAAAABA2110QAAAACDqYHRAAAAAQHZndEAAAADgzWt0QAAAAAD+cXRAAAAAAKF0dEAAAADAeoJ0QAAAAICNjnRAAAAAAJ2SdEAAAABgIaJ0QAAAAABwqHRAAAAAIPGudEAAAADAf7J0QAAAAMD/wXRAAAAA4E3LdEAAAADgQM90QAAAAKBR0nRAAAAAgPTXdEAAAABAm910QAAAAOBh33RAAAAAwAjjdEAAAAAA3uh0QAAAAEBw63RAAAAAIBvvdEAAAACgg/J0QAAAAOCqAXVAAAAAwI0DdUAAAACgExN1QAAAAECzH3VAAAAAIFYjdUAAAADgGCV1QAAAAGCZMnVAAAAAYGg1dUAAAABgMkN1QAAAAADCSnVAAAAAQG5OdUAAAABgGFB1QAAAAIBpUnVAAAAAQJlidUAAAACAHXN1QAAAAAC2gnVAAAAAgMWEdUAAAADA8Y11QAAAACAokHVAAAAAIL+SdUAAAABAXJ91QAAAACAMo3VAAAAAQLOodUAAAABgcKx1QAAAAKCAsHVAAAAAQNGydUAAAAAAxrx1QAAAAEC1w3VAAAAAwCLJdUAAAACAks51QAAAAEDW0nVAAAAAoKLedUAAAACA2eB1QAAAAEDD7XVAAAAAILjydUAAAAAA7/R1QAAAACAhA3ZAAAAAIHIFdkAAAADAXwd2QAAAAKB6E3ZAAAAAoM0jdkAAAAAA3Cp2QAAAAODrLXZAAAAAwOkwdkAAAABgpzJ2QAAAAEDTM3ZAAAAA4CY8dkAAAADAjT52QAAAAOA6QXZAAAAAYI5CdkAAAACAolJ2QAAAAIBUY3ZAAAAAYF9odkAAAABAJm92QAAAAGCScHZAAAAAgLFydkAAAABAg312QAAAAODbgnZAAAAAQJ+IdkAAAAAg3ZJ2QAAAAGBUonZAAAAAwNSudkAAAADgm7J2QAAAAOBTtnZAAAAAIDi6dkAAAACAQMN2QAAAAMB9zXZAAAAAAOjSdkAAAABAk+N2QAAAAECI6XZAAAAAgAvsdkAAAAAA9fJ2QAAAAGCI93ZAAAAAgMr/dkAAAAAg1gN3QAAAAGC/E3dAAAAAgCUYd0AAAAAAch93QAAAAEDrI3dAAAAAQLItd0AAAABgkTJ3QAAAAGDrM3dAAAAAQPM2d0AAAABAgTt3QAAAAEAnQ3dAAAAAoINSd0AAAACAdVh3QAAAAODlW3dAAAAAwMVid0AAAABADm13QAAAAMCtcndAAAAAAMl7d0AAAADAv4J3QAAAAIArjndAAAAA4DmTd0AAAABg1Jt3QAAAAKDYondAAAAAoLikd0AAAADAW613QAAAAIDDsndAAAAAAKC+d0AAAABAwMJ3QAAAAEDw0ndAAAAAQPbed0AAAADAdeJ3QAAAAEAG83dAAAAAoEf3d0AAAAAAX/t3QAAAAGBk/3dAAAAAAOsBeEAAAADggwt4QAAAAOBeEnhAAAAAQFoZeEAAAACAJhx4QAAAAGBAJHhAAAAAQKgueEAAAABgOzR4QAAAAAB8N3hAAAAAoBc+eEAAAADA5kJ4QAAAAKBRRHhAAAAAoBlTeEAAAABA5GJ4QAAAAAAHc3hAAAAAQDR7eEAAAAAAzn94QAAAAKB2hHhAAAAAYFuHeEAAAABgn454QAAAACDCk3hAAAAAoDGveEAAAABgs7J4QAAAAACjwnhAAAAAAIjPeEAAAADgF9N4QAAAAIDs4HhAAAAAAInyeEAAAADAK/R4QAAAAAA1/3hAAAAAAP0DeUAAAACALg15QAAAAEC+DnlAAAAAwMYSeUAAAADgpBx5QAAAAOBDI3lAAAAAQOkseUAAAABgKTB5QAAAAIC3MnlAAAAAIORCeUAAAACAgU55QAAAAKDCUnlAAAAA4MldeUAAAACAQmJ5QAAAAECQbXlAAAAAoNVyeUAAAABg74N5QAAAAGCgiHlAAAAAIL6KeUAAAABA35N5QAAAAAB+lnlAAAAAAEmeeUAAAADAZqB5QAAAAOAVpHlAAAAAIL+yeUAAAABA47h5QAAAAABjw3lAAAAAYFjFeUAAAAAgx9J5QAAAAICJ3HlAAAAAwKLheUAAAACgnON5QAAAAAAF6XlAAAAAwOnveUAAAAAgB/N5QAAAAKAy9nlAAAAAwNf+eUAAAAAAUAN6QAAAAAATEHpAAAAA4HgTekAAAABA7yJ6QAAAAOAkLnpAAAAAoAkwekAAAABAGzN6QAAAAACuNnpAAAAAABFDekAAAAAAxUx6QAAAAOBGU3pAAAAAoMxeekAAAAAgB2F6QAAAAOBvY3pAAAAAYApmekAAAAAAcG56QAAAAEC+cnpAAAAAIFWDekAAAAAgdo56QAAAACAPk3pAAAAAwJCfekAAAAAAYqN6QAAAAEBurnpAAAAAQG+wekAAAACAQrN6QAAAAKAruHpAAAAAgFjEekAAAABAy8d6QAAAACCm0XpAAAAAAFfWekAAAACA7t16QAAAAOD24npAAAAA4PDmekAAAAAAN+96QAAAAMB583pAAAAAYAb2ekAAAAAgXwF7QAAAAMC9A3tAAAAAwD8Ke0AAAABAtQ57QAAAAIDxEntAAAAAYP8ge0AAAADAUyR7QAAAAGBXL3tAAAAAAOwye0AAAAAA51R7QAAAAAApYntAAAAAoIhke0AAAAAAmml7QAAAAGBwc3tAAAAAQLd8e0AAAABgXIF7QAAAAOArg3tAAAAAAHyLe0AAAACApZJ7QAAAAKCGmXtAAAAAoDede0AAAADg5aF7QAAAAED+pHtAAAAAIGqoe0AAAABgsq17QAAAAOCrr3tAAAAAoDSye0AAAADg77R7QAAAAIBguntAAAAAYHW9e0AAAADgCMN7QAAAAKBlzntAAAAAoBzae0AAAAAg0+F7QAAAAOCo5HtAAAAAwDrve0AAAABACvN7QAAAACD/+XtAAAAAYDP/e0AAAACgCgR8QAAAAMAzBnxAAAAAYBcOfEAAAABAURF8QAAAAOC8FHxAAAAAAEwhfEAAAABgLDF8QAAAAADFM3xAAAAAoKtBfEAAAADg2kN8QAAAAIAMSHxAAAAAYHZTfEAAAACgS1p8QAAAAOCVbXxAAAAAYPB9fEAAAADAJIR8QAAAAOAbknxAAAAAIACUfEAAAADAwaN8QAAAAAB/rnxAAAAAQMO0fEAAAABgar18QAAAAMCXw3xAAAAAoH3NfEAAAABgaM98QAAAAMBm03xAAAAAoNrbfEAAAABg2uN8QAAAAIC2+nxAAAAAoPD/fEAAAAAgJgR9QAAAAIB+D31AAAAAIJIRfUAAAAAAaxt9QAAAAMBnJX1AAAAAYBowfUAAAAAg6zJ9QAAAAACHNX1AAAAAIDY4fUAAAAAAHj99QAAAAKDdQn1AAAAAoKRFfUAAAADALlN9QAAAAGBIVX1AAAAAwAllfUAAAABgjml9QAAAAIDlbn1AAAAAIKxzfUAAAAAArH99QAAAAGAngn1AAAAAoHaEfUAAAAAggIp9QAAAAACYjX1AAAAAINGSfUAAAADgXp59QAAAAKCdpX1AAAAAAGazfUAAAADgysZ9QAAAAEBazn1AAAAA4FnTfUAAAADgBuN9QAAAAGBo831AAAAAQK/3fUAAAADgoAR+QAAAAMBZDn5AAAAAwJcafkAAAABgsR1+QAAAAIAZIn5AAAAAgPEsfkAAAADAGTF+QAAAAGAHM35AAAAAAM40fkAAAACAUjx+QAAAAKB5Pn5AAAAAgAVEfkAAAABgyUx+QAAAAKCzU35AAAAAYOJifkAAAACgtW1+QAAAACAGdH5AAAAAgB2FfkAAAAAg55R+QAAAAMDxnX5AAAAA4AWlfkAAAADATql+QAAAAICMsX5AAAAAoK+0fkAAAACgbsR+QAAAAKAvyX5AAAAA4EfOfkAAAADgxNJ+QAAAAGD3335AAAAAoOLifkAAAABgvuR+QAAAAOD66n5AAAAA4Kz9fkAAAAAgIAV/QAAAAEBwDX9AAAAAIKkSf0AAAADAqxR/QAAAAEAXIn9AAAAAALEuf0AAAADgjjN/QAAAAIBOPX9AAAAAQEZDf0AAAADATFV/QAAAAOCpZH9AAAAAYCNtf0AAAACgMXB/QAAAAECkcn9AAAAAwDZ1f0AAAACA/IJ/QAAAAIDqhH9AAAAAYOSNf0AAAADAzpR/QAAAAMAanH9AAAAAgOOjf0AAAABA7q9/QAAAAOBstH9AAAAAoMrEf0AAAADg+85/QAAAACDi1H9AAAAAYJnZf0AAAAAgoN9/QAAAAMDz5H9AAAAAYKHtf0AAAAAgk/V/QAAAAKB3CoBAAAAAIOUPgEAAAADAuhKAQAAAAMBYF4BAAAAAYFgcgEAAAACgdyCAQAAAAEDlIYBAAAAAQFgqgEAAAABgVTKAQAAAAKAnOIBAAAAAgEY6gEAAAAAAt0aAQAAAAKAYSoBAAAAAAPFMgEAAAACgxE6AQAAAAKCJUoBAAAAAYDxWgEAAAABAw1uAQAAAAECrYIBAAAAAYGZigEAAAABgo2iAQAAAAIDxaoBAAAAA4BpvgEAAAACA3HKAQAAAAMAweYBAAAAA4Bp6gEAAAABgf36AQAAAAICGgoBAAAAAwO6HgEAAAADgEIuAQAAAAAChkIBAAAAAIMiSgEAAAADA5JOAQAAAAMDJloBAAAAAQIiagEAAAADgFJ+AQAAAAEBsooBAAAAAYACqgEAAAACAjauAQAAAAMDHsIBAAAAAIJOzgEAAAADAz7eAQAAAAGB/uoBAAAAAIGa/gEAAAABAyMKAQAAAAGA/x4BAAAAA4GnKgEAAAAAgy9GAQAAAACAd2oBAAAAAQN3hgEAAAAAg/+mAQAAAAMBX64BAAAAAQJPygEAAAACA9/iAQAAAAMBh+oBAAAAAwNX7gEAAAAAA6AOBQAAAAMDUBoFAAAAAYEIOgUAAAACATRCBQAAAAMBDFoFAAAAAAEUagUAAAACAUxyBQAAAAOAzIYFAAAAAgFkngUAAAAAgAyqBQAAAAMD0LoFAAAAAAH0ygUAAAABgCDqBQAAAAIBEO4FAAAAAQH5QgUAAAABg2lGBQAAAAKD7V4FAAAAAYMpmgUAAAACAxm6BQAAAAEB0cYFAAAAAwJtygUAAAAAgr3SBQAAAAADfeYFAAAAAAMuGgUAAAABgoZSBQAAAAEDsloFAAAAAAEmagUAAAACgtaGBQAAAAODBqIFAAAAAQACrgUAAAACAdbKBQAAAAMDSxIFAAAAAIJPHgUAAAAAgDsqBQAAAAEAB0YFAAAAAAAXXgUAAAABg/dmBQAAAACCS3oFAAAAAgDXjgUAAAADAsOSBQAAAAIAx7oFAAAAA4HzvgUAAAABAWfKBQAAAAABuAoJAAAAAYL0GgkAAAACgMBWCQAAAAEAnF4JAAAAAYIYdgkAAAACghyaCQAAAAOAeMoJAAAAAoG01gkAAAADgR0qCQAAAAOCPUoJAAAAAYAhXgkAAAAAg1mGCQAAAACCeZoJAAAAA4KxqgkAAAACATnOCQAAAAMALdoJAAAAAQGh4gkAAAACgKHuCQAAAAOCkgoJAAAAAwOWKgkAAAADgKJiCQAAAAGBumoJAAAAAgEyfgkAAAAAAcKKCQAAAAKDMq4JAAAAAgBuvgkAAAABgh76CQAAAAOBhw4JAAAAAQBTWgkAAAACA6NmCQAAAAOBg34JAAAAAIB3qgkAAAACAnO+CQAAAAGC884JAAAAAYBr6gkAAAADAL/6CQAAAAOAVA4NAAAAAgFwGg0AAAACADwmDQAAAAKDaCoNAAAAA4FQOg0AAAACA+BGDQAAAAGASGINAAAAAoPYeg0AAAABgLSaDQAAAAECJKoNAAAAAYDI3g0AAAADAMD+DQAAAAID5QoNAAAAAoPxSg0AAAACALleDQAAAACBdW4NAAAAAQCpjg0AAAAAAQmqDQAAAAAA/cINAAAAAYO1zg0AAAADgRnaDQAAAAMBoeoNAAAAAoCt+g0AAAADgd4CDQAAAACBEgoNAAAAAoLKOg0AAAADAW5WDQAAAACBqmINAAAAA4KWng0AAAABAIayDQAAAAIB+sINAAAAAgJeyg0AAAAAANLuDQAAAAKDKx4NAAAAAAAbJg0AAAACgI9GDQAAAAGCp0oNAAAAAAH7og0AAAACAeO6DQAAAAIBQ84NAAAAAQDsHhEAAAADAgQiEQAAAACBhCoRAAAAAgLYLhEAAAADgsBCEQAAAAMDAF4RAAAAAIDsnhEAAAADgfSqEQAAAAEAFLIRAAAAAYHAyhEAAAADgzDaEQAAAAOACO4RAAAAA4HJBhEAAAADA4kWEQAAAAKD4VoRAAAAA4B5ghEAAAABAyWaEQAAAAAAKaIRAAAAA4KRqhEAAAACASnKEQAAAAOBzc4RAAAAAYPN2hEAAAADgoH6EQAAAAED1iYRAAAAA4JqRhEAAAADgopaEQAAAAEBomoRAAAAAIOmqhEAAAADAGbaEQAAAAABQvoRAAAAAQCHAhEAAAABA1caEQAAAACAPzoRAAAAAYF/hhEAAAACAVOKEQAAAAOAA5IRAAAAAADr2hEAAAADgpv+EQAAAAODNBoVAAAAAYBcKhUAAAACAEQuFQAAAAIBEDoVAAAAAYAoQhUAAAACAARKFQAAAAIDUGoVAAAAA4AMchUAAAAAAEx6FQAAAAOAWJIVAAAAAIPAmhUAAAACgcDCFQAAAAOAGMoVAAAAAoG42hUAAAACA6zeFQAAAAIDSOoVAAAAAgDc/hUAAAABAlUOFQAAAAIAwRoVAAAAA4MdVhUAAAACg+1mFQAAAAAA2X4VAAAAAIBVhhUAAAAAAYW+FQAAAACDYcoVAAAAAQKiChUAAAABA0omFQAAAAMBAkoVAAAAAoG6WhUAAAADgq5qFQAAAAGANoIVAAAAAoI6mhUAAAABAIa6FQAAAAEAyr4VAAAAAwKWyhUAAAAAAT7eFQAAAACA4uIVAAAAA4Ha6hUAAAACgi8aFQAAAAIB5yoVAAAAAAOjNhUAAAACgD9CFQAAAAGDi1oVAAAAAYN3ahUAAAADgyNyFQAAAAKBX54VAAAAAgIjyhUAAAAAg0P2FQAAAAOAvBoZAAAAAAH4KhkAAAADAaA6GQAAAAGCNEYZAAAAAIKoShkAAAADAyRaGQAAAAODrGYZAAAAAADwnhkAAAADA8iqGQAAAAGBsLYZAAAAA4LouhkAAAADg7zOGQAAAAACwO4ZAAAAAwHY/hkAAAADgQ0OGQAAAACD2ToZAAAAAAJpWhkAAAACAb2eGQAAAAAAXaYZAAAAAADFrhkAAAACgXHaGQAAAAICjeoZAAAAA4DSChkAAAAAgkIaGQAAAAIDGiIZAAAAA4JeThkAAAADAo6KGQAAAAGD8poZAAAAAQCOqhkAAAADAtq6GQAAAAABhsoZAAAAAQMa2hkAAAACgUbmGQAAAAIDGvoZAAAAAoNHOhkAAAABAmNCGQAAAAKAi1oZAAAAAAJfXhkAAAABA/t2GQAAAAIAl5IZAAAAA4E7qhkAAAABAY/uGQAAAAECL/oZAAAAAwEkKh0AAAADgQBOHQAAAAAAAGIdAAAAAYAIbh0AAAAAAITGHQAAAAACBNodAAAAAgOpWh0AAAABgrVuHQAAAAIBkcodAAAAAgHeDh0AAAACgUIqHQAAAAIBkjIdAAAAAICKPh0AAAACAD6uHQAAAAOAdrodAAAAA4BOvh0AAAACgfLqHQAAAAAApwYdAAAAAQEbLh0AAAACgONOHQAAAAEBH1odAAAAAgA3ah0AAAAAA9eCHQAAAAGAs5odAAAAAIKDph0AAAAAAlvGHQAAAAKCI84dAAAAAAG33h0AAAABgaf6HQAAAAMCkCYhAAAAAIOIXiEAAAABgUB6IQAAAAAB6JIhAAAAAYHk3iEAAAAAAIj+IQAAAAKD5RohAAAAAIMRLiEAAAADgQVSIQAAAAMAHVohAAAAAIBZeiEAAAADg3WWIQAAAAGB5bohAAAAAACh0iEAAAADA33WIQAAAAIDNf4hAAAAAoByMiEAAAACAqY2IQAAAAADOjohAAAAAACySiEAAAADgU5aIQAAAAIDWmohAAAAAQLueiEAAAABAjKCIQAAAAMDtpIhAAAAAwK6qiEAAAADA0q+IQAAAAABFt4hAAAAA4Ka6iEAAAABgAceIQAAAAMB514hAAAAAoCbkiEAAAADA/OWIQAAAAKA67ohAAAAAgGvyiEAAAABgZQKJQAAAAABKDYlAAAAAoGcSiUAAAACAEBqJQAAAAOCXHYlAAAAAgBEuiUAAAAAAKzKJQAAAACC6NolAAAAAILE6iUAAAACA9kaJQAAAAIDGSolAAAAAAPJLiUAAAADgTlOJQAAAAKBfV4lAAAAAQIdoiUAAAAAA8W6JQAAAAADxeYlAAAAAQIx+iUAAAABAi4eJQAAAAKDrnolAAAAAoN2iiUAAAADgpqWJQAAAAOD1wYlAAAAAoFPGiUAAAAAgyM6JQAAAACD20YlAAAAA4MLbiUAAAADgYeCJQAAAAOBL54lAAAAAYB/viUAAAADgoPGJQAAAAIDJ9olAAAAA4Pb6iUAAAADAvfyJQAAAAKCH/4lAAAAAgAsHikAAAACAVhaKQAAAAKDmHIpAAAAAQKIiikAAAABgvjeKQAAAAAAoPopAAAAAwKxHikAAAAAgOkuKQAAAAED/TYpAAAAAYBdxikAAAADAsn6KQAAAAKA6iIpAAAAAYEmOikAAAABgG5aKQAAAAKB8m4pAAAAAAEyfikAAAAAA+62KQAAAAID7t4pAAAAA4A/HikAAAACgveSKQAAAAAD85opAAAAAwBrvikAAAACAkPWKQAAAAED+/YpAAAAAQGkGi0AAAABA/gqLQAAAAKB1DItAAAAAAOwNi0AAAACAESSLQAAAAGBXKotAAAAAICkui0AAAAAAU16LQAAAAKBeY4tAAAAAYIJ0i0AAAADA+HeLQAAAAAAUe4tAAAAAwJ9+i0AAAAAgE4KLQAAAAGC1hItAAAAAgBaKi0AAAAAA2ZGLQAAAAADHpYtAAAAAII2ri0AAAAAAb62LQAAAAGD8rotAAAAA4MTGi0AAAADAweCLQAAAAGAlDYxAAAAAoOQWjEAAAACAyC6MQAAAAAAZNoxAAAAAQA5DjEAAAADgeVOMQAAAAEBKVoxAAAAAYHdljEAAAADAammMQAAAAOCghIxAAAAAYM+GjEAAAABAFY6MQAAAAMDxloxAAAAA4A6bjEAAAAAg9s6MQAAAAGAD2oxAAAAAAK7djEAAAABAqOmMQAAAAIBW7YxAAAAAALX8jEAAAAAAqxaNQAAAAEDQGY1AAAAAYHgbjUAAAAAgzS+NQAAAAABVUI1AAAAAYElmjUAAAAAA4G6NQAAAAICvdY1AAAAAIKF5jUAAAACgS32NQAAAAIBLhY1AAAAAYCOqjUAAAAAgirSNQAAAAODRw41AAAAAQHTGjUAAAAAAxMmNQAAAAGDo0Y1AAAAAQBXjjUAAAACAneWNQAAAAIAs6o1AAAAAoEIFjkAAAADAIBaOQAAAAADSJo5AAAAAgDcqjkAAAACgu0aOQAAAAGDRS45AAAAAoOpRjkAAAACAml2OQAAAAMCca45AAAAAoBBxjkAAAAAARY+OQAAAAOD0r45AAAAA4Nu2jkAAAACgSdeOQAAAACC+5Y5AAAAAYIwMj0AAAADgXTaPQAAAAKCkRo9AAAAAYIJTj0A=</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOEAAAAAAAIBHQAAAAAAAgENAAAAAAACATUAAAAAAAIBBQAAAAAAAAExAAAAAAACASUAAAAAAAIBGQAAAAAAAgERAAAAAAAAAQkAAAAAAAAA3QAAAAAAAAEhAAAAAAACAUkAAAAAAAIBQQAAAAAAAADlAAAAAAAAAQEAAAAAAAIBCQAAAAAAAgEFAAAAAAACASEAAAAAAAIBEQAAAAAAAADhAAAAAAAAARkAAAAAAAIBDQAAAAAAAADxAAAAAAAAAWEAAAAAAAIBZQAAAAAAAAE5AAAAAAABAUEAAAAAAAABUQAAAAAAAgEBAAAAAAAAAP0AAAAAAAABDQAAAAAAAIGJAAAAAAACAQEAAAAAAAABDQAAAAAAAgGBAAAAAAADAVUAAAAAAAOBhQAAAAAAAwF1AAAAAAAAAO0AAAAAAAABCQAAAAAAAgE1AAAAAAAAANUAAAAAAAABSQAAAAAAAAD5AAAAAAACAYkAAAAAAAAA8QAAAAAAAAD5AAAAAAACAQkAAAAAAAABBQAAAAAAAAElAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADlAAAAAAADAV0AAAAAAAAA7QAAAAAAAAEFAAAAAAAAAP0AAAAAAAMBRQAAAAAAAAD5AAAAAAAAAPEAAAAAAAMBQQAAAAAAAAEpAAAAAAACAT0AAAAAAAIBKQAAAAAAAgEZAAAAAAAAAU0AAAAAAAMBXQAAAAAAAwFVAAAAAAAAANUAAAAAAAIBHQAAAAAAAgExAAAAAAAAASEAAAAAAAABOQAAAAAAAADhAAAAAAACAQEAAAAAAAABGQAAAAAAAgE9AAAAAAAAAQUAAAAAAAAA9QAAAAAAAADpAAAAAAAAASkAAAAAAAIBCQAAAAAAAADVAAAAAAACAUUAAAAAAAAA7QAAAAAAAgEJAAAAAAACgZ0AAAAAAAABCQAAAAAAAAFJAAAAAAACAQkAAAAAAAIBDQAAAAAAAAENAAAAAAACATUAAAAAAAIBFQAAAAAAAAFdAAAAAAACAQUAAAAAAAAA1QAAAAAAAgFBAAAAAAAAARkAAAAAAAAA4QAAAAAAAAFBAAAAAAACARkAAAAAAAABEQAAAAAAAgEJAAAAAAAAAREAAAAAAAABGQAAAAAAAAERAAAAAAAAATUAAAAAAAABIQAAAAAAAAENAAAAAAAAAREAAAAAAAABNQAAAAAAAADlAAAAAAAAAQ0AAAAAAAIBHQAAAAAAAAEtAAAAAAAAATEAAAAAAAABHQAAAAAAAQFNAAAAAAAAATUAAAAAAAIBAQAAAAAAAAElAAAAAAACAQkAAAAAAAABVQAAAAAAAgENAAAAAAACAQ0AAAAAAAIBPQAAAAAAAgEdAAAAAAADAV0AAAAAAAABFQAAAAAAA4GxAAAAAAACARkAAAAAAAAA7QAAAAAAAgEZAAAAAAAAASEAAAAAAAIBJQAAAAAAAADhAAAAAAACAREAAAAAAAIBOQAAAAAAAQFFAAAAAAACARUAAAAAAAABEQAAAAAAAgEBAAAAAAAAAOkAAAAAAAIBTQAAAAAAAgFBAAAAAAACAREAAAAAAACBoQAAAAAAAgEtAAAAAAACAREAAAAAAAIBCQAAAAAAAgENAAAAAAAAAPEAAAAAAAAA/QAAAAAAAQFZAAAAAAACARUAAAAAAAIBMQAAAAAAAAD5AAAAAAACARkAAAAAAAABJQAAAAAAAADZAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAAEFAAAAAAAAAPEAAAAAAAMBTQAAAAAAAAEFAAAAAAAAAREAAAAAAAIBEQAAAAAAAwFpAAAAAAAAAQEAAAAAAAABVQAAAAAAAAE1AAAAAAAAAQEAAAAAAAIBBQAAAAAAAgExAAAAAAACAQ0AAAAAAAIBMQAAAAAAAwFVAAAAAAAAASUAAAAAAAIBLQAAAAAAAgENAAAAAAAAAPUAAAAAAAIBEQAAAAAAAAD1AAAAAAACAREAAAAAAAABRQAAAAAAAwFJAAAAAAAAAPUAAAAAAAEBXQAAAAAAAAERAAAAAAADAVEAAAAAAAAA6QAAAAAAAADhAAAAAAAAARUAAAAAAAABOQAAAAAAAgEBAAAAAAACwgUAAAAAAAAA5QAAAAAAAgFdAAAAAAADAUUAAAAAAAIBQQAAAAAAAgFdAAAAAAACARUAAAAAAAIBdQAAAAAAAADpAAAAAAABAU0AAAAAAAABEQAAAAAAAAEVAAAAAAACAU0AAAAAAAAA7QAAAAAAAgERAAAAAAAAAWEAAAAAAAAA9QAAAAAAAADdAAAAAAAAAP0AAAAAAAABDQAAAAAAAADVAAAAAAACARUAAAAAAAABOQAAAAAAAADhAAAAAAACAU0AAAAAAAABLQAAAAAAAAFhAAAAAAACAR0AAAAAAAIBFQAAAAAAAADdAAAAAAAAASkAAAAAAAAA6QAAAAAAAQFZAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAExAAAAAAACAUUAAAAAAAABEQAAAAAAAAEpAAAAAAACASEAAAAAAAIBGQAAAAAAAgGlAAAAAAAAAN0AAAAAAAIBFQAAAAAAAgE1AAAAAAADAUEAAAAAAAAA/QAAAAAAAADlAAAAAAAAAO0AAAAAAAIBJQAAAAAAAgEBAAAAAAAAANkAAAAAAAHBwQAAAAAAAgE5AAAAAAAAAS0AAAAAAAIBCQAAAAAAAADdAAAAAAABAWEAAAAAAAAA6QAAAAAAAQFRAAAAAAADAVkAAAAAAAIBPQAAAAAAAYGtAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAAElAAAAAAAAAPUAAAAAAAIBKQAAAAAAAAD1AAAAAAACAQUAAAAAAAIBDQAAAAAAAgFdAAAAAAAAAS0AAAAAAAEBTQAAAAAAAAD9AAAAAAAAAPEAAAAAAAIBQQAAAAAAAAEpAAAAAAAAAPUAAAAAAAAA8QAAAAAAAADpAAAAAAACAQEAAAAAAAKBiQAAAAAAAwFxAAAAAAAAATEAAAAAAAIBCQAAAAAAAgEpAAAAAAAAAOUAAAAAAAABLQAAAAAAAgExAAAAAAAAAREAAAAAAAIBJQAAAAAAAAEFAAAAAAAAAQ0AAAAAAAIBRQAAAAAAAADdAAAAAAAAAOUAAAAAAAABEQAAAAAAAAENAAAAAAACAQEAAAAAAACBhQAAAAAAAADhAAAAAAAAASkAAAAAAAABHQAAAAAAAADZAAAAAAACAQUAAAAAAAIBBQAAAAAAAAFJAAAAAAAAAP0AAAAAAAAA+QAAAAAAAAENAAAAAAAAAPEAAAAAAAAA+QAAAAAAAAEFAAAAAAAAAQUAAAAAAAIBSQAAAAAAAAEFAAAAAAABAUUAAAAAAAAA3QAAAAAAAAEdAAAAAAACAQ0AAAAAAAMBgQAAAAAAAgEBAAAAAAAAAQ0AAAAAAAAA4QAAAAAAAQFZAAAAAAAAARkAAAAAAAABdQAAAAAAAgEFAAAAAAAAAPkAAAAAAAAA+QAAAAAAAgFBAAAAAAAAAYEAAAAAAAIBBQAAAAAAAAERAAAAAAAAAO0AAAAAAAABIQAAAAAAAADpAAAAAAACAQEAAAAAAAABHQAAAAAAAADZAAAAAAAAASUAAAAAAAABHQAAAAAAAgEpAAAAAAAAgYEAAAAAAAAA6QAAAAAAAAExAAAAAAACARUAAAAAAAAA/QAAAAAAAAEZAAAAAAAAAVEAAAAAAAIBGQAAAAAAAAD1AAAAAAAAAPkAAAAAAAABcQAAAAAAAADtAAAAAAAAANkAAAAAAAIBFQAAAAAAAQFFAAAAAAADAZkAAAAAAAABBQAAAAAAAgEtAAAAAAACAS0AAAAAAAAA6QAAAAAAAgF9AAAAAAAAAO0AAAAAAAIBYQAAAAAAAgEFAAAAAAAAAO0AAAAAAAABFQAAAAAAAAFtAAAAAAAAAN0AAAAAAAAA2QAAAAAAAwFFAAAAAAACASUAAAAAAAABLQAAAAAAAQFBAAAAAAAAAPkAAAAAAAIBEQAAAAAAA4GBAAAAAAAAAREAAAAAAAMBUQAAAAAAAAEFAAAAAAAAASUAAAAAAAABNQAAAAAAAAENAAAAAAACAV0AAAAAAAIBFQAAAAAAAwFRAAAAAAAAAPkAAAAAAAAA/QAAAAAAAAEJAAAAAAABgYUAAAAAAAIBAQAAAAAAAADZAAAAAAAAAQkAAAAAAAAA4QAAAAAAAgERAAAAAAAAAPEAAAAAAACBiQAAAAAAAADtAAAAAAAAASEAAAAAAAAA1QAAAAAAAgE5AAAAAAAAANUAAAAAAAABFQAAAAAAAgFNAAAAAAACAUEAAAAAAAIBYQAAAAAAAgE9AAAAAAACAUUAAAAAAAIBLQAAAAAAAAERAAAAAAACgZUAAAAAAAABIQAAAAAAAgEFAAAAAAAAAR0AAAAAAAIBHQAAAAAAAgFpAAAAAAACASUAAAAAAAABAQAAAAAAAQFJAAAAAAACAYkAAAAAAAAA1QAAAAAAAAERAAAAAAACAQUAAAAAAAABgQAAAAAAAgF5AAAAAAAAAQ0AAAAAAAABEQAAAAAAAgERAAAAAAAAAWEAAAAAAAIBBQAAAAAAAgEFAAAAAAAAAR0AAAAAAAAA8QAAAAAAAgEhAAAAAAAAAPUAAAAAAAABJQAAAAAAAADpAAAAAAACATkAAAAAAAABOQAAAAAAAAEFAAAAAAACAQkAAAAAAAIBeQAAAAAAAAEBAAAAAAABAU0AAAAAAAABCQAAAAAAAwGRAAAAAAAAAPkAAAAAAAAA4QAAAAAAAADpAAAAAAAAARUAAAAAAAAA8QAAAAAAAADlAAAAAAAAAOkAAAAAAAIBdQAAAAAAAADhAAAAAAADAV0AAAAAAAGBuQAAAAAAAAD9AAAAAAADAWEAAAAAAAIBEQAAAAAAAwF5AAAAAAAAARUAAAAAAAIBDQAAAAAAAAENAAAAAAADAUEAAAAAAAABHQAAAAAAAwFBAAAAAAAAAT0AAAAAAAAA7QAAAAAAAgEFAAAAAAAAANkAAAAAAAIBAQAAAAAAAADVAAAAAAACAUkAAAAAAAAA+QAAAAAAAADdAAAAAAAAAPUAAAAAAAABWQAAAAAAAAD1AAAAAAADAXEAAAAAAAIBCQAAAAAAAgEZAAAAAAAAAO0AAAAAAAAA4QAAAAAAAIGJAAAAAAACAR0AAAAAAAIBCQAAAAAAAAE9AAAAAAABAVUAAAAAAAABEQAAAAAAAAEtAAAAAAAAAOEAAAAAAAAA5QAAAAAAAgFBAAAAAAADogUAAAAAAAABBQAAAAAAAAEZAAAAAAACAQ0AAAAAAAEBRQAAAAAAAwFZAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAAENAAAAAAABAVkAAAAAAAGBgQAAAAAAAAEdAAAAAAACAQkAAAAAAAAA5QAAAAAAAAERAAAAAAACAXUAAAAAAAIBBQAAAAAAAgFdAAAAAAAAAOkAAAAAAAIBbQAAAAAAAwFJAAAAAAACAR0AAAAAAAMBQQAAAAAAAgEJAAAAAAAAAQEAAAAAAAAA+QAAAAAAAAEBAAAAAAACAW0AAAAAAAABJQAAAAAAAADtAAAAAAAAAQEAAAAAAAIBTQAAAAAAAAD5AAAAAAACAREAAAAAAAMBUQAAAAAAAmJFAAAAAAAAAP0AAAAAAAABQQAAAAAAAQGdAAAAAAAAAO0AAAAAAAIBLQAAAAAAAgFBAAAAAAAAASkAAAAAAAIBCQAAAAAAAgENAAAAAAABAV0AAAAAAAIBBQAAAAAAAgEVAAAAAAACAQUAAAAAAAIBDQAAAAAAAoGFAAAAAAAAASkAAAAAAAEBdQAAAAAAAAD5AAAAAAABAY0AAAAAAAABvQAAAAAAAgEJAAAAAAABAU0AAAAAAAABCQAAAAAAAAF9AAAAAAACASEAAAAAAAIBPQAAAAAAAgE5AAAAAAAAAPUAAAAAAAABDQAAAAAAAwFRAAAAAAACAQUAAAAAAAABLQAAAAAAAAD1AAAAAAAAAUkAAAAAAAAA3QAAAAAAAQGBAAAAAAAAAR0AAAAAAAAA/QAAAAAAA3qpAAAAAAAAAOEAAAAAAAHiNQAAAAAAAgEFAAAAAAAAAN0AAAAAAAIBgQAAAAAAAQF5AAAAAAADAb0AAAAAAAABKQAAAAAAAQFBAAAAAAAAASEAAAAAAAIBKQAAAAAAAgGZAAAAAAACAVkAAAAAAAEBRQAAAAAAAAE1AAAAAAAAAP0AAAAAAAIBhQAAAAAAAAE5AAAAAAACAQUAAAAAAAAA4QAAAAAAAADxAAAAAAAAANUAAAAAAAIBGQAAAAAAAADdAAAAAAACAQEAAAAAAAAA3QAAAAAAAADZAAAAAAADAV0AAAAAAAABGQAAAAAAAAEJAAAAAAACASkAAAAAAAIBBQAAAAAAAAF9AAAAAAACASUAAAAAAAABGQAAAAAAAgFJAAAAAAAAANkAAAAAAAIBLQAAAAAAAADhAAAAAAABAUUAAAAAAAFG6QAAAAAAAAD9AAAAAAAAAOkAAAAAAANSXQAAAAAAAgFJAAAAAAACAREAAAAAAAABCQAAAAAAAQGhAAAAAAAAATUAAAAAAAABJQAAAAAAAAD9AAAAAAAAAOUAAAAAAAABCQAAAAAAAAEBAAAAAAAAARkAAAAAAAABEQAAAAAAAAEpAAAAAAAAAWEAAAAAAAMBTQAAAAAAAADhAAAAAAAAATEAAAAAAAEBcQAAAAAAAADtAAAAAAABAUUAAAAAAAAA+QAAAAAAAAERAAAAAAAAAOUAAAAAAAIBCQAAAAAAAAENAAAAAAAAATEAAAAAAAIBCQAAAAAAAgE9AAAAAAACAREAAAAAAAAA9QAAAAAAAgF1AAAAAAAAAQ0AAAAAAAAA3QAAAAAAAAEZAAAAAAACgZEAAAAAAAABDQAAAAAAAAE1AAAAAAAAAOkAAAAAAAIBBQAAAAAAAADlAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAEVAAAAAAAAAOkAAAAAAAAA2QAAAAAAAADtAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADVAAAAAAACAQ0AAAAAAAABLQAAAAAAAAFRAAAAAAACAQkAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAQkAAAAAAAAA/QAAAAAAAwFRAAAAAAACAQkAAAAAAAIBJQAAAAAAAAFBAAAAAAADAU0AAAAAAAIBiQAAAAAAAADdAAAAAAAAAP0AAAAAAAABAQAAAAAAAAEdAAAAAAAAAQEAAAAAAAABBQAAAAAAAAEhAAAAAAAAAPEAAAAAAAIBOQAAAAAAAADhAAAAAAAAAQEAAAAAAAAA8QAAAAAAAgEFAAAAAAAAANkAAAAAAAAA3QAAAAAAAAERAAAAAAACAREAAAAAAAABEQAAAAAAAAERAAAAAAACAQ0AAAAAAAIBBQAAAAAAAADxAAAAAAACARkAAAAAAAIBJQAAAAAAAgEBAAAAAAAAAQUAAAAAAAABKQAAAAAAAgEFAAAAAAACAQ0AAAAAAAAA+QAAAAAAAADlAAAAAAACAR0AAAAAAAIBFQAAAAAAAwFVAAAAAAAAANkAAAAAAAIBCQAAAAAAAQFNAAAAAAAAAOEAAAAAAAAA/QAAAAAAAADdAAAAAAAAAUUAAAAAAAAA3QAAAAAAAAD1AAAAAAAAANkAAAAAAAABHQAAAAAAAADlAAAAAAACARkAAAAAAAABJQAAAAAAAgEJAAAAAAAAgbUAAAAAAAABDQAAAAAAAAEVAAAAAAAAAP0AAAAAAAAA3QAAAAAAAgEVAAAAAAAAANUAAAAAAAIBJQAAAAAAAgEJAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAP0AAAAAAAIBDQAAAAAAA6IRAAAAAAACAQEAAAAAAAAA+QAAAAAAAIGlAAAAAAAAAQUAAAAAAAAA9QAAAAAAAAEFAAAAAAADAVEAAAAAAAIBOQAAAAAAAQFdAAAAAAAAAOkAAAAAAAAA+QAAAAAAAgENAAAAAAABAVUAAAAAAAIBGQAAAAAAAAERAAAAAAAAANkAAAAAAAAA+QAAAAAAAgEVAAAAAAAAATEAAAAAAAABBQAAAAAAAAEJAAAAAAACAUUAAAAAAAABCQAAAAAAAADpAAAAAAACAV0AAAAAAAABLQAAAAAAAADdAAAAAAAAAO0AAAAAAAABBQAAAAAAAADtAAAAAAAAAP0AAAAAAAIBNQAAAAAAAgEhAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAEJAAAAAAACAQEAAAAAAAABCQAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA5QAAAAAAAgENAAAAAAAAAPEAAAAAAAIBFQAAAAAAAAENAAAAAAAAgiUAAAAAAACBjQAAAAAAAAEBAAAAAAAAASUAAAAAAAAA4QAAAAAAAADxAAAAAAABAWUAAAAAAAIBGQAAAAAAAADdAAAAAAABAWUAAAAAAAAA/QAAAAAAAADdAAAAAAAAAQUAAAAAAAABEQAAAAAAAgEZAAAAAAAAAOUAAAAAAAAA8QAAAAAAAADlAAAAAAAAAPUAAAAAAAAA4QAAAAAAAgENAAAAAAAAAN0AAAAAAAIBPQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA+QAAAAAAAgF5AAAAAAAAANkAAAAAAAMBQQAAAAAAAgEBAAAAAAAAAOkAAAAAAAAA2QAAAAAAAAENAAAAAAACAQEAAAAAAAIBKQAAAAAAAAD5AAAAAAAAAPUAAAAAAAABEQAAAAAAAAE9AAAAAAABAUkAAAAAAAAA4QAAAAAAAAE1AAAAAAAAANkAAAAAAAABHQAAAAAAAAEFAAAAAAACASkAAAAAAAIBBQAAAAAAAgFBAAAAAAAAANUAAAAAAAAA/QAAAAAAAgElAAAAAAAAAPkAAAAAAAAA1QAAAAAAAADtAAAAAAAAAS0AAAAAAAMBTQAAAAAAAADpAAAAAAABAWUAAAAAAAAA5QAAAAAAAQF9AAAAAAAAAOEAAAAAAAEBQQAAAAAAAgEdAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAD5AAAAAAAAAOEAAAAAAAABFQAAAAAAAgEZAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADVAAAAAAAAAQkAAAAAAAABDQAAAAAAAADlAAAAAAAAANUAAAAAAAIBGQAAAAAAAgEdAAAAAAACAQUAAAAAAAIBEQAAAAAAAAEBAAAAAAAAAPUAAAAAAAAA3QAAAAAAAAEVAAAAAAACAQ0AAAAAAAABGQAAAAAAAADhAAAAAAAAAN0AAAAAAAAA1QAAAAAAAAFxAAAAAAAAAQUAAAAAAAABIQAAAAAAAADpAAAAAAACAQEAAAAAAAABOQAAAAAAAAEJAAAAAAACAQkAAAAAAAABEQAAAAAAAAD1AAAAAAAAANUAAAAAAAAA2QAAAAAAAAEJAAAAAAAAAOEAAAAAAAIBCQAAAAAAAgERAAAAAAACAR0AAAAAAAAA9QAAAAAAAADtAAAAAAAAAREAAAAAAAAA7QAAAAAAAADhAAAAAAAAANkAAAAAAAIBGQAAAAAAAgERAAAAAAAAAPUAAAAAAAAA1QAAAAAAAgEBAAAAAAACAQEAAAAAAAAA7QAAAAAAAADtAAAAAAAAASkAAAAAAAAA1QAAAAAAAAD9AAAAAAAAAQkAAAAAAAAA+QAAAAAAAAEBAAAAAAAAAOkAAAAAAAIBFQAAAAAAAADZAAAAAAAAAS0AAAAAAAMBRQAAAAAAAADdAAAAAAACARkAAAAAAAABEQAAAAAAAADtAAAAAAAAAQkAAAAAAAABHQAAAAAAAAEVAAAAAAAAAO0AAAAAAAAA+QAAAAAAAAEJAAAAAAAAAQEAAAAAAAIBFQAAAAAAAgEhAAAAAAACAQkAAAAAAAAA3QAAAAAAAAD1AAAAAAAAAOkAAAAAAAAA2QAAAAAAAAFVAAAAAAAAANkAAAAAAAAA+QAAAAAAAAEhAAAAAAACAQUAAAAAAAIBCQAAAAAAAAEFAAAAAAAAAUEAAAAAAAABDQAAAAAAAgENAAAAAAACAQkAAAAAAAAA+QAAAAAAAAEdAAAAAAAAAQkAAAAAAAAA+QAAAAAAAQFFAAAAAAACAUEAAAAAAAAA7QAAAAAAAAERAAAAAAAAAPEAAAAAAAAA5QAAAAAAAADlAAAAAAAAANUAAAAAAAAA1QAAAAAAAgEBAAAAAAAAARkAAAAAAAAA8QAAAAAAAAD9AAAAAAACAREAAAAAAAAA6QAAAAAAAAEVAAAAAAAAAPUAAAAAAAAA2QAAAAAAAgFlAAAAAAAAAN0AAAAAAAIBBQAAAAAAAgElAAAAAAAAAQUAAAAAAAABFQAAAAAAAgEBAAAAAAAAANUAAAAAAAAA3QAAAAAAAgElAAAAAAAAAP0AAAAAAAAA9QAAAAAAAwFBAAAAAAAAAOEAAAAAAAAA2QAAAAAAAgENAAAAAAAAAQEAAAAAAAIBCQAAAAAAAAD5AAAAAAAAAOkAAAAAAAABCQAAAAAAAAERAAAAAAAAAO0AAAAAAAIBAQAAAAAAAgEJAAAAAAAAANkAAAAAAAAA1QAAAAAAAADhAAAAAAACAREAAAAAAAABCQAAAAAAAADlAAAAAAAAAPkAAAAAAAAA9QAAAAAAAADlAAAAAAABAUUAAAAAAAAA9QAAAAAAAgEJAAAAAAACAQUAAAAAAAAA2QAAAAAAAADdAAAAAAAAAPUAAAAAAAABFQAAAAAAAAEVAAAAAAAAAPUAAAAAAAAA2QAAAAAAAADxAAAAAAAAAOUAAAAAAAABCQAAAAAAAgEVAAAAAAACAQUAAAAAAAAA4QAAAAAAAAD5AAAAAAACARUAAAAAAAIBBQAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA3QAAAAAAAgERAAAAAAAAAN0AAAAAAAAA9QAAAAAAAAEFAAAAAAAAAQUAAAAAAAAA1QAAAAAAAADhAAAAAAAAAP0AAAAAAAIBEQAAAAAAAADtAAAAAAAAAP0AAAAAAAABAQAAAAAAAADVAAAAAAAAAUEAAAAAAAAA4QAAAAAAAAD5AAAAAAACAQ0AAAAAAAABDQAAAAAAAgEhAAAAAAAAAPkAAAAAAAAA5QAAAAAAAAENAAAAAAAAAOkAAAAAAAIBFQAAAAAAAgEhAAAAAAACARUAAAAAAAABEQAAAAAAAADlAAAAAAAAAO0AAAAAAAAA1QAAAAAAAgEJAAAAAAACAQEAAAAAAAABEQAAAAAAAADhAAAAAAACASEAAAAAAAAA+QAAAAAAAADVAAAAAAAAANUAAAAAAAAA6QAAAAAAAADZAAAAAAACARUAAAAAAAAA3QAAAAAAAADhAAAAAAAAAOEAAAAAAAABEQAAAAAAAAEZAAAAAAAAAQUAAAAAAAABHQAAAAAAAAE5AAAAAAAAAUkAAAAAAAAA6QAAAAAAAADdAAAAAAACAQEAAAAAAAAA7QAAAAAAAwFhAAAAAAAAAOUAAAAAAAAA6QAAAAAAAAEJAAAAAAACAREAAAAAAAAA3QAAAAAAAADdAAAAAAAAAO0AAAAAAAAA7QAAAAAAAgEBAAAAAAACAQEAAAAAAAIBGQAAAAAAAAEBAAAAAAAAAOEAAAAAAAIBDQAAAAAAAAD1AAAAAAACAQkAAAAAAAAA1QAAAAAAAgEJAAAAAAAAAPEAAAAAAAMBVQAAAAAAAADpAAAAAAACAU0AAAAAAAAA8QAAAAAAAAEVAAAAAAAAAR0AAAAAAAABIQAAAAAAAgERAAAAAAAAAOUAAAAAAAABBQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA2QAAAAAAAAEFAAAAAAAAAN0AAAAAAAAA7QAAAAAAAADxAAAAAAAAANkAAAAAAAAA+QAAAAAAAADhAAAAAAAAAOkAAAAAAAABEQAAAAAAAAEhAAAAAAACASkAAAAAAAAA9QAAAAAAAADtAAAAAAAAAQUAAAAAAAAA1QAAAAAAAgEJAAAAAAACAQUAAAAAAAAA4QAAAAAAAAEVAAAAAAAAAR0AAAAAAAAA/QAAAAAAAgFNAAAAAAAAANkAAAAAAAAA6QAAAAAAAADVAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAENAAAAAAAAAR0AAAAAAAAA8QAAAAAAAADpAAAAAAAAANkAAAAAAAAA1QAAAAAAAgEBAAAAAAAAAOUAAAAAAAAA7QAAAAAAAgE5AAAAAAACAWEAAAAAAAAA/QAAAAAAAADVAAAAAAAAANUAAAAAAAIBFQAAAAAAAADxAAAAAAACAQUAAAAAAAAA4QAAAAAAAgFRAAAAAAACAQEAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAPkAAAAAAAAA8QAAAAAAAgENAAAAAAACAS0AAAAAAAIBLQAAAAAAAAEFAAAAAAAAAOkAAAAAAAIBBQAAAAAAAADhAAAAAAAAARUAAAAAAAABKQAAAAAAAADhAAAAAAAAAP0AAAAAAAAA7QAAAAAAAADVAAAAAAAAANUAAAAAAAIBBQAAAAAAAADlAAAAAAAAAPkAAAAAAAAA8QAAAAAAAAD5AAAAAAAAAOkAAAAAAAIBBQAAAAAAAADhAAAAAAAAAOEAAAAAAAEBSQAAAAAAAADhAAAAAAAAAPEAAAAAAAAA4QAAAAAAAADpAAAAAAAAAP0AAAAAAAAA8QAAAAAAAAD9AAAAAAAAAOEAAAAAAAABDQAAAAAAAADtAAAAAAAAAQUAAAAAAAIBEQAAAAAAAgEpAAAAAAACAQUAAAAAAAIBGQAAAAAAAADhAAAAAAAAAU0AAAAAAAIBCQAAAAAAAgERAAAAAAAAAQkAAAAAAAIBCQAAAAAAAADhAAAAAAAAAPkAAAAAAAIBFQAAAAAAAADhAAAAAAAAAPUAAAAAAAABGQAAAAAAAADZAAAAAAAAASUAAAAAAAAA3QAAAAAAAADZAAAAAAACAR0AAAAAAAAA4QAAAAAAAADdAAAAAAAAAOEAAAAAAAABAQAAAAAAAAEJAAAAAAAAAOEAAAAAAAAA5QAAAAAAAAEBAAAAAAAAAOUAAAAAAAAA/QAAAAAAAQFJAAAAAAAAANUAAAAAAAABCQAAAAAAAADZAAAAAAAAAPUAAAAAAAIBDQAAAAAAAADlAAAAAAAAAQEAAAAAAAAA/QAAAAAAAAEBAAAAAAAAAOkAAAAAAAIBBQAAAAAAAADdAAAAAAAAAQUAAAAAAAIBJQAAAAAAAgEVAAAAAAAAANUAAAAAAAAA5QAAAAAAAAEFAAAAAAACARUAAAAAAAAA7QAAAAAAAAEBAAAAAAAAANUAAAAAAAABEQAAAAAAAwFBAAAAAAAAAOEAAAAAAAIBBQAAAAAAAADVAAAAAAAAANUAAAAAAAAA1QAAAAAAAADhAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADVAAAAAAAAAQkAAAAAAAAA/QAAAAAAAAD5AAAAAAAAAP0AAAAAAAAA/QAAAAAAAAEdAAAAAAAAANkAAAAAAAIBBQAAAAAAAgEJAAAAAAACAQEAAAAAAAAA+QAAAAAAAADhAAAAAAACAQEAAAAAAAABFQAAAAAAAAD1AAAAAAAAAO0AAAAAAAABAQAAAAAAAADZAAAAAAAAAPkAAAAAAAAA3QAAAAAAAADhAAAAAAAAAOkAAAAAAAABCQAAAAAAAADVAAAAAAAAAOEAAAAAAAAA1QAAAAAAAADVAAAAAAAAAPEAAAAAAAAA3QAAAAAAAADxAAAAAAAAAQUAAAAAAAAA8QAAAAAAAADtAAAAAAACAQkAAAAAAAAA3QAAAAAAAADtAAAAAAAAANUAAAAAAAAA+QAAAAAAAADdAAAAAAAAAPUAAAAAAAAA5QAAAAAAAADxAAAAAAAAATEAAAAAAAABDQAAAAAAAAD1AAAAAAACATUAAAAAAAABCQAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA/QAAAAAAAgENAAAAAAAAAN0AAAAAAAAA4QAAAAAAAgEBAAAAAAAAAOUAAAAAAAAA6QAAAAAAAAD5AAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADVAAAAAAAAAPkAAAAAAAAA9QAAAAAAAADdAAAAAAAAAOkAAAAAAAIBKQAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA+QAAAAAAAAEBAAAAAAAAAN0AAAAAAAAA9QAAAAAAAgE5AAAAAAAAAN0AAAAAAAAA5QAAAAAAAADVAAAAAAAAANkA=</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=51" index="50" defaultArrayLength="1398">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="287.157" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.909" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.39" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14912">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14912">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=52" index="51" defaultArrayLength="1371">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="287.495" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.091" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.95" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14624">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14624">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=53" index="52" defaultArrayLength="1347">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="287.832" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="108.083" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.68" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14368">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14368">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=54" index="53" defaultArrayLength="1339">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="288.168" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.952" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.34" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14284">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14284">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=55" index="54" defaultArrayLength="1407">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="288.505" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="113.018" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.81" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15008">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15008">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=56" index="55" defaultArrayLength="1414">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="288.841" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.5377" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="999.404" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15084">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15084">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=57" index="56" defaultArrayLength="1335">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="289.177" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.844" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.05" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14240">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14240">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=58" index="57" defaultArrayLength="1371">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="289.514" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.0429" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.35" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14624">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAgL7CV0AAAADAsIJZQAAAAACVRVtAAAAA4GLtW0AAAABgTj5dQAAAAGCUhl1AAAAA4IO+XUAAAACg2UReQAAAAECogV5AAAAAQFiGXkAAAACgNMZeQAAAAOAEA19AAAAAQCFFX0AAAAAAXoBfQAAAAIADhl9AAAAAQIcBYEAAAADg+RVgQAAAAAASGmBAAAAAYJ0gYEAAAAAASCNgQAAAAIBDQGBAAAAAQEhHYEAAAABgz4BgQAAAAEAQg2BAAAAA4NCgYEAAAAAAebRgQAAAACBcw2BAAAAAYDDeYEAAAADAluFgQAAAAKBtAmFAAAAAYFshYUAAAACA40FhQAAAAAAIRGFAAAAAgL1iYUAAAAAAhmRhQAAAAGBHgGFAAAAAwE2eYUAAAADAW6NhQAAAAMDks2FAAAAAAJe+YUAAAADgocFhQAAAAAB58WFAAAAA4PT2YUAAAABgNQJiQAAAAAAKIWJAAAAAwEclYkAAAABA1j1iQAAAAIAmQWJAAAAAgOhQYkAAAACAKmNiQAAAACCSgmJAAAAAAGKUYkAAAADg6ZxiQAAAAMDenmJAAAAAwOuhYkAAAADAC8JiQAAAAOB74WJAAAAAYH0DY0AAAABAVx5jQAAAAOAtImNAAAAAgDA/Y0AAAACAU0NjQAAAAICrRWNAAAAAYJBRY0AAAABAtmNjQAAAAMDFk2NAAAAAwO+eY0AAAABA1KJjQAAAAIDyv2NAAAAAYKfPY0AAAABA0N5jQAAAACB942NAAAAA4GkAZEAAAADg+x9kQAAAACDPIWRAAAAAYLNBZEAAAAAAJWJkQAAAAMCbn2RAAAAAwAeiZEAAAABAAr9kQAAAAIDhwmRAAAAAYELiZEAAAABAZQFlQAAAAGA4HmVAAAAAgOEjZUAAAACgDkRlQAAAAMD/YmVAAAAAIJF/ZUAAAACACZBlQAAAAKDzomVAAAAAIIvDZUAAAABAbeJlQAAAAMCjCmZAAAAAgLwhZkAAAAAAJy9mQAAAAODzQWZAAAAAQNBgZkAAAAAg/2NmQAAAAMBog2ZAAAAAIOWhZkAAAADAPaRmQAAAAAChvGZAAAAAIPvBZkAAAACgg+FmQAAAAABY8GZAAAAAoLAAZ0AAAAAgvwJnQAAAACDoHmdAAAAAQCshZ0AAAAAgpkJnQAAAAGCmXmdAAAAAAK9iZ0AAAACgoHJnQAAAAGBgg2dAAAAAoHmjZ0AAAABAw8NnQAAAACCv4WdAAAAA4EnyZ0AAAABAYANoQAAAACAxEmhAAAAAAG4haEAAAABAcT9oQAAAAGDTQmhAAAAAoDpSaEAAAACA1GJoQAAAAIBBg2hAAAAAIESdaEAAAABAhaJoQAAAAGBhv2hAAAAAYKDDaEAAAACgO+BoQAAAAABK5GhAAAAAQLMAaUAAAADg9SJpQAAAAGChJWlAAAAAICdBaUAAAACA+0NpQAAAACDBYmlAAAAAoLSSaUAAAACA3aNpQAAAACDxwWlAAAAAgEzTaUAAAADA3N5pQAAAAAD+42lAAAAAoHQEakAAAADg1yJqQAAAAGC1MGpAAAAAgFNDakAAAADg+FFqQAAAAMABXWpAAAAA4HdjakAAAADA13ZqQAAAAGCrgmpAAAAAYGOTakAAAAAgU59qQAAAACC6oWpAAAAAoJCkakAAAADAO7JqQAAAAGDDw2pAAAAAYLLSakAAAADgSd1qQAAAAAAg42pAAAAAgEsDa0AAAABgAh5rQAAAAAAPImtAAAAAYI0za0AAAACA/UNrQAAAAIDSXWtAAAAA4Fdja0AAAACg9n5rQAAAACBVgmtAAAAAIL+Ea0AAAABA9p1rQAAAAOBloWtAAAAAYDmka0AAAABA/LJrQAAAAKBfw2tAAAAAAK7Na0AAAACgVNNrQAAAAKDE12tAAAAA4K7ba0AAAABg391rQAAAAMB842tAAAAAgLLya0AAAACAkQNsQAAAAKBcI2xAAAAAIJMubEAAAADgvDJsQAAAAOCdQ2xAAAAAwGpebEAAAADgcGVsQAAAAGAxbWxAAAAAAD9xbEAAAABAJ39sQAAAAGABg2xAAAAAgPOIbEAAAADg5I5sQAAAAGBHoGxAAAAA4AqkbEAAAABgr7JsQAAAAKBdwWxAAAAAoCzFbEAAAACgVONsQAAAAOBf5mxAAAAAwB/tbEAAAACA1fdsQAAAAGCo/mxAAAAAgJQBbUAAAAAgOSBtQAAAAAClJG1AAAAA4EAubUAAAADAIDNtQAAAAKBhRG1AAAAAYJFebUAAAAAgLmNtQAAAAOA2gW1AAAAAgPGDbUAAAABgPJ9tQAAAAOCqom1AAAAAABilbUAAAABgarFtQAAAAEBOwW1AAAAAwIzEbUAAAABAOt5tQAAAAEAi421AAAAAoMvybUAAAADAlgJuQAAAAABQIW5AAAAAgGEkbkAAAABg2D5uQAAAAMC3Qm5AAAAAgIlFbkAAAACAOF1uQAAAAECvZG5AAAAAwMB/bkAAAACA0YNuQAAAACAIpG5AAAAA4CPCbkAAAAAA491uQAAAACBw5G5AAAAAwGECb0AAAADgFyBvQAAAAGAmJG9AAAAAwG0ob0AAAACAVTRvQAAAAMAYQm9AAAAAQNhdb0AAAAAAtmBvQAAAAEBIZG9AAAAAQIqAb0AAAADgH4RvQAAAAGDqnW9AAAAAoPSjb0AAAABA179vQAAAAAATxm9AAAAAICvQb0AAAACgXN5vQAAAAADU4G9AAAAAAP3kb0AAAADAwe1vQAAAAAC0/29AAAAAgDMCcEAAAACAJQRwQAAAACDsDnBAAAAAoOARcEAAAACADRRwQAAAAKC3IHBAAAAAALMicEAAAABgBypwQAAAAMC4MnBAAAAAoFE/cEAAAAAAwUBwQAAAACDNQnBAAAAAQPtJcEAAAACg+U5wQAAAACB9UXBAAAAA4H9XcEAAAACgi1lwQAAAAKBDYXBAAAAAQJlicEAAAADgoGhwQAAAAIDgcXBAAAAAwIFzcEAAAAAAJIFwQAAAAEBjgnBAAAAAYI2EcEAAAAAgn4ZwQAAAAMD0jnBAAAAAoMmQcEAAAACABJJwQAAAAID8k3BAAAAAwLCYcEAAAABAy55wQAAAAMD0oXBAAAAAQLWpcEAAAACgjK5wQAAAAODNsXBAAAAAIC3CcEAAAADAbtBwQAAAAGBm0nBAAAAAAMTUcEAAAABg4OFwQAAAAOC85XBAAAAAgCrqcEAAAAAAQ+5wQAAAAKD273BAAAAAQDDycEAAAABg5/5wQAAAAKA7AXFAAAAAYBYOcUAAAACAwA9xQAAAAGA4EnFAAAAAYHEgcUAAAADAHSJxQAAAAIBELnFAAAAA4IsycUAAAABArEFxQAAAAOAkR3FAAAAAgGdPcUAAAADgalJxQAAAAIBCYnFAAAAAQPVpcUAAAADALnBxQAAAAGAfcnFAAAAAIIx5cUAAAABgYYFxQAAAAIDvgnFAAAAAoNWGcUAAAADAAY9xQAAAAGCrkXFAAAAAwMWScUAAAACgSKJxQAAAACAHpHFAAAAAQK2ocUAAAABgX69xQAAAAKBjsnFAAAAAQGfAcUAAAABAcsJxQAAAAGAgxXFAAAAAID/ScUAAAADg0dRxQAAAACA34HFAAAAAAEjicUAAAABgzOlxQAAAAEAG73FAAAAAoMnwcUAAAAAgC/JxQAAAAOBc/nFAAAAAQO//cUAAAADgbgJyQAAAAACCCnJAAAAA4K0OckAAAABASxJyQAAAAMAIGHJAAAAAQLkeckAAAACAOSJyQAAAACBUJHJAAAAAoCswckAAAAAgZDJyQAAAAMAxN3JAAAAA4EpCckAAAABg/0lyQAAAAICpTnJAAAAAQGZRckAAAAAAzVJyQAAAAOCjXnJAAAAAIDBhckAAAADAoWJyQAAAACCrb3JAAAAAgExyckAAAADg13lyQAAAAOCmfnJAAAAAIEKCckAAAACAb4NyQAAAAKDIjnJAAAAAANWSckAAAADAuphyQAAAAABTnnJAAAAA4DSickAAAACg+61yQAAAAIAGsnJAAAAAwIa7ckAAAADA78ByQAAAAICJw3JAAAAAAAnHckAAAADgz9FyQAAAACD00nJAAAAAYLjgckAAAACgOuJyQAAAAIBD7nJAAAAA4CjyckAAAABgQgNzQAAAAABMDnNAAAAAIG8Sc0AAAAAgTRlzQAAAAGB8InNAAAAAoA8pc0AAAAAg/y1zQAAAAGBqMnNAAAAAIHJCc0AAAABAzlJzQAAAAMD5YXNAAAAAoLByc0AAAACACH9zQAAAAIBIgXNAAAAAAFuSc0AAAACgVZxzQAAAAACbonNAAAAAYCitc0AAAACgbbJzQAAAAOBjwnNAAAAAQDLKc0AAAADgSM9zQAAAAOCQ0nNAAAAA4ITXc0AAAAAgB9tzQAAAACAZ4HNAAAAAgF7ic0AAAADAv+lzQAAAAADg7nNAAAAAgMPyc0AAAABAav9zQAAAAKDkAXRAAAAAgCcEdEAAAADgwgh0QAAAAKA+DXRAAAAAQMYSdEAAAABAxhl0QAAAAKAtG3RAAAAA4CIhdEAAAAAA3C90QAAAACAWM3RAAAAAAPZBdEAAAAAAkEN0QAAAAID2UHRAAAAAYLtSdEAAAABAyV50QAAAAIBPY3RAAAAAwE9wdEAAAAAgrnJ0QAAAAEA6gXRAAAAAgGaEdEAAAACgR450QAAAAEDlj3RAAAAAQGCSdEAAAADAeJV0QAAAAEBOonRAAAAAgOmmdEAAAAAgerJ0QAAAAAD/wHRAAAAAgOLCdEAAAADgHc50QAAAAMBc0HRAAAAA4MLSdEAAAAAAONh0QAAAAADK4nRAAAAAAKTudEAAAACgyvJ0QAAAACDz+nRAAAAAQD4BdUAAAAAg4QJ1QAAAAKAzCHVAAAAAQK8NdUAAAACAgQ91QAAAAIBLE3VAAAAAoO4idUAAAADABid1QAAAAIBuLnVAAAAAYP8ydUAAAACgNUF1QAAAAOCUQnVAAAAAQFZOdUAAAACg9k91QAAAAGA1U3VAAAAAoGxjdUAAAACARmt1QAAAAIBycnVAAAAAgE10dUAAAACgInd1QAAAAAAygHVAAAAAABOCdUAAAAAgVIp1QAAAAABKkHVAAAAA4PySdUAAAACgMZ51QAAAAMDYrnVAAAAA4K2ydUAAAADA0LR1QAAAAKBRtnVAAAAAQI6+dUAAAADgfcJ1QAAAAGBu0nVAAAAAYDbadUAAAAAgK+N1QAAAACAc6HVAAAAAwCfudUAAAAAgO/J1QAAAAMDZ9XVAAAAA4Pv+dUAAAADA5gJ2QAAAAGC9EnZAAAAAYO4XdkAAAAAA0SF2QAAAAAC0I3ZAAAAAwLIndkAAAADgqy12QAAAAGDJMnZAAAAAII1BdkAAAADAKEN2QAAAAICDUnZAAAAAoHNgdkAAAACgqWJ2QAAAAAApc3ZAAAAAAMmCdkAAAABAT492QAAAACDVknZAAAAAwOeedkAAAABAs6J2QAAAACDupXZAAAAAICGudkAAAADgI7N2QAAAAGBewnZAAAAAIDvPdkAAAADAV9N2QAAAAOBD13ZAAAAAQIjZdkAAAAAApOB2QAAAAKCG43ZAAAAAgCjvdkAAAACgxvJ2QAAAAKD6+3ZAAAAAABMEd0AAAACgRAl3QAAAAMDKDXdAAAAAIMwTd0AAAAAg3yN3QAAAAGDXM3dAAAAAIJhCd0AAAABgi053QAAAAEB7UndAAAAAIMJbd0AAAACAxWJ3QAAAACBra3dAAAAAAMdwd0AAAABg+HJ3QAAAACD3f3dAAAAAYP2Cd0AAAACAwIl3QAAAAGAmj3dAAAAAIOmSd0AAAACg75t3QAAAAODbo3dAAAAAIEaud0AAAABArbJ3QAAAAMDlwndAAAAAQFTTd0AAAAAA4953QAAAAGAR4ndAAAAAQHnwd0AAAAAg6vJ3QAAAAKCQD3hAAAAAoK8SeEAAAABAuxt4QAAAAEAiH3hAAAAAYDEkeEAAAACg4yh4QAAAAOAKL3hAAAAAAIQyeEAAAACgXjR4QAAAAID1Q3hAAAAAIItQeEAAAAAA4lJ4QAAAAGBCW3hAAAAAgBdeeEAAAADgf194QAAAAIB5YnhAAAAA4PlteEAAAABgH3B4QAAAACDTcnhAAAAAQEx/eEAAAADgcYN4QAAAAKC6jnhAAAAAwKWSeEAAAADAPJR4QAAAAKBKo3hAAAAAgMuqeEAAAABgOq54QAAAAODssnhAAAAA4BDCeEAAAACAjsl4QAAAAAAj0nhAAAAAwDDfeEAAAABACuF4QAAAAMDhA3lAAAAAYBsTeUAAAABgPyN5QAAAAMCuL3lAAAAAQE4zeUAAAADANjZ5QAAAAKATQ3lAAAAAgFdSeUAAAACg4GJ5QAAAAMBybnlAAAAAoMlyeUAAAACAuX15QAAAAKDsg3lAAAAAgOKIeUAAAABAB415QAAAAKCQkHlAAAAAQPKTeUAAAACgE6R5QAAAAABPqHlAAAAAAJateUAAAAAg5rJ5QAAAAICUtnlAAAAAIHu6eUAAAADg08N5QAAAAOCSzHlAAAAAAC7PeUAAAADAP9J5QAAAAIB61HlAAAAAgKLeeUAAAAAAneJ5QAAAAAAX5XlAAAAAoJroeUAAAABAMO55QAAAAMDd73lAAAAAAATzeUAAAABgZf95QAAAAOBIAnpAAAAA4DYJekAAAABgIxJ6QAAAACB7HHpAAAAAICojekAAAADgYDJ6QAAAAIDJNHpAAAAA4EpDekAAAACgXVN6QAAAAMCTYnpAAAAAoJpjekAAAABAEXN6QAAAAEDkfHpAAAAAoO9/ekAAAADgboN6QAAAAED6h3pAAAAA4F2OekAAAACgWpB6QAAAACAqknpAAAAAIMOUekAAAAAge5h6QAAAAGDnnnpAAAAAQNyiekAAAACAnq96QAAAAADKsnpAAAAA4Ne/ekAAAABgu8R6QAAAAOBSzXpAAAAAIA/TekAAAACgCd96QAAAAOAS5HpAAAAA4J/uekAAAAAA7PJ6QAAAACAd/npAAAAAoAgCe0AAAADAWwd7QAAAACDoDntAAAAAgOQSe0AAAABgqB97QAAAAMB3I3tAAAAAwBwqe0AAAACAQi17QAAAAEBmM3tAAAAA4DE5e0AAAADAij97QAAAACCBQntAAAAAAPZQe0AAAABgsFR7QAAAAAACXntAAAAAYH5ge0AAAADgzmJ7QAAAAKCmcHtAAAAA4Dt0e0AAAACgFIB7QAAAAEDkhHtAAAAAwFOTe0AAAACAT5d7QAAAAKAIoXtAAAAAADime0AAAABgp697QAAAAAAIsntAAAAAYHC/e0AAAAAgh8N7QAAAAAALzntAAAAAYITTe0AAAAAg/t17QAAAAGDK8ntAAAAAYIQCfEAAAAAAphN8QAAAAGDgH3xAAAAAoN4ifEAAAAAAZjN8QAAAAMAvQ3xAAAAAALpEfEAAAAAAcVB8QAAAAGAwU3xAAAAA4KJdfEAAAADAJmR8QAAAAGA0anxAAAAAYBeAfEAAAACgrYV8QAAAAODajXxAAAAAYKWTfEAAAADgrZ18QAAAAKB+oHxAAAAA4Km0fEAAAABgXr18QAAAACDjwXxAAAAA4OnEfEAAAAAgOtN8QAAAAKDN3HxAAAAAwPfjfEAAAACA5fN8QAAAAKBH/3xAAAAA4IcBfUAAAAAAiwN9QAAAAGD7Dn1AAAAAIHsRfUAAAAAg2RZ9QAAAAMBrI31AAAAA4KclfUAAAADArCx9QAAAAAALMX1AAAAA4Bg0fUAAAACArTh9QAAAAKBDU31AAAAAID5VfUAAAADATGF9QAAAAAAfY31AAAAAIFdlfUAAAABg/G59QAAAAEBwcn1AAAAAoPZ0fUAAAAAg5Xl9QAAAAMASgH1AAAAAQAqDfUAAAACARJB9QAAAACA8lH1AAAAAwGeefUAAAABgvah9QAAAAMDgs31AAAAAIGW6fUAAAADgMMR9QAAAAABM1H1AAAAA4OPkfUAAAABAhed9QAAAAGDD7n1AAAAA4G/yfUAAAACAXAV+QAAAAKCID35AAAAAAFETfkAAAAAghxV+QAAAACDjH35AAAAAwLcjfkAAAAAghy1+QAAAAOC6M35AAAAAIFI3fkAAAABAiUB+QAAAAACZRH5AAAAAIEZOfkAAAADgaFV+QAAAACAkYX5AAAAAQCZlfkAAAACAAG5+QAAAACClcH5AAAAAIG5+fkAAAABAu4R+QAAAAGASlX5AAAAA4LSjfkAAAADAubF+QAAAACAUtX5AAAAAADu/fkAAAAAAMMN+QAAAAABbzn5AAAAAAP7QfkAAAACgw9N+QAAAAGDN1n5AAAAAwGrhfkAAAABA7uN+QAAAAEAC735AAAAAwLXxfkAAAABAT/x+QAAAAGBLCX9AAAAAQPEOf0AAAADAPCV/QAAAAOBNLX9AAAAA4Eg1f0AAAACAcTh/QAAAAAC+Pn9AAAAAoI1Cf0AAAABAMEZ/QAAAAAAaVH9AAAAA4N1ef0AAAAAA+GJ/QAAAAGADZX9AAAAA4MBof0AAAADAlm5/QAAAAOBudH9AAAAA4Bx4f0AAAAAAhpR/QAAAACBKon9AAAAAAH2kf0AAAAAAsLR/QAAAAAAqxX9AAAAAAP/Pf0AAAABgQdR/QAAAAEBY5X9AAAAAoAfvf0AAAABgt/R/QAAAAOCQ/39AAAAAQHcKgEAAAACApw2AQAAAAGBgEYBAAAAAAL4SgEAAAAAgwhmAQAAAAGBzIoBAAAAAAOcmgEAAAABADCqAQAAAAAANMIBAAAAAACA6gEAAAADAoECAQAAAAEAGQoBAAAAAwEVHgEAAAABgf0qAQAAAAOAzTYBAAAAAYCVOgEAAAABAd1KAQAAAAEAJWIBAAAAA4ItZgEAAAABgx1uAQAAAAEDVXoBAAAAAgBlngEAAAACAn2mAQAAAACCqaoBAAAAAoAZsgEAAAADAOXKAQAAAAOBbc4BAAAAAANx4gEAAAADAlXyAQAAAAOA6iYBAAAAAQF+OgEAAAABAbpKAQAAAAABblYBAAAAAAI6igEAAAADAwaWAQAAAAGCdp4BAAAAAYLCpgEAAAADgNrGAQAAAAMBhuoBAAAAAIK+9gEAAAABgYMKAQAAAAIBExoBAAAAAAJrKgEAAAAAAkNKAQAAAAGCD14BAAAAAQJDZgEAAAABAw9uAQAAAAMAo6YBAAAAAgK7qgEAAAABgLO6AQAAAAKB88IBAAAAAQKPzgEAAAAAAYfeAQAAAAKC++IBAAAAAYPn/gEAAAABAswaBQAAAAGDnB4FAAAAAIBYKgUAAAADAmwyBQAAAAABUDoFAAAAA4JgPgUAAAACA2BCBQAAAAACCEoFAAAAAoL0WgUAAAACgYRmBQAAAAEB7GoFAAAAAQP0fgUAAAADAWSKBQAAAAGAPKoFAAAAA4OEvgUAAAABg0zGBQAAAAOBfNIFAAAAAIJE2gUAAAACgTzqBQAAAACBjPoFAAAAAYBxCgUAAAABAw0iBQAAAACA5UoFAAAAAYBxagUAAAAAA3WGBQAAAAACXZIFAAAAA4M9ogUAAAACgTGqBQAAAAGALa4FAAAAA4P9sgUAAAACgpm6BQAAAAKCsdoFAAAAAoHV6gUAAAADgf4GBQAAAAECikoFAAAAAgGOagUAAAACAZ56BQAAAAMB7n4FAAAAAQMukgUAAAADgDqaBQAAAAIAZp4FAAAAAAJipgUAAAAAg37GBQAAAAKDYuYFAAAAAAOC7gUAAAABAY76BQAAAAGBqv4FAAAAA4C/KgUAAAADgmteBQAAAAAAJ4YFAAAAAgHPngUAAAABguO2BQAAAAMB+94FAAAAAAKr5gUAAAADAiQqCQAAAAECGEYJAAAAAIBsZgkAAAABAKSqCQAAAAIAfLoJAAAAAYF8wgkAAAADgIDiCQAAAAOCWQYJAAAAAYLVEgkAAAAAAbUeCQAAAAOC3SIJAAAAAIB5NgkAAAACgll6CQAAAAIA7YYJAAAAAAD5qgkAAAACAo22CQAAAAKCZboJAAAAAQDtzgkAAAABAuHqCQAAAAEBrgoJAAAAAgO2KgkAAAACgZo6CQAAAAGBbkoJAAAAAIOyWgkAAAAAgdZiCQAAAAEDBmoJAAAAAQH2cgkAAAAAABJ+CQAAAAKCHoIJAAAAAAE+hgkAAAADAeKaCQAAAAACUrIJAAAAAwOWtgkAAAAAAgLKCQAAAAIB2toJAAAAAIEi7gkAAAAAA97+CQAAAACArxYJAAAAA4DTHgkAAAABA4ciCQAAAAEDgyoJAAAAA4HjQgkAAAABg89GCQAAAAKBJ14JAAAAA4KfZgkAAAABAlduCQAAAAMDa3YJAAAAA4NjmgkAAAADgVOqCQAAAAOC67oJAAAAAwEv7gkAAAACgiQeDQAAAAKDUCYNAAAAAYFQOg0AAAACgTA+DQAAAAICSGYNAAAAAACAdg0AAAADAbR+DQAAAAGCyKYNAAAAAQOU3g0AAAACg3jmDQAAAAOB8Q4NAAAAAgANHg0AAAADA2kuDQAAAAABZT4NAAAAAgPhXg0AAAACgvVqDQAAAAOB8X4NAAAAAIOJig0AAAADAQWaDQAAAAMB0Z4NAAAAAIDdug0AAAAAg6HKDQAAAAIDTdoNAAAAAgA9/g0AAAACAWIiDQAAAACBwioNAAAAAQF2Lg0AAAAAguo6DQAAAAMDymYNAAAAAYOuag0AAAAAgiJ6DQAAAAKC/oYNAAAAA4MKig0AAAAAARaaDQAAAAACOp4NAAAAAANarg0AAAADA5baDQAAAAADot4NAAAAAwFy6g0AAAAAAq76DQAAAAGCpv4NAAAAAQLPCg0AAAABAbMeDQAAAAAARyYNAAAAAAEbKg0AAAAAgoMyDQAAAACCLz4NAAAAAYHfig0AAAAAAiPKDQAAAAAAd9YNAAAAAYPz2g0AAAACAM/qDQAAAAIA2BYRAAAAAAL8HhEAAAACA6QmEQAAAAEB6H4RAAAAAIHYihEAAAACgSSqEQAAAAEBSK4RAAAAAwJkvhEAAAABAKDGEQAAAAACXOoRAAAAAgIJFhEAAAABg6kaEQAAAAEAFWYRAAAAA4P1ghEAAAADAF2OEQAAAAICYbYRAAAAAIJ52hEAAAADAM3uEQAAAAMAHf4RAAAAAYOSJhEAAAABgdY6EQAAAAKARmIRAAAAAoNeahEAAAABAsJyEQAAAAODRoYRAAAAAIGemhEAAAAAA1q6EQAAAAGDvsYRAAAAAIES0hEAAAADAXbeEQAAAAIBHvoRAAAAAYIa/hEAAAAAgMsOEQAAAAKCMx4RAAAAA4GvNhEAAAABgLdKEQAAAAIB004RAAAAAQInXhEAAAADg/uGEQAAAAMCM44RAAAAAoJrmhEAAAACAn+uEQAAAACAt9oRAAAAAYOUChUAAAAAg0AaFQAAAAEAdF4VAAAAAgDYchUAAAAAAHiOFQAAAAICzJ4VAAAAAYDUxhUAAAACAkzKFQAAAAECMP4VAAAAAICtGhUAAAADgP0eFQAAAAGBTSoVAAAAAIIlLhUAAAAAA91KFQAAAAIB6V4VAAAAAoJRihUAAAACgmGaFQAAAACCabYVAAAAAIA5vhUAAAAAgnnaFQAAAAEA1eoVAAAAAIJV+hUAAAACgaYGFQAAAAKBKjoVAAAAAwGSfhUAAAADgdKqFQAAAAKDlr4VAAAAAIOeyhUAAAABg47aFQAAAAMChvIVAAAAA4EbChUAAAADga8eFQAAAAED4zoVAAAAAQFLahUAAAADAQ+CFQAAAAIAs44VAAAAAYJTrhUAAAACAzu+FQAAAAKDm+4VAAAAAgEX/hUAAAABg/wKGQAAAAAAYD4ZAAAAAAN4VhkAAAABgLxyGQAAAAKBiHYZAAAAA4KUehkAAAAAgNySGQAAAAMBgK4ZAAAAAoAwvhkAAAACg9y+GQAAAACC2NYZAAAAAQMQ3hkAAAACApEiGQAAAAGBQT4ZAAAAAQDlYhkAAAAAgFFqGQAAAAEAnW4ZAAAAA4H5ehkAAAAAgSmaGQAAAAKACaoZAAAAAoBRxhkAAAACAjHaGQAAAAGA1f4ZAAAAAYPWBhkAAAAAgQI6GQAAAAODbkoZAAAAAYE+ehkAAAABgcqOGQAAAAKARrIZAAAAAgHSyhkAAAAAAArSGQAAAAIAvt4ZAAAAA4Ja5hkAAAAAgCMOGQAAAAEDzx4ZAAAAAIKnOhkAAAACANdCGQAAAAODS1YZAAAAAQInehkAAAACAleKGQAAAAGDL44ZAAAAAACXnhkAAAACgbvOGQAAAAID69YZAAAAAYHX4hkAAAABA+v2GQAAAACB8B4dAAAAA4JQKh0AAAABgyg6HQAAAAOCEFodAAAAAgAsah0AAAADgmhyHQAAAAEDCIYdAAAAAwIAmh0AAAABA2SiHQAAAACDeNodAAAAAgHZDh0AAAABgAkuHQAAAACBuVodAAAAA4EVfh0AAAAAgEGOHQAAAAMCAb4dAAAAAgIt2h0AAAACgvniHQAAAAKD9fYdAAAAAAC2Kh0AAAACgj5OHQAAAAEAkl4dAAAAAoMmih0AAAADgfKeHQAAAAIDqqYdAAAAAALevh0AAAABgYraHQAAAACBozodAAAAAYGrTh0AAAADgOt2HQAAAAGBP3odAAAAAAF3mh0AAAACAlu2HQAAAACBv8IdAAAAAIJj+h0AAAAAAuQCIQAAAAAD7AohAAAAAQOkEiEAAAAAA4waIQAAAAACQCohAAAAA4P0NiEAAAAAAqRGIQAAAAMDwF4hAAAAAAJgaiEAAAACgpymIQAAAAIDdKohAAAAAoJ42iEAAAABgZEOIQAAAAMDqR4hAAAAAYDtPiEAAAAAAHlKIQAAAAMDcXYhAAAAAYEtfiEAAAABgDGaIQAAAAECcb4hAAAAAICh2iEAAAAAA5YaIQAAAAMAxjohAAAAAIG+WiEAAAADAvZiIQAAAAAAEmohAAAAAoBqniEAAAACAt6qIQAAAAIB5tYhAAAAAYOq7iEAAAADgkb+IQAAAAKCexohAAAAAQB7KiEAAAADAX/OIQAAAAOB++IhAAAAAYKT6iEAAAADA8P6IQAAAAAAaD4lAAAAAwKgRiUAAAABA3SKJQAAAACAiJIlAAAAAYCAmiUAAAACgUC6JQAAAAKAIM4lAAAAAQD03iUAAAAAAqzqJQAAAACAmQYlAAAAA4NZLiUAAAAAgaFuJQAAAAECsX4lAAAAAAA5jiUAAAAAAnWuJQAAAAADYdolAAAAAwN93iUAAAAAgDHyJQAAAAODOg4lAAAAAQIaLiUAAAAAgQY+JQAAAAODelIlAAAAAQKeYiUAAAAAg+qaJQAAAAEBWqolAAAAAgOWviUAAAAAAJbuJQAAAAGDewIlAAAAAQN/WiUAAAAAAXd6JQAAAAOCV4olAAAAAgEPpiUAAAACARe6JQAAAAKCr8olAAAAAQJj6iUAAAACgpwqKQAAAAEAcEopAAAAAQBEfikAAAABgwzaKQAAAAACLPIpAAAAAoBA+ikAAAADgkUyKQAAAAAD9ZopAAAAAIEJwikAAAAAgHHOKQAAAAOAhf4pAAAAAgAKCikAAAABgZ4eKQAAAAGDrl4pAAAAAoHqaikAAAABgW56KQAAAAGCxtYpAAAAA4MW6ikAAAADg0sGKQAAAAOCYzIpAAAAAoFHzikAAAAAgU/eKQAAAAOBw+opAAAAA4IUEi0AAAACgCQmLQAAAAGD6GItAAAAAoBgai0AAAAAgXiaLQAAAAIBBRotAAAAAYLBLi0AAAABglmGLQAAAAIBbZ4tAAAAAwLOGi0AAAACA2Y6LQAAAAICokYtAAAAAACmWi0AAAAAgQZeLQAAAAODJmotAAAAAQEqmi0AAAACANKyLQAAAAAAOwItAAAAAAF7Oi0AAAABAyvmLQAAAAGAv/ItAAAAAQNUKjEAAAADgMRaMQAAAAOAmL4xAAAAAYCUyjEAAAAAgFkuMQAAAAOCSYIxAAAAA4FhijEAAAAAA026MQAAAAIDAdoxAAAAAoF99jEAAAAAga4uMQAAAAMBkl4xAAAAAIJ6kjEAAAADAyaeMQAAAAIDprYxAAAAAYA+3jEAAAAAAQc+MQAAAAKCS4YxAAAAA4BrnjEAAAAAglOiMQAAAAMDv9IxAAAAA4Lb7jEAAAADAwg6NQAAAACDNKY1AAAAAAORLjUAAAADADF+NQAAAAACWeI1AAAAAIMCNjUAAAAAAEKuNQAAAAAASto1AAAAA4PDAjUAAAABgbdaNQAAAAGAt4o1AAAAAYDLyjUAAAADA8AGOQAAAAID5Fo5AAAAAoJgdjkAAAACA6jGOQAAAAIA1R45AAAAAIMl9jkAAAABAJpGOQAAAACBwl45AAAAA4NmhjkAAAACgjsaOQAAAACAxyI5AAAAAYEHPjkAAAABgGtGOQAAAAKB/045AAAAAoOHbjkAAAAAAVOqOQAAAAGDP9I5AAAAAYLn3jkAAAABAsgKPQAAAAIB/D49AAAAAQO0hj0AAAADAISOPQAAAAECjNo9AAAAA4GU5j0AAAADAOE6PQAAAAKDKYo9A</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14624">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=59" index="58" defaultArrayLength="1301">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="289.85" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.0969" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.52" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="13880">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="13880">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=60" index="59" defaultArrayLength="1341">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="290.186" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="106.975" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.63" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14304">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14304">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=61" index="60" defaultArrayLength="1348">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="290.523" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.059" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.12" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14380">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14380">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=62" index="61" defaultArrayLength="1388">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="290.859" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.0973" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="999.765" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14808">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14808">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=63" index="62" defaultArrayLength="1365">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="291.195" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.7428" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.34" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14560">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14560">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=64" index="63" defaultArrayLength="1348">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="291.531" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="106.589" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14380">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAQLmlWkAAAACghx1bQAAAAMBoI1tAAAAA4JlEW0AAAAAAhgZdQAAAAODuQV1AAAAAgMK6XUAAAABALAFeQAAAAKDMQl9AAAAAAHpGX0AAAADAO39fQAAAAEDuhV9AAAAA4C/AX0AAAABggMZfQAAAAEBtHmBAAAAAYIQxYEAAAABgvUBgQAAAAABsYmBAAAAAoJOgYEAAAAAAOKNgQAAAAOBcvmBAAAAAIIbCYEAAAADAG95gQAAAAABr4WBAAAAAgO4iYUAAAABAw0NhQAAAAIBxUWFAAAAA4BBfYUAAAABAEmRhQAAAAGCcgWFAAAAAoGaNYUAAAADgLqNhQAAAACDkvmFAAAAAgA3BYUAAAACgBMRhQAAAAEBQ4mFAAAAA4EHxYUAAAACgoQJiQAAAAAAWIWJAAAAA4Mg4YkAAAACA7kFiQAAAAABLUmJAAAAAIMZdYkAAAACgKoBiQAAAAMDSoWJAAAAAQN7AYkAAAABAWsNiQAAAAECn4mJAAAAAgEjwYkAAAAAApP9iQAAAAKCcEWNAAAAAIHseY0AAAADA/iBjQAAAAMDuQGNAAAAAQCNDY0AAAACgmGJjQAAAAMAEf2NAAAAAAKuTY0AAAADgO6NjQAAAAOAhwGNAAAAA4MPfY0AAAAAAeBFkQAAAAGAwI2RAAAAAoDFDZEAAAAAgnGFkQAAAAGAXZGRAAAAAwDxyZEAAAABgFYJkQAAAAIAUjmRAAAAAQF6kZEAAAABgkL9kQAAAAOAPwmRAAAAAILXeZEAAAACAg+JkQAAAAIDP5mRAAAAAoKvyZEAAAADg2/5kQAAAAEBrAWVAAAAAYJ0iZUAAAACApkJlQAAAAMATRWVAAAAAAKZRZUAAAAAAXmBlQAAAAACpY2VAAAAAQFJ/ZUAAAAAgSIRlQAAAAEBcjGVAAAAAgGugZUAAAADgmKNlQAAAAODnwmVAAAAAwE3NZUAAAADAytFlQAAAAKCe4GVAAAAAQEzjZUAAAADAxCFmQAAAAGBjXWZAAAAAwHxjZkAAAACgUHJmQAAAACDafGZAAAAAAMmDZkAAAABAa6RmQAAAACCwwWZAAAAAwKLcZkAAAABA799mQAAAAMAN42ZAAAAAgAf+ZkAAAAAAiyBnQAAAAEANI2dAAAAAAHMyZ0AAAACAg0BnQAAAACCDY2dAAAAAAEN/Z0AAAAAgOp1nQAAAAEDOo2dAAAAAgLGzZ0AAAABgM8JnQAAAAGBn3mdAAAAAABzjZ0AAAABAzP5nQAAAAIAOAmhAAAAA4J0haEAAAABArUJoQAAAACAEYmhAAAAAgAxlaEAAAADgQn1oQAAAAKAog2hAAAAAwNCeaEAAAACAtaNoQAAAAKA5w2hAAAAAICTjaEAAAAAg+PJoQAAAAICoAGlAAAAAAKAyaUAAAADA8kNpQAAAACCvX2lAAAAAYPliaUAAAACgxXJpQAAAAMC8f2lAAAAAoM6CaUAAAADAZ5JpQAAAAGBBlWlAAAAAYGehaUAAAAAACaRpQAAAAMDxvWlAAAAAgN/AaUAAAAAAlcNpQAAAAAC50WlAAAAAgHPeaUAAAADAHeNpQAAAAMDoA2pAAAAA4G8TakAAAACg8R5qQAAAACArI2pAAAAAAOwkakAAAABg60JqQAAAAOBxZGpAAAAAYH5wakAAAADge3JqQAAAAOB/f2pAAAAAoL2BakAAAAAA/J5qQAAAAKACpGpAAAAAwF3DakAAAAAAW81qQAAAAKBG3WpAAAAAIP7iakAAAADgAu1qQAAAAOB09GpAAAAA4EP9akAAAAAAgANrQAAAAGATCGtAAAAAwLoSa0AAAAAgnR1rQAAAAEAHI2tAAAAAICc9a0AAAABACUFrQAAAAOAsRGtAAAAAoAVVa0AAAABgs11rQAAAAKBBY2tAAAAA4CCDa0AAAACgSJBrQAAAAAC7nWtAAAAA4Iiha0AAAADgvbZrQAAAAGALwWtAAAAAAEvDa0AAAABAx99rQAAAAEDg4mtAAAAAYH4DbEAAAAAAaB1sQAAAAMBZI2xAAAAAoGRAbEAAAACgVkRsQAAAAMBXU2xAAAAAwI1ebEAAAAAgr2NsQAAAAIDufWxAAAAAwP6DbEAAAACg25BsQAAAAADyk2xAAAAAAN+jbEAAAACgpbNsQAAAACCzwGxAAAAAwAnEbEAAAABg691sQAAAAIC342xAAAAAIDfwbEAAAADg7gJtQAAAAKArIG1AAAAAYNkjbUAAAACA8z5tQAAAAOARQW1AAAAA4DxEbUAAAABAKl1tQAAAAKAKYW1AAAAAQKRkbUAAAAAAKYNtQAAAAMBNoW1AAAAAwIKkbUAAAADA/b1tQAAAACCjw21AAAAAIITPbUAAAABA4uNtQAAAAACY/m1AAAAAgNgCbkAAAABgbxJuQAAAAOAII25AAAAA4EM9bkAAAADgJUVuQAAAACA6SW5AAAAAQChcbkAAAAAgDGRuQAAAAEARfW5AAAAAYCSDbkAAAACAIJ1uQAAAAKAIoW5AAAAAIOqkbkAAAAAgxr5uQAAAAID6w25AAAAAALvHbkAAAAAg4d5uQAAAAODj425AAAAAoOfxbkAAAACgiAFvQAAAAIBjFG9AAAAAIJUdb0AAAABAyiNvQAAAACAnQm9AAAAA4MJdb0AAAACAFGFvQAAAAKAoZG9AAAAAAJx/b0AAAABAEINvQAAAAGBthW9AAAAAYAmeb0AAAABg26NvQAAAAIBFp29AAAAAAOmqb0AAAAAgssNvQAAAACDL229AAAAA4ALhb0AAAABg5eNvQAAAAADX8m9AAAAAwA8BcEAAAADgfARwQAAAAOB9D3BAAAAA4JgRcEAAAADg8xhwQAAAAKCIHnBAAAAAoKogcEAAAABAfDJwQAAAAAC2OXBAAAAAANw9cEAAAABAk0JwQAAAAMBfUHBAAAAAYMNRcEAAAABgCV9wQAAAAKC6YXBAAAAAoK5rcEAAAABAP29wQAAAAABZcnBAAAAAgNJ4cEAAAADg2XtwQAAAAMAGgXBAAAAAgFqCcEAAAABAgI1wQAAAAEBjj3BAAAAAoFKScEAAAAAgXJhwQAAAACARmnBAAAAAYGeicEAAAAAAsalwQAAAAADVsHBAAAAAwEOycEAAAABg17pwQAAAAIBgwXBAAAAAoKnCcEAAAADAsMlwQAAAAABgz3BAAAAA4AHRcEAAAACAf9NwQAAAACAS2nBAAAAAIIzpcEAAAADglPJwQAAAAKB3AXFAAAAAoAkDcUAAAADggg9xQAAAAEA5EnFAAAAAoGUfcUAAAADgMjJxQAAAACBPOHFAAAAAYCI7cUAAAAAgxEFxQAAAAODuSXFAAAAAYI1LcUAAAADgp05xQAAAAOBYUnFAAAAAAANicUAAAAAAo25xQAAAAOA4cHFAAAAAIBNycUAAAADgH4BxQAAAAEB/gnFAAAAAYD2OcUAAAAAAlJBxQAAAAOA+knFAAAAA4KKZcUAAAACgEKFxQAAAAEB/pHFAAAAAgBmrcUAAAABAc65xQAAAAKCAsnFAAAAAgDG6cUAAAADAV8BxQAAAAAAjw3FAAAAAoPfIcUAAAADAfc5xQAAAACAq0nFAAAAAYP3ZcUAAAABAz+BxQAAAAABc4nFAAAAA4ALlcUAAAAAA6ulxQAAAAEBS8HFAAAAAAA7ycUAAAACgsQFyQAAAAIDyAnJAAAAA4M0OckAAAAAgfRJyQAAAAID+HnJAAAAAoOkhckAAAADAgC1yQAAAAADyL3JAAAAAgFoyckAAAADAfT5yQAAAACBMQnJAAAAAQBFPckAAAABgmFJyQAAAAMDobnJAAAAAgLtwckAAAABgkHJyQAAAAKBTd3JAAAAAgOB+ckAAAABAMoFyQAAAAIAZg3JAAAAAgD2KckAAAACgjo5yQAAAAIDlkXJAAAAAgLedckAAAABg26hyQAAAACA1snJAAAAAQDS5ckAAAACguL1yQAAAAEA9wnJAAAAAQKfSckAAAADApN5yQAAAAKBl4nJAAAAAwOLwckAAAABg8PJyQAAAAEB7AnNAAAAA4PoDc0AAAAAAyg5zQAAAAEBuEHNAAAAAwFESc0AAAAAANBhzQAAAACA+H3NAAAAAQL0hc0AAAABAEChzQAAAAKC4LnNAAAAAwEUwc0AAAADAeDJzQAAAAMBRPnNAAAAAgGNCc0AAAAAAW05zQAAAACCXUHNAAAAAwGBSc0AAAACAuFZzQAAAAOBMW3NAAAAAICtic0AAAADgkG5zQAAAAIB0cnNAAAAAgK1+c0AAAABgPINzQAAAAGAAjnNAAAAAoP6hc0AAAACAfa5zQAAAAADzr3NAAAAAILuyc0AAAADAysJzQAAAAKCiyXNAAAAAYGbLc0AAAABAh85zQAAAAGCX0nNAAAAAYMTYc0AAAABgAt9zQAAAAKA84nNAAAAA4Jjwc0AAAADAu/JzQAAAAECvAnRAAAAAQHoOdEAAAACA0BJ0QAAAAKBHG3RAAAAAAKMidEAAAABguyh0QAAAAMDELnRAAAAAoP0xdEAAAACgi0J0QAAAACASUHRAAAAAwJNSdEAAAABAwF90QAAAAOAVY3RAAAAAwEdvdEAAAACAe3J0QAAAAEBwf3RAAAAAgGOCdEAAAABgwo50QAAAAABKknRAAAAAgFChdEAAAAAA/6J0QAAAACC2rXRAAAAAwDGvdEAAAACAWbJ0QAAAAMC2uHRAAAAAYIm/dEAAAABgu8J0QAAAAEB00HRAAAAAYMTSdEAAAABAdeF0QAAAAIDg4nRAAAAAYF7vdEAAAABA2PJ0QAAAACBl+HRAAAAA4IwAdUAAAABAIw11QAAAACCWEnVAAAAAAJMedUAAAADAsCB1QAAAACDuJHVAAAAAgOkydUAAAABgSj91QAAAAMBGQnVAAAAAIGhEdUAAAABgeUx1QAAAAOC1TnVAAAAAgD9SdUAAAACA/FN1QAAAAODUWXVAAAAAICxgdUAAAACgzmJ1QAAAAIAzbnVAAAAAYNBydUAAAABg+X91QAAAAKDpgXVAAAAAILuSdUAAAADAOaJ1QAAAAAAPrnVAAAAA4MqvdUAAAACA1rJ1QAAAAGAxwXVAAAAAQLbCdUAAAABAqc11QAAAAABt0HVAAAAAYOjSdUAAAACAOuB1QAAAAODj4nVAAAAAQA7udUAAAABg8+91QAAAAEB/8nVAAAAAoAwDdkAAAACgnAV2QAAAACDECnZAAAAAgC0OdkAAAACA3hF2QAAAAEBkFXZAAAAAAJ4edkAAAACAwSN2QAAAAMClMnZAAAAAgBE+dkAAAAAAx0F2QAAAAMAIQ3ZAAAAAIBRKdkAAAADAPVJ2QAAAAECUU3ZAAAAAAGZfdkAAAAAgImJ2QAAAAOBmb3ZAAAAAYL9ydkAAAABAnnZ2QAAAAIARfnZAAAAAYNWCdkAAAAAgjo52QAAAAACuknZAAAAA4DefdkAAAABAX6F2QAAAAGAIo3ZAAAAAQPOndkAAAAAgHq52QAAAAGDFsnZAAAAAQJjBdkAAAAAACMN2QAAAACB7zHZAAAAAQMHPdkAAAABA+NJ2QAAAAEA52HZAAAAAIJzidkAAAAAAGel2QAAAAGAX8HZAAAAAYLzydkAAAADAcPh2QAAAAADR/XZAAAAAIH3/dkAAAAAA4gJ3QAAAAECHE3dAAAAAgKMgd0AAAADAiiJ3QAAAACAOJHdAAAAAwE0md0AAAAAgqjB3QAAAAOB3M3dAAAAAYP42d0AAAADgET53QAAAAKB8QndAAAAAILhSd0AAAACApl13QAAAAKBlYHdAAAAAIBNpd0AAAAAg4HJ3QAAAAMBbgHdAAAAA4O+Dd0AAAAAg/JJ3QAAAACDamXdAAAAAgEKcd0AAAADAE593QAAAAKAHo3dAAAAA4Nekd0AAAAAgr653QAAAACB6sndAAAAAAFi1d0AAAACA/bd3QAAAAABNwXdAAAAAALLMd0AAAACglNN3QAAAAMAo1ndAAAAAgFPhd0AAAADAmeN3QAAAAGCQ5ndAAAAAAG/qd0AAAAAgwu93QAAAAOD98ndAAAAAgB4DeEAAAABAHAd4QAAAAEAkDnhAAAAAYKIPeEAAAACgRBN4QAAAAGDtH3hAAAAAoDIkeEAAAAAAcyt4QAAAAMAQM3hAAAAAQMdCeEAAAACgPE54QAAAAIDWUnhAAAAA4MVieEAAAABg/GZ4QAAAAOD0cnhAAAAAoKZ/eEAAAAAgcIF4QAAAAOCvg3hAAAAAYEaTeEAAAACAKpl4QAAAAMAqo3hAAAAAoLCueEAAAACgXbB4QAAAAMC4snhAAAAAIGvDeEAAAACA1Md4QAAAAIA+ynhAAAAAIK3SeEAAAACAtNh4QAAAAGAM23hAAAAAAHPeeEAAAABAMOF4QAAAAKAF5HhAAAAA4EvmeEAAAABAPul4QAAAAMDQ73hAAAAAgOHxeEAAAABAjwN5QAAAACALC3lAAAAAIKASeUAAAADgUB95QAAAACB1IXlAAAAAYDMzeUAAAABgezp5QAAAAIDkPnlAAAAAQAFDeUAAAADA0U95QAAAAKD4UnlAAAAAIAdZeUAAAADgA115QAAAAMBFY3lAAAAAwHFveUAAAADAe3N5QAAAAGD2g3lAAAAAIPKTeUAAAAAAbaN5QAAAAMCKp3lAAAAAQOmveUAAAADA9rJ5QAAAAGBFvnlAAAAAADnCeUAAAAAgB855QAAAAMDb0nlAAAAAIHrfeUAAAABgiO15QAAAAADl73lAAAAAoKPyeUAAAACgFPx5QAAAACAtA3pAAAAA4GgGekAAAACgTw56QAAAAID+EnpAAAAAYC0jekAAAACAdzB6QAAAAOCkMnpAAAAAoC48ekAAAAAACT56QAAAAKAhQ3pAAAAAoPBSekAAAAAgrFZ6QAAAAADtY3pAAAAA4PRzekAAAABg4IN6QAAAAGBwk3pAAAAA4IqhekAAAABAiqR6QAAAAMAIw3pAAAAA4O/PekAAAACggtN6QAAAAIBr7npAAAAA4JjzekAAAACgcf56QAAAAKCGAHtAAAAAwOkie0AAAABADSl7QAAAAMDBLXtAAAAA4Mo0e0AAAADgHEN7QAAAAAAqUntAAAAAAIJUe0AAAACg5mF7QAAAAEDJZXtAAAAAYERwe0AAAAAA33F7QAAAACCwdHtAAAAAYLaCe0AAAAAAjYR7QAAAAGB+lHtAAAAAoDWhe0AAAAAgR6N7QAAAAKDQpHtAAAAAQHaoe0AAAACgg7N7QAAAAGBxtntAAAAAAKu+e0AAAAAgkMN7QAAAAGD+0ntAAAAAoN/me0AAAAAgZ/B7QAAAAKDH83tAAAAAYHEDfEAAAACg1A98QAAAAKDhEXxAAAAAoFsTfEAAAADgqiN8QAAAAKCZK3xAAAAAoAIxfEAAAACgtDJ8QAAAAMDcNHxAAAAAgO4+fEAAAAAgpUl8QAAAAKA1T3xAAAAA4P9SfEAAAAAg5VV8QAAAAEALXXxAAAAA4ExzfEAAAAAA3H58QAAAAMDdg3xAAAAAQECGfEAAAAAgbIt8QAAAAODVj3xAAAAAIDqTfEAAAADA55d8QAAAAEAao3xAAAAAgBWyfEAAAADgJLR8QAAAAIDJvnxAAAAAQGDDfEAAAAAgcMx8QAAAACBb0XxAAAAAwErUfEAAAACg4td8QAAAAOA15HxAAAAAYHfnfEAAAACg/fN8QAAAAGCY/nxAAAAAAB0KfUAAAABAcA59QAAAAEC6EX1AAAAAQAwUfUAAAABAiCJ9QAAAAOBvMn1AAAAAoKw6fUAAAABg0UB9QAAAAOA5RH1AAAAAgIdTfUAAAABgB159QAAAACARZH1AAAAAIIVyfUAAAACgVXR9QAAAAEBMiH1AAAAAoEONfUAAAADg3I59QAAAACB5kH1AAAAA4AqTfUAAAACAeqN9QAAAAEApr31AAAAA4MiyfUAAAABALrV9QAAAAMCdw31AAAAAoJPFfUAAAABgU9B9QAAAAGA54n1AAAAA4L7yfUAAAADgdvR9QAAAAKCIAX5AAAAAAEAEfkAAAAAA9Q9+QAAAAKCRFH5AAAAA4F8hfkAAAADAgCR+QAAAAADxMn5AAAAAwKY/fkAAAABAKEV+QAAAAMCuTH5AAAAAwCtVfkAAAADg7Vd+QAAAAEA4ZX5AAAAAwElrfkAAAADAq3J+QAAAAAB9f35AAAAAQGKEfkAAAAAg/5J+QAAAACCln35AAAAAANmufkAAAACAqbF+QAAAACC2tH5AAAAAAJK5fkAAAADA6sN+QAAAAGBVzn5AAAAAgOLTfkAAAACgG+V+QAAAAGCk7H5AAAAAgNv1fkAAAADgovt+QAAAACBuAn9AAAAAIFsSf0AAAABgCxR/QAAAACCdFn9AAAAAIAYff0AAAAAgUiR/QAAAACDtJ39AAAAAwJ8vf0AAAABg+TF/QAAAACCbNX9AAAAAYDxFf0AAAADA8kd/QAAAAOAIVH9AAAAAQBhff0AAAAAgpGR/QAAAACD0bn9AAAAAoFx0f0AAAACgdX1/QAAAAAB4j39AAAAAIAeUf0AAAAAAv6F/QAAAAMA+pH9AAAAAAJSyf0AAAACA+7R/QAAAAADbvX9AAAAAYLnEf0AAAABAIsh/QAAAAGDv039AAAAAQP7df0AAAABAHO5/QAAAAMCy9X9AAAAAoAYJgEAAAAAA/A6AQAAAAAC9EIBAAAAAAOkSgEAAAADAIBmAQAAAAMCsJ4BAAAAAgO4ugEAAAACgmzeAQAAAAOBQOIBAAAAAgJY6gEAAAADAu0GAQAAAAGCFRoBAAAAAgGZHgEAAAACgeUqAQAAAAMBQTYBAAAAAYPJOgEAAAAAgWFKAQAAAAGC3VIBAAAAA4JtegEAAAABAsGGAQAAAAOCpZ4BAAAAAgCtqgEAAAAAgOGyAQAAAAIBMb4BAAAAAwMV2gEAAAADAPX+AQAAAAGDuhoBAAAAA4OiRgEAAAABAfJWAQAAAAGBol4BAAAAAwKGZgEAAAADA9qKAQAAAAEDupIBAAAAAgPymgEAAAAAgY6mAQAAAAOBXqoBAAAAAoFexgEAAAAAgeriAQAAAAOBvuoBAAAAAADu/gEAAAABgH8KAQAAAAMAHx4BAAAAAoGrJgEAAAADAmtKAQAAAAGDJ14BAAAAAQALagEAAAABg/d+AQAAAAOCL4YBAAAAAIHPogEAAAACAUvCAQAAAACA98oBAAAAAYLjzgEAAAAAg+vmAQAAAAKDWAoFAAAAA4N0GgUAAAAAgGA+BQAAAAABDEoFAAAAAYOYYgUAAAACAyR6BQAAAACC+KIFAAAAAAGEqgUAAAAAgyS6BQAAAAEBEMIFAAAAAANEygUAAAAAAKzqBQAAAAMALSoFAAAAAIFBPgUAAAACgnlKBQAAAAMApV4FAAAAAoFlagUAAAAAgq2KBQAAAAECCdIFAAAAAwJ13gUAAAAAgWXqBQAAAAODzfoFAAAAAgDuBgUAAAAAAXIKBQAAAAECnh4FAAAAAgBuKgUAAAACgTo+BQAAAAADxkoFAAAAAgFucgUAAAABAWqGBQAAAACCspYFAAAAAACGvgUAAAAAAXLKBQAAAAMDTuYFAAAAAQLm+gUAAAACAbseBQAAAACCVyYFAAAAAgKXQgUAAAAAAU9OBQAAAAGCt1oFAAAAAoN3agUAAAAAACd6BQAAAAGDq4oFAAAAAYPHogUAAAABg3OqBQAAAAOCT+IFAAAAAwNT5gUAAAABgePyBQAAAACDM/oFAAAAAgKIBgkAAAADA1gKCQAAAAKD0CYJAAAAAoNIKgkAAAACAIQ+CQAAAAIBPEIJAAAAAYMkVgkAAAACgbh+CQAAAAMBkIoJAAAAAYF8pgkAAAADAMCqCQAAAACCbLoJAAAAAAOs2gkAAAACg7jmCQAAAAEBUQoJAAAAAQEFDgkAAAABA1kaCQAAAAEDtR4JAAAAAQHBKgkAAAABgak+CQAAAAECBVoJAAAAAgI9ZgkAAAABAp1qCQAAAAIAhXYJAAAAAgJVegkAAAABgnWaCQAAAAEAXa4JAAAAAYNJvgkAAAADg6HGCQAAAAABjd4JAAAAAIBp7gkAAAACgkoKCQAAAAAAlh4JAAAAAoEuKgkAAAABgnJOCQAAAAIA4moJAAAAAIKObgkAAAAAg3p+CQAAAACAap4JAAAAAoNyygkAAAACApLaCQAAAAKDet4JAAAAAIBm7gkAAAABg+L6CQAAAAMA5woJAAAAAgGTIgkAAAAAgosqCQAAAAECdzoJAAAAA4PfQgkAAAAAA79KCQAAAAKDw2YJAAAAAIDvfgkAAAAAALeeCQAAAAGAP64JAAAAAQAfvgkAAAABAhPSCQAAAAAA89oJAAAAAAHb/gkAAAADAVweDQAAAAMC3CYNAAAAAgIYLg0AAAACAbRGDQAAAAEDSE4NAAAAAYE0Wg0AAAADAMR6DQAAAAKBRKoNAAAAAwPIug0AAAABAez6DQAAAAIBYP4NAAAAAwIBGg0AAAAAgwlmDQAAAAOByW4NAAAAAYBVjg0AAAAAAHGeDQAAAACAXaINAAAAAAExqg0AAAACgK2uDQAAAAAC2cYNAAAAAwIZ3g0AAAABAgnuDQAAAAACqfYNAAAAA4I1/g0AAAACAk4aDQAAAAGB8ioNAAAAAYJSLg0AAAADg856DQAAAAODsoINAAAAAoNamg0AAAAAgyaiDQAAAAACcsoNAAAAAYPi/g0AAAADAoM6DQAAAAOAD24NAAAAAwAfig0AAAACg7eWDQAAAAAAt6INAAAAAAE7qg0AAAAAgj++DQAAAACCH9oNAAAAAYAQHhEAAAABA1AiEQAAAAGAgD4RAAAAAICcUhEAAAAAAuxaEQAAAAMBIKIRAAAAAoPEqhEAAAAAg9jKEQAAAACB7OoRAAAAAwHI+hEAAAADAcD+EQAAAAOCFQoRAAAAAQJdGhEAAAACAGkuEQAAAAAAtUIRAAAAAQFFShEAAAAAgeFaEQAAAAAAGWoRAAAAAgIp6hEAAAADgI4mEQAAAAMCxioRAAAAAgNCOhEAAAAAAqJGEQAAAAMC4p4RAAAAAwJ6qhEAAAABAxrWEQAAAAADFt4RAAAAAAGDChEAAAACg7NeEQAAAAACC3IRAAAAAYMjuhEAAAAAAXPOEQAAAAECh9oRAAAAAAI73hEAAAAAgfP6EQAAAAOD7BoVAAAAAoJIIhUAAAABgsg+FQAAAAGDaEoVAAAAAwBgVhUAAAACgsRaFQAAAAIBeGoVAAAAAgAIfhUAAAACA+iWFQAAAAIDALoVAAAAAQLoyhUAAAACA3TOFQAAAAKCRNYVAAAAA4Kg+hUAAAADg1UKFQAAAAGBISIVAAAAAwM9KhUAAAACApE2FQAAAAGArUoVAAAAAYBhUhUAAAABgmVqFQAAAACDRXoVAAAAAALVqhUAAAACg5XKFQAAAACC2dYVAAAAA4CF6hUAAAACgfn6FQAAAACCNh4VAAAAA4D2JhUAAAADAboqFQAAAACCXi4VAAAAA4DmRhUAAAAAgRJqFQAAAAGDyn4VAAAAA4LyjhUAAAADAc6WFQAAAACABp4VAAAAA4CCvhUAAAAAgD7OFQAAAAMB0uoVAAAAAQJO8hUAAAACg/9CFQAAAAAD004VAAAAAAL/dhUAAAACA2N+FQAAAAMA84YVAAAAAAN3nhUAAAADgpvOFQAAAAMBg/IVAAAAAwEz/hUAAAABgUAaGQAAAAODdB4ZAAAAAoFsShkAAAAAA1RqGQAAAAKC/HYZAAAAAgIQihkAAAABA5C6GQAAAAEBJNoZAAAAAAKE7hkAAAACAZEeGQAAAAMD7WYZAAAAAoEpehkAAAAAgXGKGQAAAACBwa4ZAAAAAoEuAhkAAAAAgXYOGQAAAAMA+i4ZAAAAAgPKRhkAAAADA3ZaGQAAAAAAon4ZAAAAAIFOjhkAAAABgFaeGQAAAAGD+qoZAAAAAoIGuhkAAAADAD7iGQAAAAAAEv4ZAAAAAQIfGhkAAAACgOsqGQAAAAICEy4ZAAAAA4PvNhkAAAABAMNCGQAAAAAAr04ZAAAAAoF/khkAAAABAmuuGQAAAAABt74ZAAAAAoO4Ah0AAAAAAdQeHQAAAACCEDodAAAAAIFYdh0AAAADAJUaHQAAAACAeS4dAAAAAgMlOh0AAAACA3lGHQAAAACAAW4dAAAAAYPNuh0AAAACgvnaHQAAAAGC8eIdAAAAAoB6Ah0AAAABgoIaHQAAAAABCmodAAAAA4Kibh0AAAABATJ6HQAAAAKCwoYdAAAAAwI6lh0AAAADgIb6HQAAAAMAyx4dAAAAAoATKh0AAAABAKM6HQAAAAOCC0odAAAAAAAXYh0AAAAAAo96HQAAAAOAr8odAAAAAoLMGiEAAAAAg/AeIQAAAAMAwCohAAAAA4EQPiEAAAABgESqIQAAAAEBiOIhAAAAAYCw/iEAAAADgdUOIQAAAAGA0SIhAAAAAAINOiEAAAACAsFuIQAAAAIAeY4hAAAAAIMhmiEAAAABAloGIQAAAAIAWhohAAAAAgHiMiEAAAABgVZKIQAAAAAArlohAAAAAwKKliEAAAADgxaqIQAAAAICew4hAAAAAoOXKiEAAAAAgDc+IQAAAAGCa3IhAAAAAYEvfiEAAAADAD++IQAAAAECF9IhAAAAAIHD2iEAAAAAglP2IQAAAACCTBYlAAAAAoG8KiUAAAADAQw+JQAAAAEAUGIlAAAAAIEEbiUAAAAAgZh6JQAAAAADFKolAAAAAAGMuiUAAAADgJjqJQAAAAAAeTIlAAAAAwNxmiUAAAAAAdnKJQAAAAODOeolAAAAAoJ6WiUAAAAAA0peJQAAAAIArm4lAAAAAILehiUAAAAAAgK2JQAAAAAATu4lAAAAAIOC+iUAAAABAM86JQAAAACAO1olAAAAAgGfgiUAAAADg1OWJQAAAAEBR8YlAAAAAIOLziUAAAAAAk/aJQAAAAOBT/4lAAAAAAGgTikAAAABg+R2KQAAAACBeN4pAAAAAoJM4ikAAAACANkKKQAAAAMArR4pAAAAAgMlJikAAAABgMU2KQAAAAKAbT4pAAAAA4HFbikAAAABgKWKKQAAAAIARZIpAAAAAgNllikAAAADg3mqKQAAAAODFgYpAAAAAQHOYikAAAABgUJ6KQAAAACDxpopAAAAAYLKvikAAAABANrWKQAAAAEDrvYpAAAAAIBjaikAAAADA8eeKQAAAAICv6opAAAAAQEH2ikAAAACA2veKQAAAAMCw+opAAAAAYCECi0AAAABgygaLQAAAACCKCotAAAAAoBUOi0AAAADAPByLQAAAAEChHotAAAAAYMgpi0AAAABAcS2LQAAAAMCxLotAAAAAgCMyi0AAAADgw02LQAAAAICQWYtAAAAAINFii0AAAACAo2iLQAAAACDjbYtAAAAAQJWGi0AAAAAADKaLQAAAAACiqotAAAAAwKCyi0AAAADgtLeLQAAAAMCe1otAAAAAIPbai0AAAAAAy92LQAAAAMBK64tAAAAAABASjEAAAAAg9RWMQAAAACDvHoxAAAAAQAEgjEAAAADg/SGMQAAAAAAAM4xAAAAAIGc2jEAAAADAHDmMQAAAAOAARoxAAAAAgOFPjEAAAAAAnFOMQAAAAEDaVoxAAAAAALVhjEAAAADAWmWMQAAAACACaIxAAAAAAJpwjEAAAACgwHGMQAAAAKAedIxAAAAAQFGfjEAAAADgiqKMQAAAACCgpoxAAAAAoBq3jEAAAACAkb+MQAAAAEAOw4xAAAAAQDnIjEAAAAAA8NWMQAAAAMB634xAAAAA4OrhjEAAAADAn/qMQAAAAEB+DY1AAAAAIIkxjUAAAABg8jmNQAAAAABfXY1AAAAAQPhpjUAAAACgfmyNQAAAAMByg41AAAAAgPSYjUAAAABAwZ2NQAAAAIB2so1AAAAAgJa6jUAAAABgy76NQAAAAKAyw41AAAAAwErGjUAAAABAjM+NQAAAAEAn1o1AAAAAAEjbjUAAAABgreKNQAAAAOCZ+41AAAAAIKAXjkAAAABA/BmOQAAAAABtH45AAAAAICAljkAAAABguSqOQAAAAICaM45AAAAAgOs2jkAAAAAApkCOQAAAAEBGSY5AAAAAwBlNjkAAAADg812OQAAAACAnY45AAAAAINaEjkAAAAAAy4aOQAAAAOAYiI5AAAAAwCeUjkAAAACAQpaOQAAAAMCew45AAAAAQNDSjkAAAADACNaOQAAAAGBa6o5AAAAAIHT0jkAAAABgDwqPQAAAAGBvFI9AAAAAQM4lj0AAAADAvyePQAAAACADLY9AAAAAIN1Fj0A=</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14380">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=65" index="64" defaultArrayLength="1301">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="291.868" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.015" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.93" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="13880">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="13880">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=66" index="65" defaultArrayLength="1315">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="292.204" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="109.076" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.74" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14028">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14028">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAASEAAAAAAAAA+QAAAAAAAgEBAAAAAAAAAPUAAAAAAAMBTQAAAAAAAADxAAAAAAAAAO0AAAAAAAABEQAAAAAAAADxAAAAAAAAAOkAAAAAAAAA+QAAAAAAAgEJAAAAAAAAAN0AAAAAAAIBDQAAAAAAAADdAAAAAAAAATEAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAREAAAAAAAIBKQAAAAAAAAEFAAAAAAAAAOEAAAAAAAAA+QAAAAAAAgEFAAAAAAACAS0AAAAAAAIBDQAAAAAAAAD9AAAAAAACAREAAAAAAAIBAQAAAAAAAAExAAAAAAACASkAAAAAAAMBVQAAAAAAAAD5AAAAAAAAAQUAAAAAAAABPQAAAAAAAAFBAAAAAAACARUAAAAAAAEBYQAAAAAAAADZAAAAAAAAAPEAAAAAAAAA4QAAAAAAAgEtAAAAAAAAAOUAAAAAAAIBFQAAAAAAAwF1AAAAAAADAUkAAAAAAAIBCQAAAAAAAgEBAAAAAAAAARkAAAAAAAIBEQAAAAAAAgFRAAAAAAAAAPUAAAAAAAABHQAAAAAAAAEZAAAAAAACATEAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAVEAAAAAAAIBFQAAAAAAAAENAAAAAAAAAO0AAAAAAAABBQAAAAAAAAEZAAAAAAAAAOUAAAAAAAABCQAAAAAAAAD9AAAAAAAAAQkAAAAAAAABHQAAAAAAAAF9AAAAAAADAVUAAAAAAAAA+QAAAAAAAQFRAAAAAAAAAO0AAAAAAAAA5QAAAAAAAADlAAAAAAAAAVEAAAAAAAABIQAAAAAAAAEhAAAAAAABAZEAAAAAAAAA7QAAAAAAAAD9AAAAAAAAAUkAAAAAAAKBqQAAAAAAAwFtAAAAAAACARkAAAAAAAMBZQAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBFQAAAAAAAAE5AAAAAAAAAREAAAAAAAABLQAAAAAAAgEhAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADpAAAAAAAAAT0AAAAAAAABFQAAAAAAAgEBAAAAAAACARUAAAAAAAIBhQAAAAAAAgENAAAAAAACAS0AAAAAAAABFQAAAAAAAgEBAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAD1AAAAAAAAAPEAAAAAAAABEQAAAAAAAAFdAAAAAAAAAUEAAAAAAAAA4QAAAAAAAAEhAAAAAAACASEAAAAAAAIBUQAAAAAAAAEBAAAAAAAAARUAAAAAAAAA/QAAAAAAAADVAAAAAAAAAQUAAAAAAAAA8QAAAAAAAgEtAAAAAAACAREAAAAAAAABHQAAAAAAAgEFAAAAAAAAAQ0AAAAAAAMBXQAAAAAAAADtAAAAAAAAAQ0AAAAAAAMBXQAAAAAAAAEtAAAAAAACAUEAAAAAAAABPQAAAAAAAAE1AAAAAAAAAQ0AAAAAAAIBDQAAAAAAAwFRAAAAAAADAUUAAAAAAAIBCQAAAAAAAAElAAAAAAACASEAAAAAAAAA1QAAAAAAAAFBAAAAAAAAAPEAAAAAAACBzQAAAAAAAAEZAAAAAAAAAOUAAAAAAAABEQAAAAAAAAFBAAAAAAAAAPUAAAAAAAEBQQAAAAAAAAElAAAAAAAAAS0AAAAAAAABUQAAAAAAAAFFAAAAAAAAAOEAAAAAAAABQQAAAAAAAgEVAAAAAAAAAV0AAAAAAAABDQAAAAAAAADlAAAAAAAAAVkAAAAAAAABRQAAAAAAAgEpAAAAAAACAQkAAAAAAAABFQAAAAAAAgFBAAAAAAAAAQkAAAAAAAIBCQAAAAAAAgEVAAAAAAACAS0AAAAAAAIBRQAAAAAAAAEtAAAAAAABAUkAAAAAAAABCQAAAAAAAAEJAAAAAAACAR0AAAAAAAAA2QAAAAAAAgFZAAAAAAAAAOEAAAAAAAABLQAAAAAAAwFxAAAAAAAAATkAAAAAAAMBRQAAAAAAAgFlAAAAAAACASEAAAAAAAIBMQAAAAAAAADlAAAAAAABAX0AAAAAAAAA8QAAAAAAAQH5AAAAAAADAYkAAAAAAAABCQAAAAAAAAE9AAAAAAADgY0AAAAAAAABPQAAAAAAAQFZAAAAAAAAAQkAAAAAAAABDQAAAAAAAgFNAAAAAAACAQUAAAAAAAABjQAAAAAAAQFlAAAAAAACAVEAAAAAAAMBUQAAAAAAAgEtAAAAAAACAUUAAAAAAAAA2QAAAAAAAQFVAAAAAAAAAOkAAAAAAAEBlQAAAAAAAgEtAAAAAAAAAUEAAAAAAAAA3QAAAAAAAgFFAAAAAAAAASEAAAAAAAIBKQAAAAAAAAEFAAAAAAAAAPkAAAAAAAABCQAAAAAAAAD5AAAAAAACASUAAAAAAAABAQAAAAAAAgEJAAAAAAAAANUAAAAAAAIBjQAAAAAAAAEBAAAAAAAAARkAAAAAAAABEQAAAAAAAAFtAAAAAAAAAOUAAAAAAAIBPQAAAAAAAgEdAAAAAAACATkAAAAAAAIBEQAAAAAAAADVAAAAAAACAX0AAAAAAAMBRQAAAAAAAgE9AAAAAAAAAXUAAAAAAAIBMQAAAAAAAAFBAAAAAAABAV0AAAAAAAIBRQAAAAAAAQFlAAAAAAACARkAAAAAAAABHQAAAAAAAgEpAAAAAAADAVEAAAAAAAIBAQAAAAAAAAFhAAAAAAAAANkAAAAAAAAA5QAAAAAAAADpAAAAAAABAUUAAAAAAAIBGQAAAAAAAgEVAAAAAAACASEAAAAAAAIBCQAAAAAAAAE9AAAAAAACAQEAAAAAAAABDQAAAAAAAgEFAAAAAAACAQkAAAAAAAAA+QAAAAAAAgEdAAAAAAAAAQkAAAAAAAIBMQAAAAAAAAEdAAAAAAACAQUAAAAAAAABFQAAAAAAAAEpAAAAAAAAAQUAAAAAAAIBLQAAAAAAAAExAAAAAAACAQUAAAAAAAMBkQAAAAAAAgEhAAAAAAACASUAAAAAAAIBNQAAAAAAAwF1AAAAAAAAANkAAAAAAAABWQAAAAAAAAEFAAAAAAADgYUAAAAAAAABFQAAAAAAAgEFAAAAAAAAAPUAAAAAAAIBGQAAAAAAAgFVAAAAAAAAAS0AAAAAAAIBNQAAAAAAAAEVAAAAAAACAREAAAAAAAABaQAAAAAAAAEZAAAAAAAAAPkAAAAAAAAA6QAAAAAAAgERAAAAAAAAAQkAAAAAAAIBFQAAAAAAAgFJAAAAAAADAUEAAAAAAAIBKQAAAAAAAgFJAAAAAAACATUAAAAAAAAA2QAAAAAAAAERAAAAAAADAX0AAAAAAAIBAQAAAAAAAgEBAAAAAAAAAO0AAAAAAAABLQAAAAAAAwFdAAAAAAAAAPUAAAAAAAIBFQAAAAAAAAE1AAAAAAAAAQ0AAAAAAAAA8QAAAAAAAgGlAAAAAAACAR0AAAAAAAAA+QAAAAAAAADtAAAAAAACASUAAAAAAAAA8QAAAAAAAADZAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAEFAAAAAAAAATUAAAAAAAMBQQAAAAAAAAERAAAAAAABAaUAAAAAAAMBQQAAAAAAAQFJAAAAAAAAAPkAAAAAAAABCQAAAAAAAIGNAAAAAAAAAQUAAAAAAAABBQAAAAAAAADtAAAAAAABAZ0AAAAAAAAA9QAAAAAAAAFVAAAAAAAAAT0AAAAAAAMBZQAAAAAAAgEVAAAAAAAAAQ0AAAAAAAIBHQAAAAAAAgENAAAAAAAAAS0AAAAAAAABFQAAAAAAAgEZAAAAAAAAAQ0AAAAAAAAA4QAAAAAAAAFtAAAAAAAAAO0AAAAAAAIBDQAAAAAAAAEJAAAAAAABAVEAAAAAAAIBDQAAAAAAAAEVAAAAAAACARkAAAAAAAAA4QAAAAAAAAFlAAAAAAAAAO0AAAAAAAAA5QAAAAAAAwFRAAAAAAAAAZ0AAAAAAAAA9QAAAAAAAgFJAAAAAAAAAQUAAAAAAAAA5QAAAAAAAgFhAAAAAAAAAOUAAAAAAAAA+QAAAAAAAAENAAAAAAAAAQUAAAAAAAIBAQAAAAAAAgE5AAAAAAAAAOUAAAAAAAAA6QAAAAAAAADdAAAAAAAAAQUAAAAAAAABDQAAAAAAAAD1AAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEVAAAAAAAAAQEAAAAAAAABYQAAAAAAAgEJAAAAAAACAX0AAAAAAAABDQAAAAAAAgGFAAAAAAACAQ0AAAAAAAMBiQAAAAAAAADVAAAAAAACAUkAAAAAAAABqQAAAAAAAAEdAAAAAAADAU0AAAAAAAAA8QAAAAAAAwFNAAAAAAACAREAAAAAAAIBGQAAAAAAAgEVAAAAAAAAAOkAAAAAAAABCQAAAAAAAAExAAAAAAAAAPkAAAAAAAAA+QAAAAAAAAERAAAAAAACAWkAAAAAAAIBCQAAAAAAAwFhAAAAAAAAAO0AAAAAAAAA3QAAAAAAAgEdAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAD1AAAAAAAAAO0AAAAAAAIBIQAAAAAAAADtAAAAAAAAAQEAAAAAAAIBFQAAAAAAAgElAAAAAAAAgZkAAAAAAAABEQAAAAAAAgE5AAAAAAAAAVkAAAAAAAABZQAAAAAAAAD1AAAAAAACAXEAAAAAAAEBUQAAAAAAAAD5AAAAAAAAAQEAAAAAAAIBJQAAAAAAAgENAAAAAAAAANUAAAAAAAAA1QAAAAAAAAEtAAAAAAACAQUAAAAAAAEBdQAAAAAAAAD5AAAAAAAAAOkAAAAAAAABKQAAAAAAAAEBAAAAAAAAAR0AAAAAAAKBsQAAAAAAAgEFAAAAAAACAQEAAAAAAAIBaQAAAAAAAgEFAAAAAAAAAP0AAAAAAAABEQAAAAAAAADhAAAAAAABAZEAAAAAAAAA1QAAAAAAAgFJAAAAAAACAQUAAAAAAAAA1QAAAAAAAAENAAAAAAACAUkAAAAAAAIBRQAAAAAAAADZAAAAAAAAAOkAAAAAAAIBEQAAAAAAAgFBAAAAAAACAVEAAAAAAAIBaQAAAAAAAAEFAAAAAAAAAP0AAAAAAAMBQQAAAAAAAAEVAAAAAAABAWUAAAAAAAABPQAAAAAAAADVAAAAAAACAQEAAAAAAAIBZQAAAAAAAgENAAAAAAACATEAAAAAAAAA7QAAAAAAAAENAAAAAAADAaEAAAAAAAIBAQAAAAAAAgEhAAAAAAABAWEAAAAAAAAA+QAAAAAAAgEtAAAAAAABAVUAAAAAAAIBDQAAAAAAAADZAAAAAAACAQkAAAAAAAAA7QAAAAAAAAEZAAAAAAAAAUkAAAAAAAAA3QAAAAAAAQFZAAAAAAAAAOUAAAAAAAEBcQAAAAAAAADVAAAAAAAAAO0AAAAAAAIBIQAAAAAAAADZAAAAAAADAakAAAAAAAAA8QAAAAAAAADdAAAAAAACAQkAAAAAAAIBCQAAAAAAAgGNAAAAAAAAATUAAAAAAAMBSQAAAAAAAwGBAAAAAAAAAOUAAAAAAAGBkQAAAAAAAIGJAAAAAAAAAN0AAAAAAAABEQAAAAAAAADlAAAAAAADAVUAAAAAAAEBRQAAAAAAAgEJAAAAAAABgY0AAAAAAAAA4QAAAAAAAAE9AAAAAAAAAOEAAAAAAAABEQAAAAAAAAFRAAAAAAACAQEAAAAAAAAA/QAAAAAAAAD9AAAAAAACAT0AAAAAAAIBFQAAAAAAAAERAAAAAAAAANUAAAAAAAIBpQAAAAAAAwFlAAAAAAADAU0AAAAAAAAA6QAAAAAAAgENAAAAAAACAUUAAAAAAAMBSQAAAAAAAgExAAAAAAADAaEAAAAAAAIBCQAAAAAAAAEJAAAAAAAAAP0AAAAAAAABAQAAAAAAAAD9AAAAAAACgZUAAAAAAAABJQAAAAAAAADlAAAAAAACAT0AAAAAAAAA2QAAAAAAAgERAAAAAAAAAT0AAAAAAAAA3QAAAAAAAgElAAAAAAAAAP0AAAAAAAAA6QAAAAAAAADZAAAAAAAAAOEAAAAAAAEBUQAAAAAAAgEJAAAAAAAAAS0AAAAAAAMBSQAAAAAAAADZAAAAAAAAAO0AAAAAAAMBTQAAAAAAAADZAAAAAAABAWkAAAAAAAAA2QAAAAAAAADpAAAAAAAAAREAAAAAAAEBgQAAAAAAAAD1AAAAAAAAAPUAAAAAAAIBBQAAAAAAAAEdAAAAAAAAAPUAAAAAAAKBhQAAAAAAAADVAAAAAAACAR0AAAAAAAGB3QAAAAAAAgEFAAAAAAABgY0AAAAAAAAA1QAAAAAAAgE5AAAAAAADAXEAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAQEAAAAAAAAA1QAAAAAAAADdAAAAAAACAQ0AAAAAAAIBGQAAAAAAAgEdAAAAAAABAYUAAAAAAAAA5QAAAAAAAAEVAAAAAAAAATUAAAAAAAAA1QAAAAAAAgFJAAAAAAACAS0AAAAAAAIBDQAAAAAAAgERAAAAAAACAQ0AAAAAAAABBQAAAAAAAAEZAAAAAAAAARkAAAAAAAMBTQAAAAAAAAEtAAAAAAAAAT0AAAAAAAIBKQAAAAAAAwFVAAAAAAAAAT0AAAAAAAIBLQAAAAAAAgEVAAAAAAACAR0AAAAAAAAA5QAAAAAAAADlAAAAAAAAASUAAAAAAAAA1QAAAAAAAAE5AAAAAAACARUAAAAAAAIBAQAAAAAAAADpAAAAAAAAAUkAAAAAAAAA+QAAAAAAAADlAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAD1AAAAAAAAASEAAAAAAAAA/QAAAAAAAgEVAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAEhAAAAAAAAAQEAAAAAAAABlQAAAAAAAgEJAAAAAAADAUkAAAAAAAABIQAAAAAAAAEhAAAAAAAAARkAAAAAAAAA8QAAAAAAAgERAAAAAAAAAOUAAAAAAAAA/QAAAAAAAgEBAAAAAAAAAO0AAAAAAAIBAQAAAAAAAADZAAAAAAAAANkAAAAAAAABBQAAAAAAAADZAAAAAAACAR0AAAAAAAIBHQAAAAAAAwFJAAAAAAACAR0AAAAAAAIBBQAAAAAAAAFlAAAAAAACAQEAAAAAAAABKQAAAAAAAgEZAAAAAAAAAO0AAAAAAAIBDQAAAAAAAADxAAAAAAAAAQ0AAAAAAAABGQAAAAAAAADtAAAAAAAAAUEAAAAAAAAA1QAAAAAAAgERAAAAAAAAAPUAAAAAAAABBQAAAAAAAgENAAAAAAAAAO0AAAAAAAABEQAAAAAAAAD5AAAAAAAAAS0AAAAAAANB5QAAAAAAAAEZAAAAAAAAgYUAAAAAAAIBEQAAAAAAAwFFAAAAAAAAAR0AAAAAAAAA1QAAAAAAAAFFAAAAAAAAAO0AAAAAAAABEQAAAAAAAAENAAAAAAAAAOEAAAAAAAAA/QAAAAAAAgEBAAAAAAAAANkAAAAAAAABIQAAAAAAAADlAAAAAAAAAR0AAAAAAAABHQAAAAAAAQFVAAAAAAACASUAAAAAAAABDQAAAAAAAADlAAAAAAACAS0AAAAAAAABFQAAAAAAAAEBAAAAAAACAVUAAAAAAAIBCQAAAAAAAQFVAAAAAAABAUEAAAAAAAAA2QAAAAAAAgExAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADxAAAAAAACASUAAAAAAAAA7QAAAAAAAAEdAAAAAAAAANUAAAAAAAIBKQAAAAAAAYG5AAAAAAACARkAAAAAAAIBeQAAAAAAAAD5AAAAAAAAAUEAAAAAAAABEQAAAAAAAAEJAAAAAAACATEAAAAAAAAA4QAAAAAAAAENAAAAAAAAATkAAAAAAAMBSQAAAAAAAADlAAAAAAAAAP0AAAAAAAAA3QAAAAAAAADZAAAAAAADAUkAAAAAAAAA3QAAAAAAAAFFAAAAAAAAAREAAAAAAAAA+QAAAAAAAgExAAAAAAAAARkAAAAAAAIBAQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA5QAAAAAAAgENAAAAAAAAAO0AAAAAAAMBSQAAAAAAAgERAAAAAAAAANkAAAAAAAABJQAAAAAAAADZAAAAAAAAANkAAAAAAAABDQAAAAAAAQFBAAAAAAAAAP0AAAAAAAAA6QAAAAAAAAEVAAAAAAAAAOkAAAAAAAABDQAAAAAAAgENAAAAAAAAAR0AAAAAAAIBHQAAAAAAAADdAAAAAAAAYgUAAAAAAAKBqQAAAAAAAADdAAAAAAACAQkAAAAAAAABOQAAAAAAAAERAAAAAAAAAOUAAAAAAAAA3QAAAAAAAADtAAAAAAAAANkAAAAAAAABDQAAAAAAAQFBAAAAAAAAAR0AAAAAAAABEQAAAAAAAAEdAAAAAAAAAN0AAAAAAAAA2QAAAAAAAAElAAAAAAAAANUAAAAAAAIBPQAAAAAAAADVAAAAAAACAQUAAAAAAAAA2QAAAAAAAAEdAAAAAAACAS0AAAAAAAIBFQAAAAAAAAEVAAAAAAADAXkAAAAAAAIBBQAAAAAAAgExAAAAAAACASEAAAAAAAAA5QAAAAAAAAD1AAAAAAAAAQUAAAAAAAAA7QAAAAAAAAEdAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAAEBAAAAAAAAAOUAAAAAAAIBDQAAAAAAAADlAAAAAAAAAN0AAAAAAAMBTQAAAAAAAAFZAAAAAAAAATUAAAAAAAAA5QAAAAAAAADtAAAAAAAAANkAAAAAAAAA1QAAAAAAAgENAAAAAAACAR0AAAAAAAABEQAAAAAAAADxAAAAAAAAAQUAAAAAAAAA/QAAAAAAAADlAAAAAAAAAOUAAAAAAAABGQAAAAAAAADVAAAAAAAAARUAAAAAAAABKQAAAAAAAgEFAAAAAAAAAN0AAAAAAAAA3QAAAAAAAAEJAAAAAAACAR0AAAAAAAAA9QAAAAAAAAE5AAAAAAACATkAAAAAAAAA9QAAAAAAAgEdAAAAAAAAAQ0AAAAAAAIBBQAAAAAAAADxAAAAAAACARUAAAAAAAABAQAAAAAAAADtAAAAAAAAAOEAAAAAAAABCQAAAAAAAADZAAAAAAAAAOUAAAAAAAABBQAAAAAAAAEFAAAAAAAAAPEAAAAAAAIBGQAAAAAAAADZAAAAAAAAAQUAAAAAAAAA6QAAAAAAAADlAAAAAAAAAQUAAAAAAAABDQAAAAAAAAERAAAAAAAAAOkAAAAAAAABDQAAAAAAAADpAAAAAAAAANUAAAAAAAABDQAAAAAAAADdAAAAAAAAAQEAAAAAAAABNQAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA9QAAAAAAAQFBAAAAAAAAAR0AAAAAAAABBQAAAAAAAAEVAAAAAAAAAQkAAAAAAAIBBQAAAAAAAADlAAAAAAAAAP0AAAAAAAABGQAAAAAAAgEtAAAAAAACAQUAAAAAAAIBIQAAAAAAAgEFAAAAAAAAAPUAAAAAAAAA8QAAAAAAAADhAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADZAAAAAAAAAPUAAAAAAAIBGQAAAAAAAADxAAAAAAAAAOkAAAAAAAEBUQAAAAAAAADZAAAAAAACAR0AAAAAAAABEQAAAAAAAAEtAAAAAAAAATkAAAAAAAIBUQAAAAAAAAEZAAAAAAAAAQUAAAAAAAIBDQAAAAAAAADVAAAAAAAAAR0AAAAAAAAA7QAAAAAAAADlAAAAAAAAAQkAAAAAAAAA2QAAAAAAAADVAAAAAAAAAQEAAAAAAAAA7QAAAAAAAgEFAAAAAAAAANUAAAAAAAABPQAAAAAAAAEJAAAAAAAAAPkAAAAAAAIBGQAAAAAAAADxAAAAAAAAAPkAAAAAAAAA4QAAAAAAAgEBAAAAAAAAAN0AAAAAAAABQQAAAAAAAgERAAAAAAAAAO0AAAAAAAIBJQAAAAAAAgEFAAAAAAACARUAAAAAAAABAQAAAAAAAAEpAAAAAAADAUEAAAAAAAAA6QAAAAAAAADtAAAAAAAAAQEAAAAAAAAA5QAAAAAAA4GpAAAAAAAAATEAAAAAAAIBIQAAAAAAAgEJAAAAAAAAAOUAAAAAAAAA1QAAAAAAAAD5AAAAAAADAUkAAAAAAAABCQAAAAAAAADlAAAAAAAAASEAAAAAAAABCQAAAAAAAAE9AAAAAAAAANUAAAAAAAAA7QAAAAAAAADxAAAAAAAAAPEAAAAAAAABCQAAAAAAAADxAAAAAAAAAOEAAAAAAAAA6QAAAAAAAgEBAAAAAAAAASEAAAAAAAIBBQAAAAAAAADxAAAAAAAAAT0AAAAAAAAA9QAAAAAAAAEpAAAAAAAAAPUAAAAAAAABCQAAAAAAAgENAAAAAAACATEAAAAAAAAA9QAAAAAAAADlAAAAAAAAAPkAAAAAAAABIQAAAAAAAAEJAAAAAAACAQkAAAAAAAABAQAAAAAAAADlAAAAAAAAAOUAAAAAAAAA6QAAAAAAAADpAAAAAAACATEAAAAAAAIBJQAAAAAAAgEdAAAAAAAAAN0AAAAAAAABJQAAAAAAAAEBAAAAAAACAQUAAAAAAAABOQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA3QAAAAAAAAE9AAAAAAAAANUAAAAAAAAA2QAAAAAAAADZAAAAAAAAAP0AAAAAAAABKQAAAAAAAAEJAAAAAAAAAQUAAAAAAAIBIQAAAAAAAAD5AAAAAAAAAPkAAAAAAAIBGQAAAAAAAAD1AAAAAAAAANkAAAAAAAIBEQAAAAAAAADVAAAAAAAAAR0AAAAAAAAA8QAAAAAAAADpAAAAAAACAQEAAAAAAAABEQAAAAAAAAERAAAAAAAAAUEAAAAAAAAA4QAAAAAAAAE5AAAAAAAAATkAAAAAAAABDQAAAAAAAAENAAAAAAAAAPUAAAAAAAAA6QAAAAAAAAEdAAAAAAAAAQkAAAAAAAIBGQAAAAAAAAD9AAAAAAAAAO0AAAAAAAABDQAAAAAAAADlAAAAAAAAANkAAAAAAAAA5QAAAAAAAAD5AAAAAAACAR0AAAAAAAIBAQAAAAAAAADVAAAAAAACAQEAAAAAAAAA3QAAAAAAAgEBAAAAAAAAAPkAAAAAAAAA3QAAAAAAAgEpAAAAAAACASEAAAAAAAABBQAAAAAAAADxAAAAAAAAAOUAAAAAAAABAQAAAAAAAAENAAAAAAACAS0AAAAAAAAA7QAAAAAAAADZAAAAAAACAQkAAAAAAAAA5QAAAAAAAADtAAAAAAAAATkAAAAAAAAA7QAAAAAAAgEpAAAAAAAAAQEAAAAAAAIBFQAAAAAAAgEJAAAAAAAAAPUAAAAAAAAA5QAAAAAAAgEZAAAAAAAAAOUAAAAAAAAA6QAAAAAAAADZAAAAAAAAAPkAAAAAAAAA9QAAAAAAAAD5AAAAAAAAAQUAAAAAAAAA7QAAAAAAAgEJAAAAAAAAAN0AAAAAAAABDQAAAAAAAAEBAAAAAAAAATEAAAAAAAAA7QAAAAAAAADVAAAAAAAAAPkAAAAAAAAA/QAAAAAAAADlAAAAAAAAANkAAAAAAAIBDQAAAAAAAAENAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAO0AAAAAAAIBQQAAAAAAAADtAAAAAAACATEAAAAAAAAA+QAAAAAAAgEBAAAAAAAAASkAAAAAAAIBFQAAAAAAAADZAAAAAAAAANkAAAAAAAABPQAAAAAAAADpAAAAAAACAQ0AAAAAAAAA9QAAAAAAAAEFAAAAAAAAAOEAAAAAAAABEQAAAAAAAADVAAAAAAAAAN0AAAAAAAAA7QAAAAAAAgEhAAAAAAACAR0AAAAAAAAA8QAAAAAAAgEBAAAAAAAAAPUAAAAAAAIBCQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA8QAAAAAAAAENAAAAAAACAQ0AAAAAAAIBCQAAAAAAAAD1AAAAAAAAAQUAAAAAAAAA3QAAAAAAAADtAAAAAAACARUAAAAAAAAA5QAAAAAAAAEtAAAAAAAAAPUAAAAAAAIBIQAAAAAAAADtAAAAAAAAAN0AAAAAAAAA+QAAAAAAAADpAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADVAAAAAAAAAUUAAAAAAAAA3QAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA9QAAAAAAAADZAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAD5AAAAAAAAANkAAAAAAAABDQAAAAAAAAERAAAAAAAAAREAAAAAAAABFQAAAAAAAADpAAAAAAAAAQkAAAAAAAAA8QAAAAAAAADxAAAAAAAAAN0AAAAAAAIBNQAAAAAAAAD9AAAAAAACAQUAAAAAAAIBGQAAAAAAAAEdAAAAAAAAAN0AAAAAAAAA2QAAAAAAAgEVAAAAAAAAAO0AAAAAAAABNQAAAAAAAADxAAAAAAAAANUAAAAAAAIBDQAAAAAAAADtAAAAAAAAAO0AAAAAAAIBAQAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA4QAAAAAAAADhAAAAAAAAAPUAAAAAAAAA2QAAAAAAAADVAAAAAAAAANkAAAAAAAAA3QAAAAAAAADdAAAAAAAAANkAAAAAAAAA8QAAAAAAAgEVAAAAAAAAARUAAAAAAAABGQAAAAAAAgEVAAAAAAAAANUAAAAAAAABIQAAAAAAAgE1AAAAAAAAAOkAAAAAAAABDQAAAAAAAAEBAAAAAAAAAOUAAAAAAAABBQAAAAAAAADtAAAAAAACARkAAAAAAAAA2QAAAAAAAAEhAAAAAAAAAOkAAAAAAAIBCQAAAAAAAADVAAAAAAAAAOkAAAAAAAABHQAAAAAAAAEVAAAAAAAAANkAAAAAAAIBAQAAAAAAAAD9AAAAAAACAQUAAAAAAAIBEQAAAAAAAAEdAAAAAAACARkAAAAAAAABDQAAAAAAAAEFAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAERAAAAAAAAAOEAAAAAAAAA3QAAAAAAAADdAAAAAAAAARUAAAAAAAAA3QAAAAAAAADVAAAAAAAAANUAAAAAAAABBQAAAAAAAADhAAAAAAAAAR0AAAAAAAABAQAAAAAAAADhAAAAAAACAQUAAAAAAAIBCQAAAAAAAADdAAAAAAAAAOUAAAAAAAABLQAAAAAAAAD5AAAAAAAAANUAAAAAAAAA5QAAAAAAAAEJAAAAAAAAAQkAAAAAAAAA8QAAAAAAAADhAAAAAAACAQ0AAAAAAAABDQAAAAAAAAD5AAAAAAAAAQUAAAAAAAABAQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAEVAAAAAAAAANkAAAAAAAIBAQAAAAAAAgERAAAAAAAAANUAAAAAAAAA1QAAAAAAAADlAAAAAAAAAOEAAAAAAAABEQAAAAAAAADlAAAAAAAAAS0AAAAAAAAA1QAAAAAAAADpAAAAAAAAAO0AAAAAAAIBCQAAAAAAAAFJAAAAAAAAAOUAAAAAAAAA+QAAAAAAAADZAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADZAAAAAAAAAQEAAAAAAAABBQAAAAAAAADhAAAAAAAAAPUAAAAAAAIBEQAAAAAAAADtAAAAAAACAQUAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAOkAAAAAAAAA1QAAAAAAAADlAAAAAAAAAO0AAAAAAAAA3QAAAAAAAgEdAAAAAAAAAO0AAAAAAAAA+QAAAAAAAAD9AAAAAAAAAOkAAAAAAAABBQAAAAAAAAD1AAAAAAAAAO0AAAAAAAAA6QAAAAAAAAD1AAAAAAAAAPEAAAAAAAAA9QAAAAAAAADlAAAAAAAAAOUAAAAAAAIBCQAAAAAAAADZAAAAAAAAAPEAAAAAAAAA/QAAAAAAAgEFAAAAAAAAAPkAAAAAAAAA3QAAAAAAAADVAAAAAAAAANkAAAAAAAIBHQAAAAAAAAD1AAAAAAAAAPUA=</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=67" index="66" defaultArrayLength="1368">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="292.54" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.936" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="999.292" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14592">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14592">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=68" index="67" defaultArrayLength="1346">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="292.877" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.512" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14360">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14360">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=69" index="68" defaultArrayLength="1351">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="293.213" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.805" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.32" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14412">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14412">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=70" index="69" defaultArrayLength="1394">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="293.549" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.936" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.6" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14872">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14872">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=71" index="70" defaultArrayLength="1409">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="293.886" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="110.089" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.81" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15032">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15032">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=72" index="71" defaultArrayLength="1363">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="294.222" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="104.476" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.06" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14540">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14540">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=73" index="72" defaultArrayLength="1441">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="294.558" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.0479" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.81" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15372">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15372">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=74" index="73" defaultArrayLength="1423">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="294.895" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="109.132" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.24" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15180">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15180">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=75" index="74" defaultArrayLength="1381">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="295.231" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.2734" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.42" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14732">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14732">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=76" index="75" defaultArrayLength="1429">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="295.567" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.1909" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.54" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15244">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15244">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOEAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAOkAAAAAAAABNQAAAAAAAADxAAAAAAAAAN0AAAAAAAIBAQAAAAAAAADlAAAAAAAAAQkAAAAAAAABCQAAAAAAAADtAAAAAAACASUAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAS0AAAAAAAIBGQAAAAAAAAEFAAAAAAAAAPkAAAAAAAABDQAAAAAAAwFZAAAAAAACAQUAAAAAAAMBTQAAAAAAAgEFAAAAAAAAARkAAAAAAAGBhQAAAAAAAAD1AAAAAAAAAPkAAAAAAAABSQAAAAAAAAEJAAAAAAAAAUkAAAAAAAAA7QAAAAAAAgEpAAAAAAAAAP0AAAAAAAABSQAAAAAAAwGVAAAAAAACATEAAAAAAAABIQAAAAAAAgEJAAAAAAABAUEAAAAAAAABGQAAAAAAAgERAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAgEJAAAAAAACAUEAAAAAAAABKQAAAAAAAgFBAAAAAAABAUEAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAOUAAAAAAAAA1QAAAAAAAAExAAAAAAABAUEAAAAAAAIBEQAAAAAAAAExAAAAAAACAREAAAAAAAAA5QAAAAAAAAEhAAAAAAAAAQEAAAAAAAABAQAAAAAAAQFFAAAAAAAAAQUAAAAAAAABKQAAAAAAAgExAAAAAAAAAO0AAAAAAAIBFQAAAAAAAAD1AAAAAAACAQ0AAAAAAAIBBQAAAAAAAgEZAAAAAAADAUUAAAAAAAAA3QAAAAAAAAD9AAAAAAAAASEAAAAAAAABKQAAAAAAAAE1AAAAAAACASEAAAAAAAIBSQAAAAAAAgERAAAAAAAAAP0AAAAAAAAA7QAAAAAAAAEFAAAAAAAAANUAAAAAAAMBZQAAAAAAAgElAAAAAAAAAR0AAAAAAAAA+QAAAAAAAAE1AAAAAAACARkAAAAAAAABGQAAAAAAAAD1AAAAAAAAAP0AAAAAAAIBAQAAAAAAAAEFAAAAAAAAAQEAAAAAAAIBEQAAAAAAAgFBAAAAAAAAASkAAAAAAAAA9QAAAAAAAADVAAAAAAAAARkAAAAAAAABDQAAAAAAAwFJAAAAAAACARkAAAAAAAIBDQAAAAAAAAEBAAAAAAAAAQkAAAAAAAMBTQAAAAAAAAEJAAAAAAABAVUAAAAAAAAA+QAAAAAAAgEJAAAAAAACAV0AAAAAAAEBRQAAAAAAAAEJAAAAAAAAAQUAAAAAAAMBQQAAAAAAAAEBAAAAAAAAAPUAAAAAAAAA8QAAAAAAAgEpAAAAAAACASkAAAAAAAABIQAAAAAAAgElAAAAAAADAWkAAAAAAAIBKQAAAAAAAADVAAAAAAABAUUAAAAAAAAA1QAAAAAAAYGBAAAAAAAAAQUAAAAAAAIBCQAAAAAAAgExAAAAAAACATEAAAAAAAAA2QAAAAAAAgExAAAAAAAAAT0AAAAAAAIBCQAAAAAAAAENAAAAAAAAAREAAAAAAAABFQAAAAAAAAFRAAAAAAACgakAAAAAAAABAQAAAAAAAgE9AAAAAAABAVUAAAAAAAABGQAAAAAAAgEJAAAAAAACATUAAAAAAAMBfQAAAAAAAAD5AAAAAAACAQEAAAAAAAAA+QAAAAAAAADlAAAAAAAAAP0AAAAAAAAA9QAAAAAAAAD9AAAAAAAAAQUAAAAAAAABJQAAAAAAAgEFAAAAAAAAAW0AAAAAAAIBhQAAAAAAAAERAAAAAAACARUAAAAAAAABHQAAAAAAAgENAAAAAAAAATEAAAAAAAIBJQAAAAAAAADZAAAAAAACAU0AAAAAAAABAQAAAAAAAAEdAAAAAAAAAPkAAAAAAAIBNQAAAAAAAAEJAAAAAAACAWkAAAAAAAIBJQAAAAAAAgE1AAAAAAACASUAAAAAAAKBjQAAAAAAAgEdAAAAAAAAAN0AAAAAAAAA1QAAAAAAAgERAAAAAAAAAOkAAAAAAAABAQAAAAAAAADdAAAAAAACAXkAAAAAAAABHQAAAAAAAgFdAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAFNAAAAAAAAAQUAAAAAAAABIQAAAAAAAOIdAAAAAAAAANUAAAAAAAMBXQAAAAAAAgEpAAAAAAACAQkAAAAAAAABHQAAAAAAAgElAAAAAAACAREAAAAAAAAA6QAAAAAAAAERAAAAAAAAAQUAAAAAAAIBHQAAAAAAAAEZAAAAAAACASEAAAAAAAAA7QAAAAAAAAEBAAAAAAACAT0AAAAAAAAA9QAAAAAAAAFRAAAAAAAAANUAAAAAAAABBQAAAAAAAwFFAAAAAAACATUAAAAAAAMBgQAAAAAAAAExAAAAAAACAS0AAAAAAAOBnQAAAAAAAADtAAAAAAAAANkAAAAAAAABOQAAAAAAAAENAAAAAAAAATUAAAAAAAIBMQAAAAAAAwFFAAAAAAADAUUAAAAAAAABdQAAAAAAAADZAAAAAAAAAOEAAAAAAAIBWQAAAAAAAAEpAAAAAAAAAU0AAAAAAAIBBQAAAAAAAAEdAAAAAAACAU0AAAAAAAMBVQAAAAAAAAEJAAAAAAAAAUUAAAAAAAABAQAAAAAAAAEVAAAAAAACATUAAAAAAAABJQAAAAAAAAEBAAAAAAAAASUAAAAAAAAA/QAAAAAAAAD1AAAAAAAAgYEAAAAAAAAA5QAAAAAAAAEBAAAAAAAAAVkAAAAAAAEBQQAAAAAAAADhAAAAAAABAUEAAAAAAAABXQAAAAAAAADtAAAAAAAAAN0AAAAAAAIBEQAAAAAAAgEFAAAAAAAAAW0AAAAAAAABLQAAAAAAAgENAAAAAAAAANUAAAAAAAAA/QAAAAAAAwFhAAAAAAAAAREAAAAAAAEBTQAAAAAAAAElAAAAAAAAAREAAAAAAAABTQAAAAAAAAEdAAAAAAAAARUAAAAAAAABMQAAAAAAAAElAAAAAAAAAS0AAAAAAAMBVQAAAAAAAgEhAAAAAAAAAQkAAAAAAAIBQQAAAAAAAgFRAAAAAAACATEAAAAAAAABHQAAAAAAAgEBAAAAAAAAAQEAAAAAAAIBdQAAAAAAAgERAAAAAAACAQEAAAAAAAIBMQAAAAAAAAEBAAAAAAACAQUAAAAAAAIBGQAAAAAAAADpAAAAAAAAAPUAAAAAAAABOQAAAAAAAgEdAAAAAAAAAWUAAAAAAAABBQAAAAAAAAEFAAAAAAAAAP0AAAAAAAAA3QAAAAAAAgGpAAAAAAAAAQkAAAAAAAEBUQAAAAAAAADZAAAAAAAAAOEAAAAAAAABZQAAAAAAAAENAAAAAAAAARkAAAAAAAIBFQAAAAAAAAERAAAAAAAAAUUAAAAAAAABFQAAAAAAAAExAAAAAAACAW0AAAAAAAAA6QAAAAAAAgEpAAAAAAAAAPEAAAAAAAMBcQAAAAAAAgEhAAAAAAAAAN0AAAAAAAIBBQAAAAAAAAEFAAAAAAAAAS0AAAAAAAAA6QAAAAAAAADxAAAAAAACAQkAAAAAAAABBQAAAAAAAgEFAAAAAAACASkAAAAAAAIBKQAAAAAAAADZAAAAAAABAW0AAAAAAAAA5QAAAAAAAAENAAAAAAAAAQ0AAAAAAAMBUQAAAAAAAgEpAAAAAAAAAREAAAAAAAABCQAAAAAAAADhAAAAAAACAT0AAAAAAAABIQAAAAAAAwFRAAAAAAAAAQEAAAAAAAABCQAAAAAAAwFNAAAAAAACAQEAAAAAAAIBHQAAAAAAAAEhAAAAAAACAR0AAAAAAAAA9QAAAAAAAADZAAAAAAACAQEAAAAAAAABDQAAAAAAAAFJAAAAAAAAMmEAAAAAAAOBsQAAAAAAAAEdAAAAAAACATEAAAAAAACBhQAAAAAAAgE9AAAAAAACASEAAAAAAAAA1QAAAAAAAQGdAAAAAAAAAN0AAAAAAAIBJQAAAAAAAgEVAAAAAAAAARUAAAAAAAAA7QAAAAAAAAFZAAAAAAACARUAAAAAAAABaQAAAAAAAgEBAAAAAAAAAZ0AAAAAAAABCQAAAAAAAgERAAAAAAABAU0AAAAAAAABJQAAAAAAAAEpAAAAAAAAARkAAAAAAAMBeQAAAAAAAgEBAAAAAAAAAPEAAAAAAAIBNQAAAAAAAQFJAAAAAAACAQUAAAAAAAIBcQAAAAAAAgERAAAAAAAAAOUAAAAAAAABEQAAAAAAAADlAAAAAAAAAO0AAAAAAAGBhQAAAAAAAwFVAAAAAAACAR0AAAAAAAIBQQAAAAAAAgEJAAAAAAABAW0AAAAAAAIBEQAAAAAAAADtAAAAAAAAAREAAAAAAAIBMQAAAAAAAgFpAAAAAAAAANkAAAAAAAIBMQAAAAAAAAD9AAAAAAAAAU0AAAAAAAAA2QAAAAAAAAD5AAAAAAACAQEAAAAAAAIBQQAAAAAAAgEdAAAAAAAAAPEAAAAAAAIBXQAAAAAAAADtAAAAAAAAAO0AAAAAAAMBbQAAAAAAAAFdAAAAAAAAAPUAAAAAAAIBKQAAAAAAAgF5AAAAAAACAQEAAAAAAAEBXQAAAAAAAgEBAAAAAAAAAOEAAAAAAAABTQAAAAAAAgEVAAAAAAACASkAAAAAAAGBiQAAAAAAAgERAAAAAAACAR0AAAAAAAAA6QAAAAAAAgEpAAAAAAABAVEAAAAAAAAA9QAAAAAAAADdAAAAAAADAUkAAAAAAAAA7QAAAAAAAADVAAAAAAAAATkAAAAAAAAA8QAAAAAAAAENAAAAAAABQfkAAAAAAAABKQAAAAAAAAEBAAAAAAADAVkAAAAAAAAA7QAAAAAAAADlAAAAAAAAAPUAAAAAAAAA+QAAAAAAAgExAAAAAAAAARkAAAAAAAIBBQAAAAAAAADtAAAAAAAAAOUAAAAAAAABpQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA+QAAAAAAAgEBAAAAAAAAAQ0AAAAAAAIBNQAAAAAAAQGJAAAAAAAAAQkAAAAAAAAA+QAAAAAAAgFZAAAAAAACAR0AAAAAAAABBQAAAAAAAAGNAAAAAAAAAN0AAAAAAAMBSQAAAAAAAgEtAAAAAAADAVEAAAAAAACBjQAAAAAAAADhAAAAAAAAAOEAAAAAAAAA6QAAAAAAAAEpAAAAAAAAAP0AAAAAAAIBJQAAAAAAAgEFAAAAAAAAAO0AAAAAAAAA5QAAAAAAAgFNAAAAAAAAAO0AAAAAAAIBCQAAAAAAAAFZAAAAAAADAVUAAAAAAAABYQAAAAAAAAEZAAAAAAACATUAAAAAAAIBGQAAAAAAAAD9AAAAAAADgaEAAAAAAAABFQAAAAAAAgEhAAAAAAAAAP0AAAAAAAKBmQAAAAAAAAElAAAAAAABgYkAAAAAAAAA+QAAAAAAAADVAAAAAAAAASEAAAAAAAMBYQAAAAAAAwFRAAAAAAADAU0AAAAAAAMBQQAAAAAAAgENAAAAAAAAAN0AAAAAAAABTQAAAAAAAAD9AAAAAAAAAQUAAAAAAAEBTQAAAAAAAAEFAAAAAAAAAOEAAAAAAAEBTQAAAAAAAgEJAAAAAAAAAQ0AAAAAAAGBpQAAAAAAAgEFAAAAAAACARUAAAAAAAIBsQAAAAAAAgE5AAAAAAAAAUUAAAAAAAAA+QAAAAAAAAFVAAAAAAAAAOUAAAAAAAAA4QAAAAAAAgENAAAAAAACAV0AAAAAAAAA9QAAAAAAAgEpAAAAAAACAREAAAAAAAIBCQAAAAAAAgFFAAAAAAAAAN0AAAAAAAAA9QAAAAAAAAFNAAAAAAAAAQUAAAAAAAIBBQAAAAAAAgERAAAAAAACAQ0AAAAAAAABMQAAAAAAAAD5AAAAAAAAAPEAAAAAAAIBGQAAAAAAAAD1AAAAAAACAWUAAAAAAAAA5QAAAAAAAAD1AAAAAAAAAOUAAAAAAAABHQAAAAAAAAHBAAAAAAAAAN0AAAAAAAOBsQAAAAAAAAEVAAAAAAACASEAAAAAAAAA2QAAAAAAAwFdAAAAAAAAASEAAAAAAAABIQAAAAAAAgFZAAAAAAAAAOkAAAAAAAIBGQAAAAAAAgEhAAAAAAAAAN0AAAAAAAABJQAAAAAAAgEpAAAAAAACAQUAAAAAAAIBBQAAAAAAAAE1AAAAAAAAAO0AAAAAAAABCQAAAAAAAAEVAAAAAAAAASUAAAAAAAABFQAAAAAAAQFRAAAAAAAAAR0AAAAAAAABEQAAAAAAAgEdAAAAAAACATEAAAAAAAABQQAAAAAAAgFRAAAAAAAAAPUAAAAAAAIBMQAAAAAAAAFlAAAAAAAAANUAAAAAAAEBXQAAAAAAAgFZAAAAAAACATkAAAAAAAIBEQAAAAAAAgEZAAAAAAAAANkAAAAAAAIBNQAAAAAAAAEdAAAAAAACAQkAAAAAAAAA3QAAAAAAAgEFAAAAAAAAANUAAAAAAAIBMQAAAAAAAAEVAAAAAAAAANUAAAAAAAGBlQAAAAAAAAENAAAAAAAAAQ0AAAAAAAABCQAAAAAAAgEBAAAAAAAAANUAAAAAAAGBkQAAAAAAAgElAAAAAAACAWEAAAAAAAAA4QAAAAAAAADdAAAAAAAAgY0AAAAAAAAA/QAAAAAAAAD9AAAAAAAAATEAAAAAAAEBbQAAAAAAAAElAAAAAAAAAN0AAAAAAAABIQAAAAAAAAD5AAAAAAACARkAAAAAAAAA8QAAAAAAAgEVAAAAAAACAVUAAAAAAAAA9QAAAAAAAADxAAAAAAABAUEAAAAAAAMBQQAAAAAAAAD9AAAAAAACAQUAAAAAAAIBIQAAAAAAAAD1AAAAAAAAASUAAAAAAAIBBQAAAAAAAAD5AAAAAAACAQkAAAAAAAAA9QAAAAAAAAElAAAAAAACAVUAAAAAAAIBDQAAAAAAA2IZAAAAAAAAAN0AAAAAAAOBhQAAAAAAAADVAAAAAAAAAQkAAAAAAAIBCQAAAAAAAAD5AAAAAAACATUAAAAAAAABFQAAAAAAAADdAAAAAAAAARUAAAAAAAIBJQAAAAAAAgENAAAAAAAAAR0AAAAAAAIBFQAAAAAAAAEpAAAAAAACAUEAAAAAAAAA2QAAAAAAAgEVAAAAAAAAANUAAAAAAAAA+QAAAAAAAwFBAAAAAAAAAQEAAAAAAAIBLQAAAAAAAADVAAAAAAACAQ0AAAAAAAIBDQAAAAAAAAD9AAAAAAABAUkAAAAAAAABBQAAAAAAAAEhAAAAAAAAATEAAAAAAAMBRQAAAAAAAwFNAAAAAAAAAPUAAAAAAAABIQAAAAAAAAEZAAAAAAAAATEAAAAAAAABFQAAAAAAAgFJAAAAAAACARUAAAAAAAAA+QAAAAAAAwFBAAAAAAAAANkAAAAAAAIBDQAAAAAAAAEtAAAAAAAAAQEAAAAAAAABCQAAAAAAAAENAAAAAAAAAPEAAAAAAAAA+QAAAAAAAADhAAAAAAAAAP0AAAAAAAAA3QAAAAAAAgIpAAAAAAAAAQkAAAAAAAABAQAAAAAAAADhAAAAAAABgaEAAAAAAAAA/QAAAAAAAAEZAAAAAAAAAO0AAAAAAAAA8QAAAAAAAgFNAAAAAAACAQ0AAAAAAAAA1QAAAAAAAADVAAAAAAAAAUkAAAAAAAABGQAAAAAAAADdAAAAAAAAAOkAAAAAAAIBEQAAAAAAAADZAAAAAAAAASUAAAAAAAABDQAAAAAAAgEBAAAAAAACAREAAAAAAAABLQAAAAAAAADxAAAAAAAAAQUAAAAAAAIBBQAAAAAAAAENAAAAAAAAASEAAAAAAAABNQAAAAAAAgEpAAAAAAAAAOkAAAAAAAABNQAAAAAAAAD5AAAAAAACAQUAAAAAAAABBQAAAAAAAADhAAAAAAAAAQ0AAAAAAAABDQAAAAAAAgExAAAAAAACAQkAAAAAAAAA1QAAAAAAAADdAAAAAAAAAOkAAAAAAAAA9QAAAAAAAgFVAAAAAAAAAPUAAAAAAAAA6QAAAAAAAAD9AAAAAAAAAPEAAAAAAAAA5QAAAAAAAADlAAAAAAAAAQ0AAAAAAAABGQAAAAAAAADxAAAAAAACAQkAAAAAAAABOQAAAAAAAwFtAAAAAAAAASEAAAAAAAMBaQAAAAAAAADpAAAAAAAAANkAAAAAAAIBGQAAAAAAAADhAAAAAAACAQ0AAAAAAAABWQAAAAAAAgEFAAAAAAAAATUAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAQUAAAAAAAABCQAAAAAAAQFFAAAAAAAAAQUAAAAAAAAA3QAAAAAAAAEZAAAAAAAAAPUAAAAAAAABAQAAAAAAAADlAAAAAAAAAPEAAAAAAAIBEQAAAAAAAAFJAAAAAAACAQEAAAAAAAIBDQAAAAAAAQGJAAAAAAAAAO0AAAAAAAIBGQAAAAAAAQFZAAAAAAAAAPUAAAAAAAAA7QAAAAAAAQFBAAAAAAAAAOUAAAAAAAAA2QAAAAAAAAElAAAAAAAAASUAAAAAAAAA2QAAAAAAAAEpAAAAAAAAANkAAAAAAAAA4QAAAAAAAgE1AAAAAAACAQEAAAAAAAABGQAAAAAAAAD5AAAAAAACAQUAAAAAAAABIQAAAAAAAgEBAAAAAAACAQEAAAAAAAIBHQAAAAAAAAEBAAAAAAAAAN0AAAAAAAABBQAAAAAAAADdAAAAAAAAAVkAAAAAAAIBLQAAAAAAAgElAAAAAAACAR0AAAAAAAABQQAAAAAAAAD9AAAAAAAAANUAAAAAAAEBUQAAAAAAAAFFAAAAAAAAANUAAAAAAAABFQAAAAAAAAEpAAAAAAACAQEAAAAAAAABIQAAAAAAAAEFAAAAAAABQdEAAAAAAAAA/QAAAAAAAgFpAAAAAAACARUAAAAAAAAA2QAAAAAAAADhAAAAAAAAAP0AAAAAAAAA/QAAAAAAAAD5AAAAAAAAAN0AAAAAAAAA1QAAAAAAAADhAAAAAAACASUAAAAAAAIBEQAAAAAAAgEBAAAAAAAAARUAAAAAAAAA2QAAAAAAAAENAAAAAAACAQUAAAAAAAAA2QAAAAAAAgFJAAAAAAAAAPUAAAAAAAIBIQAAAAAAAAEdAAAAAAAAAOkAAAAAAAIBAQAAAAAAAAD5AAAAAAADAW0AAAAAAAABDQAAAAAAAADhAAAAAAAAAR0AAAAAAAAA6QAAAAAAAgEJAAAAAAABAakAAAAAAAIBEQAAAAAAAgFNAAAAAAAAAOEAAAAAAAAA1QAAAAAAAgEBAAAAAAACARkAAAAAAAAA1QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBOQAAAAAAAgEZAAAAAAAAANUAAAAAAAAA9QAAAAAAAADZAAAAAAAAAOkAAAAAAAABAQAAAAAAAAENAAAAAAACAQUAAAAAAAAA3QAAAAAAAQFFAAAAAAAAARUAAAAAAAAA9QAAAAAAAgEBAAAAAAACAV0AAAAAAAMBRQAAAAAAAADpAAAAAAACARkAAAAAAAIBFQAAAAAAAAD9AAAAAAACAVUAAAAAAAAA3QAAAAAAAADtAAAAAAACAREAAAAAAAAA5QAAAAAAAAEhAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAEBAAAAAAACAQ0AAAAAAAAA/QAAAAAAAgEtAAAAAAACARUAAAAAAAAA7QAAAAAAAQFFAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAADpAAAAAAAAAQUAAAAAAAIBLQAAAAAAAgFJAAAAAAAAAOUAAAAAAAIBVQAAAAAAAADlAAAAAAACAQ0AAAAAAAABIQAAAAAAAADZAAAAAAAAAS0AAAAAAAAA8QAAAAAAAAD5AAAAAAACASEAAAAAAAABPQAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA+QAAAAAAAADdAAAAAAACAQUAAAAAAAABCQAAAAAAAgEVAAAAAAACAS0AAAAAAAAA9QAAAAAAAAEZAAAAAAAAASkAAAAAAAABRQAAAAAAAAEJAAAAAAAAAO0AAAAAAAABDQAAAAAAAAEBAAAAAAAAAOkAAAAAAAAA1QAAAAAAAADVAAAAAAAAANkAAAAAAAABEQAAAAAAAAFFAAAAAAAAARUAAAAAAAAA7QAAAAAAAADtAAAAAAACASkAAAAAAAAA7QAAAAAAAgEhAAAAAAACAR0AAAAAAAAA8QAAAAAAAADlAAAAAAAAAPUAAAAAAAAA2QAAAAAAAADtAAAAAAAAAPUAAAAAAAABFQAAAAAAAgEZAAAAAAAAAQEAAAAAAAIBHQAAAAAAAADdAAAAAAAAANUAAAAAAAABRQAAAAAAAgEFAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA6QAAAAAAAAD1AAAAAAAAAR0AAAAAAAIBDQAAAAAAAAEVAAAAAAACAQEAAAAAAAAA+QAAAAAAAgEhAAAAAAAAAO0AAAAAAAOBgQAAAAAAAAD1AAAAAAAAARUAAAAAAAAA7QAAAAAAAAD9AAAAAAACATkAAAAAAAAA7QAAAAAAAAF1AAAAAAAAANkAAAAAAAAA9QAAAAAAAAEVAAAAAAAAATEAAAAAAAABDQAAAAAAAAD5AAAAAAAAAQkAAAAAAAAA/QAAAAAAAAEtAAAAAAAAAOEAAAAAAAIBAQAAAAAAAADZAAAAAAACAQUAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAQEAAAAAAAAA1QAAAAAAAADdAAAAAAACARkAAAAAAAIBCQAAAAAAAgEZAAAAAAACAQEAAAAAAAAA/QAAAAAAAAEhAAAAAAACAR0AAAAAAAAA3QAAAAAAAADhAAAAAAAAANkAAAAAAAABFQAAAAAAAkHBAAAAAAADAZ0AAAAAAAAA4QAAAAAAAADlAAAAAAACAS0AAAAAAAEBWQAAAAAAAwFVAAAAAAAAAPkAAAAAAAAA4QAAAAAAAgEhAAAAAAADgYkAAAAAAAIBAQAAAAAAAwFdAAAAAAAAAOEAAAAAAAABGQAAAAAAAAERAAAAAAAAANkAAAAAAAIBBQAAAAAAAAEhAAAAAAAAANUAAAAAAAABSQAAAAAAAADVAAAAAAAAAOEAAAAAAAIBGQAAAAAAAAEBAAAAAAAAAPEAAAAAAAAA/QAAAAAAAgEVAAAAAAACAQ0AAAAAAAAA1QAAAAAAAgEVAAAAAAAAANkAAAAAAAIBIQAAAAAAAADtAAAAAAAAAPUAAAAAAAABAQAAAAAAAADlAAAAAAACAQ0AAAAAAAIBBQAAAAAAAADxAAAAAAACARkAAAAAAAABCQAAAAAAAAEdAAAAAAAAARUAAAAAAAAA/QAAAAAAAAFJAAAAAAAAAOEAAAAAAAABCQAAAAAAAAEBAAAAAAAAAPkAAAAAAAAA4QAAAAAAAgEJAAAAAAAAAQEAAAAAAAABIQAAAAAAAgExAAAAAAAAAQUAAAAAAAAA7QAAAAAAAADtAAAAAAABAakAAAAAAAAA1QAAAAAAAgEhAAAAAAAAATUAAAAAAAIBCQAAAAAAAADhAAAAAAAAAP0AAAAAAAAA4QAAAAAAAAElAAAAAAAAAP0AAAAAAAIBCQAAAAAAAgEtAAAAAAAAAO0AAAAAAAIBJQAAAAAAAAD5AAAAAAAAARUAAAAAAAMBRQAAAAAAAADhAAAAAAACAUkAAAAAAAAA+QAAAAAAAADpAAAAAAAAAP0AAAAAAAAA/QAAAAAAAADtAAAAAAAAANkAAAAAAAABDQAAAAAAAADhAAAAAAAAAOUAAAAAAAABHQAAAAAAAAD5AAAAAAAAAN0AAAAAAAABGQAAAAAAAAEFAAAAAAAAANkAAAAAAAAA7QAAAAAAAgENAAAAAAAAAPkAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAPEAAAAAAAIBBQAAAAAAAAD5AAAAAAACARUAAAAAAAAA7QAAAAAAAADVAAAAAAAAAO0AAAAAAAAA4QAAAAAAAgENAAAAAAAAAQEAAAAAAAAA8QAAAAAAAgEJAAAAAAAAAPEAAAAAAAABFQAAAAAAAADZAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAEJAAAAAAAAAOEAAAAAAAIBBQAAAAAAAgEFAAAAAAAAAPUAAAAAAAABGQAAAAAAAgEBAAAAAAAAAREAAAAAAAAA2QAAAAAAAAEpAAAAAAAAAPkAAAAAAAABBQAAAAAAAADpAAAAAAAAAPEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAOkAAAAAAAIBEQAAAAAAAAEdAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAADVAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADdAAAAAAAAAPkAAAAAAAEBQQAAAAAAAADtAAAAAAAAAQ0AAAAAAAAA1QAAAAAAAAD5AAAAAAAAAPkAAAAAAAAA2QAAAAAAAAFBAAAAAAAAARUAAAAAAAAA8QAAAAAAAADdAAAAAAAAANkAAAAAAAAA6QAAAAAAAgEBAAAAAAABAUEAAAAAAAABJQAAAAAAAAFFAAAAAAAAAOEAAAAAAAIBKQAAAAAAAAE5AAAAAAACAQEAAAAAAAIBDQAAAAAAAwFBAAAAAAABAUkAAAAAAAAA7QAAAAAAAgEZAAAAAAAAAQkAAAAAAAABDQAAAAAAAADpAAAAAAAAAPUAAAAAAAAA6QAAAAAAAADhAAAAAAACAQEAAAAAAAAA8QAAAAAAAgFBAAAAAAACARUAAAAAAAIBBQAAAAAAAgEBAAAAAAAAAOEAAAAAAAAA4QAAAAAAAADpAAAAAAAAAQEAAAAAAAAA5QAAAAAAAAENAAAAAAAAAOkAAAAAAAIBAQAAAAAAAADtAAAAAAAAAOEAAAAAAAABAQAAAAAAAAEdAAAAAAAAAO0AAAAAAAIBCQAAAAAAAADZAAAAAAACAQUAAAAAAAIBFQAAAAAAAAElAAAAAAAAAPUAAAAAAAAA6QAAAAAAAADdAAAAAAAAANUAAAAAAAAA5QAAAAAAAgEdAAAAAAAAAN0AAAAAAAABAQAAAAAAAAD5AAAAAAAAAPUAAAAAAAAA3QAAAAAAAADxAAAAAAAAAPEAAAAAAAAA3QAAAAAAAADlAAAAAAAAAQkAAAAAAAIBIQAAAAAAAAERAAAAAAAAAREAAAAAAAABDQAAAAAAAAEhAAAAAAAAAOUAAAAAAAIBAQAAAAAAAAEhAAAAAAACAQ0AAAAAAAAA3QAAAAAAAADZAAAAAAAAARUAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAADlAAAAAAAAAN0AAAAAAAAA2QAAAAAAAgEJAAAAAAAAANkAAAAAAAABDQAAAAAAAgEFAAAAAAAAAO0AAAAAAAAA9QAAAAAAAgEJAAAAAAAAAQkAAAAAAAAA5QAAAAAAAAEFAAAAAAACAREAAAAAAAAA5QAAAAAAAADxAAAAAAAAAPUAAAAAAAABAQAAAAAAAgEJAAAAAAAAAPUAAAAAAAAA9QAAAAAAAAD9AAAAAAACAQUAAAAAAAAA/QAAAAAAAADhAAAAAAAAAR0AAAAAAAIBBQAAAAAAAgEBAAAAAAACAQUAAAAAAAAA/QAAAAAAAADZAAAAAAAAANUAAAAAAAAA5QAAAAAAAAD1AAAAAAACAQ0AAAAAAAIBBQAAAAAAAADhAAAAAAAAANUAAAAAAAAA7QAAAAAAAAEJAAAAAAAAAP0AAAAAAAAA3QAAAAAAAADVAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAAD9AAAAAAAAAQUAAAAAAAIBAQAAAAAAAgElAAAAAAACAQEAAAAAAAAA7QAAAAAAAAEdAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAADVAAAAAAAAAPkAAAAAAAAA3QAAAAAAAADtAAAAAAABAUEAAAAAAAAA3QAAAAAAAADdAAAAAAAAAQkAAAAAAAAA7QAAAAAAAADpAAAAAAAAAQEAAAAAAAIBAQAAAAAAAAEFAAAAAAAAAO0AAAAAAAIBEQAAAAAAAADhAAAAAAACARUAAAAAAAABAQAAAAAAAADhAAAAAAAAAN0AAAAAAAIBBQAAAAAAAAERAAAAAAACAQEAAAAAAAIBFQAAAAAAAAEBAAAAAAAAANkAAAAAAAAA1QAAAAAAAADtAAAAAAAAANUAAAAAAAAA8QAAAAAAAADhAAAAAAACAQ0AAAAAAAABEQAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA7QAAAAAAAADdAAAAAAAAAN0AAAAAAAAA3QAAAAAAAADxAAAAAAACAR0AAAAAAAAA/QAAAAAAAAEVAAAAAAAAANUAAAAAAAAA4QAAAAAAAgEJAAAAAAAAARUAAAAAAAAA+QAAAAAAAAD5AAAAAAAAANkAAAAAAAAA3QAAAAAAAADtAAAAAAACARkAAAAAAAAA5QAAAAAAAAEJAAAAAAAAAR0AAAAAAAAA8QAAAAAAAgEVAAAAAAAAAQ0AAAAAAAAA5QAAAAAAAAERAAAAAAACARUAAAAAAAAA9QAAAAAAAADZAAAAAAAAASEAAAAAAAABEQAAAAAAAADtAAAAAAAAAOkAAAAAAAABBQAAAAAAAADpAAAAAAAAAOUAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAPkAAAAAAAAA3QAAAAAAAADdAAAAAAAAAPUAAAAAAAABCQAAAAAAAgEVAAAAAAAAAO0AAAAAAAAA5QAAAAAAAgEFAAAAAAAAAOEAAAAAAAAA2QAAAAAAAAEVAAAAAAAAAPEAAAAAAAAA/QAAAAAAAAEBAAAAAAACAQEAAAAAAAABAQAAAAAAAADpAAAAAAAAAO0AAAAAAAAA5QAAAAAAAAERAAAAAAAAAPkAAAAAAAIBHQAAAAAAAADVAAAAAAAAARkAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAQEAAAAAAAIBIQAAAAAAAADVAAAAAAAAARkAAAAAAAAA7QAAAAAAAgEBAAAAAAAAAQEAAAAAAAAA5QAAAAAAAAENAAAAAAAAANUAAAAAAAAA4QAAAAAAAADtAAAAAAAAANUAAAAAAAAA3QAAAAAAAADVAAAAAAAAANUAAAAAAAABEQAAAAAAAAENAAAAAAACAREAAAAAAAAA6QAAAAAAAADxAAAAAAAAAPkAAAAAAAIBEQAAAAAAAADxAAAAAAAAAN0AAAAAAAAA2QAAAAAAAADhAAAAAAAAANkA=</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=77" index="76" defaultArrayLength="1437">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="295.903" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.0381" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.3" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15328">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15328">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=78" index="77" defaultArrayLength="1405">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="296.24" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.8776" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.96" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14988">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14988">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=79" index="78" defaultArrayLength="1395">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="296.576" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.008" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.89" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14880">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14880">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOUAAAAAAAAA+QAAAAAAAgEJAAAAAAAAASkAAAAAAAAA5QAAAAAAAADtAAAAAAAAATEAAAAAAAIBEQAAAAAAAAEhAAAAAAACAQEAAAAAAAAA3QAAAAAAAAENAAAAAAAAAOEAAAAAAAABGQAAAAAAAADhAAAAAAAAARUAAAAAAAABKQAAAAAAAgEVAAAAAAAAAQ0AAAAAAAABBQAAAAAAAwFJAAAAAAACAQUAAAAAAAAA6QAAAAAAAgExAAAAAAACAREAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAR0AAAAAAAIBAQAAAAAAAgEhAAAAAAACAQUAAAAAAAAA9QAAAAAAAADxAAAAAAABAU0AAAAAAAABKQAAAAAAAAEpAAAAAAAAAREAAAAAAAIBPQAAAAAAAgFRAAAAAAAAAREAAAAAAAIBFQAAAAAAAAEdAAAAAAACAQUAAAAAAAAA4QAAAAAAAADlAAAAAAAAANUAAAAAAAIBCQAAAAAAAAEBAAAAAAACATEAAAAAAAABVQAAAAAAAAD9AAAAAAACARkAAAAAAAABGQAAAAAAAAFFAAAAAAAAASEAAAAAAAABYQAAAAAAAwFNAAAAAAAAAT0AAAAAAAABGQAAAAAAAgERAAAAAAABAVUAAAAAAAABKQAAAAAAAgEdAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAFBAAAAAAACATkAAAAAAAIBCQAAAAAAAAE1AAAAAAACAREAAAAAAAAA4QAAAAAAAgFBAAAAAAABAVUAAAAAAAAA2QAAAAAAAAEBAAAAAAAAAVEAAAAAAAIBSQAAAAAAAADtAAAAAAAAAUUAAAAAAAABTQAAAAAAAQG5AAAAAAAAAOUAAAAAAAABcQAAAAAAAgEtAAAAAAAAATEAAAAAAAAA7QAAAAAAAAEhAAAAAAAAAS0AAAAAAAIBOQAAAAAAAgEJAAAAAAAAAOEAAAAAAAAA8QAAAAAAAAD1AAAAAAACAQ0AAAAAAAIBEQAAAAAAAgEhAAAAAAAAAPEAAAAAAAIBMQAAAAAAAADtAAAAAAAAAVEAAAAAAAAA+QAAAAAAAAE9AAAAAAADAUUAAAAAAAAA1QAAAAAAAgEVAAAAAAAAASkAAAAAAAABBQAAAAAAAAFVAAAAAAAAAUEAAAAAAAIBHQAAAAAAAADxAAAAAAAAAPEAAAAAAAAA2QAAAAAAAgEBAAAAAAAAAQEAAAAAAAAA8QAAAAAAAQFVAAAAAAAAAO0AAAAAAAABCQAAAAAAAADxAAAAAAACAR0AAAAAAAIBEQAAAAAAAADxAAAAAAACAQUAAAAAAAIBcQAAAAAAAgExAAAAAAAAAOkAAAAAAAABHQAAAAAAAgExAAAAAAAAAPEAAAAAAAIBRQAAAAAAAgEZAAAAAAACAQUAAAAAAAIBBQAAAAAAAgEJAAAAAAACAQ0AAAAAAAABIQAAAAAAAgEdAAAAAAAAAUkAAAAAAAABOQAAAAAAAAF5AAAAAAAAAQ0AAAAAAAABCQAAAAAAAAFBAAAAAAAAATUAAAAAAAIBOQAAAAAAAgE1AAAAAAAAAVEAAAAAAAAA5QAAAAAAAgEZAAAAAAACAQUAAAAAAAEBQQAAAAAAAAE1AAAAAAACgYUAAAAAAAIBIQAAAAAAAADdAAAAAAACAQEAAAAAAAABDQAAAAAAAADlAAAAAAADAW0AAAAAAAAA9QAAAAAAAgFZAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADZAAAAAAACAVkAAAAAAAIBCQAAAAAAAADZAAAAAAACAT0AAAAAAAIBHQAAAAAAAAEBAAAAAAACATUAAAAAAAMBfQAAAAAAAgFFAAAAAAAAASUAAAAAAAIBGQAAAAAAAgENAAAAAAAAASEAAAAAAAABVQAAAAAAAADVAAAAAAAAAS0AAAAAAAABhQAAAAAAAgEtAAAAAAAAARUAAAAAAAIBNQAAAAAAAAEpAAAAAAAAAOUAAAAAAAEBWQAAAAAAAgEVAAAAAAAAAYEAAAAAAAIBSQAAAAAAAADxAAAAAAACAUkAAAAAAACCBQAAAAAAAQFtAAAAAAADAWEAAAAAAAABGQAAAAAAAgEFAAAAAAABAUUAAAAAAAIBOQAAAAAAAwFFAAAAAAAAAP0AAAAAAAIBCQAAAAAAAgEVAAAAAAACARkAAAAAAAIBBQAAAAAAAAD1AAAAAAABAUUAAAAAAAABQQAAAAAAAgEtAAAAAAADAV0AAAAAAAAA2QAAAAAAAgEhAAAAAAABgZUAAAAAAAABCQAAAAAAAAD5AAAAAAAAARUAAAAAAAAA7QAAAAAAAAFlAAAAAAACAQEAAAAAAAABNQAAAAAAAAD5AAAAAAAAAQkAAAAAAAAA2QAAAAAAAQFNAAAAAAADAX0AAAAAAAIBEQAAAAAAAAFNAAAAAAAAAN0AAAAAAAAA5QAAAAAAAAEZAAAAAAACAV0AAAAAAAABMQAAAAAAAgEtAAAAAAAAAOkAAAAAAAABQQAAAAAAAAERAAAAAAAAASUAAAAAAAIBGQAAAAAAAAE5AAAAAAAAAUUAAAAAAAIBGQAAAAAAAAENAAAAAAAAANUAAAAAAAABHQAAAAAAAADZAAAAAAAAASkAAAAAAAABAQAAAAAAAAD5AAAAAAACASkAAAAAAAAA9QAAAAAAAAEZAAAAAAAAAPEAAAAAAAOBkQAAAAAAAwFBAAAAAAACAREAAAAAAAIBCQAAAAAAAgEVAAAAAAAAAXEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAASEAAAAAAAABGQAAAAAAAQFFAAAAAAAAATUAAAAAAAABbQAAAAAAAAEpAAAAAAAAANUAAAAAAAAA9QAAAAAAAwFBAAAAAAAAAZEAAAAAAAABFQAAAAAAAAEdAAAAAAACAQ0AAAAAAAABGQAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBKQAAAAAAAwFRAAAAAAAAATUAAAAAAAAA3QAAAAAAAADZAAAAAAAAATUAAAAAAAIBDQAAAAAAAADxAAAAAAAAAQEAAAAAAAIBmQAAAAAAAgEFAAAAAAAAANUAAAAAAAABBQAAAAAAAgFdAAAAAAAAATUAAAAAAAIBAQAAAAAAAQFVAAAAAAAAAYUAAAAAAAIBDQAAAAAAAAFZAAAAAAACAQ0AAAAAAAABHQAAAAAAAQGZAAAAAAACARUAAAAAAAAA6QAAAAAAAAERAAAAAAAAAOEAAAAAAAABAQAAAAAAAgE5AAAAAAACAQEAAAAAAAABCQAAAAAAAgEhAAAAAAAAAQUAAAAAAAIBMQAAAAAAAAD1AAAAAAACAQEAAAAAAAABfQAAAAAAAADZAAAAAAAAARkAAAAAAAIBHQAAAAAAAgFpAAAAAAACAQEAAAAAAAIBTQAAAAAAAAD1AAAAAAAAAQ0AAAAAAAAA9QAAAAAAAgEFAAAAAAACgY0AAAAAAAABLQAAAAAAAgERAAAAAAACAREAAAAAAAIBUQAAAAAAAgEVAAAAAAADAV0AAAAAAAABXQAAAAAAAAEVAAAAAAACAS0AAAAAAAAA9QAAAAAAAgElAAAAAAAAAQEAAAAAAAABDQAAAAAAAgEBAAAAAAABAUkAAAAAAAIBIQAAAAAAAgFpAAAAAAAAAOEAAAAAAAAA9QAAAAAAAgENAAAAAAAAAOkAAAAAAAABWQAAAAAAAADVAAAAAAAAAQUAAAAAAAJCHQAAAAAAAgEhAAAAAAADAVkAAAAAAAAA4QAAAAAAAAF5AAAAAAAAAQ0AAAAAAAMBYQAAAAAAAIGRAAAAAAAAAQEAAAAAAAABBQAAAAAAAAEJAAAAAAAAAREAAAAAAAEBRQAAAAAAAAEZAAAAAAABAXEAAAAAAAAA9QAAAAAAAAEVAAAAAAAAAO0AAAAAAAIBhQAAAAAAAADdAAAAAAAAAO0AAAAAAAAA1QAAAAAAAgEtAAAAAAAAAQkAAAAAAAABGQAAAAAAAgEpAAAAAAAAATUAAAAAAAIBAQAAAAAAAADtAAAAAAAAASEAAAAAAAAA7QAAAAAAAgE1AAAAAAAAAPUAAAAAAACBkQAAAAAAAAEhAAAAAAAAANUAAAAAAAABaQAAAAAAAgEZAAAAAAACAQEAAAAAAAAA9QAAAAAAAwFpAAAAAAAAASkAAAAAAAABPQAAAAAAAwFRAAAAAAACgYkAAAAAAAIBCQAAAAAAAADtAAAAAAACAQUAAAAAAAIBPQAAAAAAA4GBAAAAAAAAAQUAAAAAAAIBIQAAAAAAAQFFAAAAAAAAAQUAAAAAAAABCQAAAAAAAwFJAAAAAAAAAOUAAAAAAAABMQAAAAAAAAEZAAAAAAAAAT0AAAAAAAABVQAAAAAAAgEJAAAAAAAAAOkAAAAAAAAA4QAAAAAAAAElAAAAAAADAUEAAAAAAAABOQAAAAAAAADVAAAAAAABgZEAAAAAAAABEQAAAAAAAAEVAAAAAAADAXEAAAAAAAOBgQAAAAAAAADdAAAAAAAAAOUAAAAAAAAA1QAAAAAAAwFRAAAAAAAAAOUAAAAAAAABAQAAAAAAAAFdAAAAAAAAAOkAAAAAAAABBQAAAAAAAAEJAAAAAAACAXEAAAAAAAIBGQAAAAAAAADpAAAAAAADAU0AAAAAAAIBCQAAAAAAAAEFAAAAAAACAREAAAAAAAABIQAAAAAAAADlAAAAAAACAR0AAAAAAAABKQAAAAAAAADdAAAAAAAAAVUAAAAAAAAA7QAAAAAAAgF9AAAAAAACAQ0AAAAAAAABEQAAAAAAAgFBAAAAAAACARkAAAAAAAIBgQAAAAAAAYGFAAAAAAAAAOUAAAAAAAAA7QAAAAAAAgElAAAAAAABAXUAAAAAAAIBPQAAAAAAAAEtAAAAAAABgakAAAAAAAAA2QAAAAAAAgEVAAAAAAACASEAAAAAAAIBlQAAAAAAAADtAAAAAAAAAOEAAAAAAAMBbQAAAAAAAgEpAAAAAAACAR0AAAAAAAIBaQAAAAAAAgGBAAAAAAAAAOkAAAAAAAGBkQAAAAAAAAE5AAAAAAACAT0AAAAAAAIBCQAAAAAAAADVAAAAAAAAANkAAAAAAAAA/QAAAAAAAgEJAAAAAAABAXUAAAAAAAAA1QAAAAAAAAEtAAAAAAACARkAAAAAAACBlQAAAAAAAQFhAAAAAAADgZUAAAAAAAAA/QAAAAAAAADdAAAAAAAAAQkAAAAAAAIBJQAAAAAAAADVAAAAAAADAW0AAAAAAAABDQAAAAAAAgENAAAAAAABAVEAAAAAAAIBCQAAAAAAAgE9AAAAAAAAAO0AAAAAAAIBAQAAAAAAAAExAAAAAAACAVUAAAAAAAIBKQAAAAAAAgENAAAAAAAAAQ0AAAAAAAABDQAAAAAAAADVAAAAAAACAQ0AAAAAAAEBTQAAAAAAAgGdAAAAAAABAXkAAAAAAAABEQAAAAAAAgF9AAAAAAAAAPEAAAAAAAABOQAAAAAAAAExAAAAAAACASkAAAAAAAIBGQAAAAAAAIGZAAAAAAAAAOEAAAAAAAAA3QAAAAAAAwF9AAAAAAADAYkAAAAAAAABKQAAAAAAAAEBAAAAAAACATEAAAAAAAIBOQAAAAAAAgEZAAAAAAADAWEAAAAAAAABMQAAAAAAAQFFAAAAAAADAZkAAAAAAAIBFQAAAAAAAAExAAAAAAACARUAAAAAAAAA7QAAAAAAAgEJAAAAAAAAgaUAAAAAAAIBFQAAAAAAAgENAAAAAAADgZ0AAAAAAAAA9QAAAAAAAgE9AAAAAAAAAR0AAAAAAAAA4QAAAAAAAYGJAAAAAAAAAPkAAAAAAAABbQAAAAAAAAEtAAAAAAABAXUAAAAAAAIBGQAAAAAAAAFNAAAAAAACAVEAAAAAAAAA8QAAAAAAAAEZAAAAAAAAAT0AAAAAAAIBCQAAAAAAAwFRAAAAAAAAASEAAAAAAAAA9QAAAAAAAAD1AAAAAAACAQkAAAAAAAABBQAAAAAAAgEJAAAAAAACAQUAAAAAAAMBaQAAAAAAAADdAAAAAAACAY0AAAAAAAAA/QAAAAAAAADxAAAAAAAAATEAAAAAAAAA5QAAAAAAAAEVAAAAAAACAQUAAAAAAAABFQAAAAAAAAExAAAAAAACAQEAAAAAAAIBRQAAAAAAAAEFAAAAAAACAUUAAAAAAAEBWQAAAAAAAAFZAAAAAAACAQkAAAAAAAIBLQAAAAAAAADpAAAAAAAAARUAAAAAAAAA6QAAAAAAAQFBAAAAAAAAAPEAAAAAAAAA/QAAAAAAAgFVAAAAAAAAANUAAAAAAAAA+QAAAAAAAAEZAAAAAAAAANUAAAAAAAABOQAAAAAAAAEVAAAAAAADAVkAAAAAAAAA5QAAAAAAAADZAAAAAAAAAUkAAAAAAAIBGQAAAAAAAgENAAAAAAAAANkAAAAAAAMBTQAAAAAAAADtAAAAAAAAAN0AAAAAAAABMQAAAAAAAAD5AAAAAAABAVUAAAAAAAIBOQAAAAAAAADVAAAAAAABAVUAAAAAAAABIQAAAAAAAAFhAAAAAAAAAUEAAAAAAAGBgQAAAAAAAgEdAAAAAAAAAP0AAAAAAAMBRQAAAAAAAADtAAAAAAACASkAAAAAAAIBLQAAAAAAAADxAAAAAAABAUUAAAAAAAIBGQAAAAAAAgFRAAAAAAAAAQUAAAAAAAMBRQAAAAAAAgEJAAAAAAABAV0AAAAAAAIBMQAAAAAAAADVAAAAAAAAAOUAAAAAAAIBGQAAAAAAAAD1AAAAAAAAARkAAAAAAAAA9QAAAAAAAgEVAAAAAAACAQUAAAAAAAAA3QAAAAAAAAEJAAAAAAAAAQkAAAAAAAIBNQAAAAAAAqIFAAAAAAAAAO0AAAAAAAOBjQAAAAAAAADVAAAAAAACAREAAAAAAAIBHQAAAAAAAADVAAAAAAACAUkAAAAAAAABGQAAAAAAAAD9AAAAAAACARkAAAAAAAEBSQAAAAAAAADtAAAAAAAAAPkAAAAAAAAA3QAAAAAAAQFVAAAAAAAAAQEAAAAAAAABAQAAAAAAAAEFAAAAAAACAVEAAAAAAAIBOQAAAAAAAgFBAAAAAAACAQEAAAAAAAABCQAAAAAAAgEVAAAAAAAAAQUAAAAAAAABEQAAAAAAAAERAAAAAAAAAQUAAAAAAAIBDQAAAAAAAADtAAAAAAAAAPEAAAAAAAAA7QAAAAAAAAExAAAAAAAAAN0AAAAAAAAA8QAAAAAAAAFBAAAAAAACAQkAAAAAAAAA+QAAAAAAAAEhAAAAAAACAQ0AAAAAAAIBKQAAAAAAAADtAAAAAAAAANkAAAAAAAABBQAAAAAAAADhAAAAAAACARUAAAAAAAABFQAAAAAAAADVAAAAAAAAAOEAAAAAAAABCQAAAAAAAAEVAAAAAAAAAQ0AAAAAAAABAQAAAAAAAkHhAAAAAAACAX0AAAAAAAIBHQAAAAAAAADVAAAAAAACASUAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAPUAAAAAAAAA7QAAAAAAAAFVAAAAAAAAANkAAAAAAAAA8QAAAAAAAgEhAAAAAAAAAQUAAAAAAAAA6QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA6QAAAAAAAgExAAAAAAAAAO0AAAAAAAEBQQAAAAAAAADVAAAAAAAAANUAAAAAAAAA5QAAAAAAAQFVAAAAAAAAAOkAAAAAAAIBHQAAAAAAAAERAAAAAAAAANkAAAAAAAAA3QAAAAAAAgElAAAAAAACARUAAAAAAAABBQAAAAAAAAD1AAAAAAAAAS0AAAAAAAIBIQAAAAAAAADhAAAAAAAAARkAAAAAAAABFQAAAAAAAADxAAAAAAAAATUAAAAAAAABCQAAAAAAAADVAAAAAAADAU0AAAAAAAABJQAAAAAAAgE1AAAAAAAAASkAAAAAAAAA3QAAAAAAAADxAAAAAAACARUAAAAAAAAA8QAAAAAAAADtAAAAAAACAQUAAAAAAAABEQAAAAAAAgEJAAAAAAACAREAAAAAAAIBGQAAAAAAAQF1AAAAAAACARkAAAAAAAAA8QAAAAAAAAERAAAAAAAAASEAAAAAAAABHQAAAAAAAgEBAAAAAAAAAQEAAAAAAAABIQAAAAAAAADpAAAAAAACAQkAAAAAAAAA9QAAAAAAAADdAAAAAAAAAN0AAAAAAAABQQAAAAAAAgEpAAAAAAAAAUEAAAAAAAEBQQAAAAAAAgEFAAAAAAAAAO0AAAAAAAIBJQAAAAAAAgEBAAAAAAACAQEAAAAAAAJByQAAAAAAAsHZAAAAAAABAYUAAAAAAAEBQQAAAAAAAAEZAAAAAAACAQEAAAAAAAAA7QAAAAAAAgEFAAAAAAACAUEAAAAAAAEBRQAAAAAAAgEhAAAAAAACAUUAAAAAAAEBdQAAAAAAAAEhAAAAAAAAAPUAAAAAAAAA1QAAAAAAAwFBAAAAAAAAAOUAAAAAAAAA9QAAAAAAAgEBAAAAAAAAAN0AAAAAAAABEQAAAAAAAgEZAAAAAAAAAQEAAAAAAAIBUQAAAAAAAADhAAAAAAAAAOkAAAAAAAIBVQAAAAAAAADdAAAAAAAAAPkAAAAAAAABJQAAAAAAAgENAAAAAAACAQEAAAAAAAIBGQAAAAAAAADZAAAAAAAAAQUAAAAAAAAA1QAAAAAAAADZAAAAAAAAATEAAAAAAAABNQAAAAAAA4HBAAAAAAAAAO0AAAAAAAIBGQAAAAAAAQGhAAAAAAAAAQkAAAAAAAAA7QAAAAAAAAEBAAAAAAAAAO0AAAAAAAABGQAAAAAAAADhAAAAAAAAASEAAAAAAAABIQAAAAAAAgEhAAAAAAACAQEAAAAAAAIBEQAAAAAAAAEFAAAAAAAAAO0AAAAAAAAA4QAAAAAAAwFJAAAAAAAAAOUAAAAAAAAA+QAAAAAAA4GVAAAAAAAAAS0AAAAAAACBgQAAAAAAAgEVAAAAAAACAWkAAAAAAAABPQAAAAAAAADlAAAAAAACAQkAAAAAAAIBKQAAAAAAAADxAAAAAAAAAPUAAAAAAAABAQAAAAAAAAEBAAAAAAAAAPEAAAAAAAAA/QAAAAAAAgERAAAAAAACAQUAAAAAAAAA7QAAAAAAAgExAAAAAAACATUAAAAAAAABFQAAAAAAAADlAAAAAAAAAQEAAAAAAAIBBQAAAAAAAADhAAAAAAAAAN0AAAAAAAIBSQAAAAAAAAF9AAAAAAAAAPUAAAAAAAABFQAAAAAAAAEBAAAAAAACAQ0AAAAAAAAA+QAAAAAAAAERAAAAAAAAAP0AAAAAAAAA+QAAAAAAAADhAAAAAAAAAQ0AAAAAAAIBDQAAAAAAAADlAAAAAAACARUAAAAAAAAA2QAAAAAAAADZAAAAAAAAAQkAAAAAAAABFQAAAAAAAgElAAAAAAAAAPEAAAAAAAIBAQAAAAAAAADVAAAAAAAAAN0AAAAAAAABCQAAAAAAAADZAAAAAAAAAOkAAAAAAAAA3QAAAAAAAADhAAAAAAACAREAAAAAAAAA3QAAAAAAAADtAAAAAAACAS0AAAAAAAAA6QAAAAAAAAEhAAAAAAAAAOUAAAAAAAAA7QAAAAAAAAERAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAEBAAAAAAAAAN0AAAAAAAMBRQAAAAAAAADdAAAAAAAAAOEAAAAAAAABGQAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA2QAAAAAAAADlAAAAAAAAANkAAAAAAAABIQAAAAAAAgE9AAAAAAAAAO0AAAAAAAAA9QAAAAAAAgEVAAAAAAACAR0AAAAAAAAA1QAAAAAAAAEVAAAAAAAAAPUAAAAAAAIBDQAAAAAAAADdAAAAAAACAQ0AAAAAAAAA8QAAAAAAAADhAAAAAAAAAN0AAAAAAAABBQAAAAAAAAEJAAAAAAAAAOEAAAAAAAIBJQAAAAAAAADdAAAAAAAAANkAAAAAAAABEQAAAAAAAAEBAAAAAAAAAQEAAAAAAAIBAQAAAAAAAgEFAAAAAAAAAO0AAAAAAAABCQAAAAAAAAEJAAAAAAAAAOEAAAAAAAABCQAAAAAAAgEJAAAAAAAAAR0AAAAAAAAA2QAAAAAAAADZAAAAAAAAAPkAAAAAAAABKQAAAAAAAADdAAAAAAACATkAAAAAAAABFQAAAAAAAADlAAAAAAAAAPEAAAAAAAAA9QAAAAAAAgEVAAAAAAAAARUAAAAAAAABRQAAAAAAAADtAAAAAAAAANkAAAAAAAIBEQAAAAAAAgEBAAAAAAAAAOkAAAAAAAIBDQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA6QAAAAAAAAENAAAAAAAAAO0AAAAAAAAA8QAAAAAAAADxAAAAAAAAANkAAAAAAAIBLQAAAAAAAADxAAAAAAAAAS0AAAAAAAAA8QAAAAAAAAEVAAAAAAAAAQEAAAAAAAABKQAAAAAAAgEFAAAAAAAAANkAAAAAAAABUQAAAAAAAADlAAAAAAACgb0AAAAAAAMBQQAAAAAAAADpAAAAAAAAASkAAAAAAAABDQAAAAAAAQF5AAAAAAAAAPEAAAAAAAIBKQAAAAAAAAEdAAAAAAAAANkAAAAAAAIBLQAAAAAAAgEBAAAAAAAAAOkAAAAAAAABKQAAAAAAAAENAAAAAAAAANUAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA8QAAAAAAAADpAAAAAAAAAO0AAAAAAAIBDQAAAAAAAgEJAAAAAAAAANUAAAAAAAABHQAAAAAAAAEBAAAAAAAAAOkAAAAAAAABAQAAAAAAAgEpAAAAAAAAAOUAAAAAAAABMQAAAAAAAADVAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAADVAAAAAAAAARkAAAAAAAABCQAAAAAAAAEJAAAAAAAAANUAAAAAAAIBNQAAAAAAAAFJAAAAAAAAAP0AAAAAAAAA9QAAAAAAAADlAAAAAAAAANUAAAAAAAAA8QAAAAAAAAEpAAAAAAAAAR0AAAAAAAAA+QAAAAAAAADhAAAAAAACASEAAAAAAAABbQAAAAAAAADtAAAAAAAAAQkAAAAAAAIBEQAAAAAAAgEZAAAAAAAAAN0AAAAAAAAA8QAAAAAAAgEVAAAAAAACAQEAAAAAAAABIQAAAAAAAgEdAAAAAAAAAOkAAAAAAAAA4QAAAAAAAADVAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAD9AAAAAAAAAREAAAAAAAIBDQAAAAAAAAEBAAAAAAAAAOUAAAAAAAABBQAAAAAAAADVAAAAAAAAAP0AAAAAAAAA2QAAAAAAAgERAAAAAAAAANUAAAAAAAAA6QAAAAAAAADZAAAAAAAAAQUAAAAAAAIBCQAAAAAAAADhAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAAElAAAAAAAAAOkAAAAAAAAA3QAAAAAAAAEBAAAAAAAAAQ0AAAAAAAABDQAAAAAAAADdAAAAAAAAANkAAAAAAAIBCQAAAAAAAAD1AAAAAAAAAOEAAAAAAAAA5QAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA6QAAAAAAAADlAAAAAAAAAPUAAAAAAAEBQQAAAAAAAADpAAAAAAABAUEAAAAAAAAA9QAAAAAAAADVAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAEVAAAAAAAAAPEAAAAAAAAA3QAAAAAAAAENAAAAAAACAQEAAAAAAAABGQAAAAAAAADdAAAAAAAAARkAAAAAAAABFQAAAAAAAgEBAAAAAAAAAO0AAAAAAAAA3QAAAAAAAADVAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAAD1AAAAAAAAAO0AAAAAAAAA6QAAAAAAAgEJAAAAAAAAAOUAAAAAAAABKQAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA1QAAAAAAAADVAAAAAAACAQ0AAAAAAAAA1QAAAAAAAADVAAAAAAAAAO0AAAAAAAABAQAAAAAAAADdAAAAAAAAAOkAAAAAAAIBIQAAAAAAAgEFAAAAAAAAANUAAAAAAAAA9QAAAAAAAgExAAAAAAAAAPEAAAAAAAABFQAAAAAAAADlAAAAAAAAAOEAAAAAAAABBQAAAAAAAADdAAAAAAAAAQ0AAAAAAAABKQAAAAAAAAD5AAAAAAAAARUAAAAAAAAA3QAAAAAAAgENAAAAAAACAQUAAAAAAAMBQQAAAAAAAAElAAAAAAAAAOUAAAAAAAABBQAAAAAAAAD1AAAAAAAAAN0AAAAAAAAA1QAAAAAAAADtAAAAAAAAAPkAAAAAAAABHQAAAAAAAADhAAAAAAACAQEAAAAAAAABEQAAAAAAAADVAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADZAAAAAAAAAP0AAAAAAAAA3QAAAAAAAgEZAAAAAAAAARkAAAAAAAIBCQAAAAAAAADlAAAAAAAAAQUAAAAAAAIBAQAAAAAAAAEFAAAAAAACAQ0AAAAAAAAA5QAAAAAAAADVAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADZAAAAAAAAAUUAAAAAAAABAQAAAAAAAAENAAAAAAAAANUAAAAAAAIBHQAAAAAAAADlAAAAAAAAAN0AAAAAAAAA4QAAAAAAAgEBAAAAAAACAQUAAAAAAAAA8QAAAAAAAAElAAAAAAACAREAAAAAAAAA2QAAAAAAAAERAAAAAAACASUAAAAAAAAA3QAAAAAAAADlAAAAAAAAAOkAAAAAAAIBJQAAAAAAAADVAAAAAAAAAQUAAAAAAAABGQAAAAAAAgEBAAAAAAACAREAAAAAAAABIQAAAAAAAgENAAAAAAAAARkAAAAAAAABAQAAAAAAAAEBAAAAAAAAAOEAAAAAAAABIQAAAAAAAADhAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA1QAAAAAAAgEJAAAAAAADAUEAAAAAAAAA4QAAAAAAAgEpAAAAAAAAAO0AAAAAAAAA7QAAAAAAAAEJAAAAAAAAAT0AAAAAAAIBLQAAAAAAAAEFAAAAAAAAAQkAAAAAAAAA5QAAAAAAAADhAAAAAAAAAP0AAAAAAAABAQAAAAAAAADZAAAAAAAAAQkAAAAAAAAA8QAAAAAAAgEFAAAAAAAAAPUAAAAAAAAA2QAAAAAAAgEFAAAAAAAAAQ0AAAAAAAIBBQAAAAAAAAENAAAAAAAAAO0AAAAAAAAA7QAAAAAAAADpAAAAAAAAAPkAAAAAAAAA+QAAAAAAAAD1AAAAAAACAQkAAAAAAAAA4QAAAAAAAgEFAAAAAAAAANUAAAAAAAAA1QAAAAAAAADVAAAAAAAAASUAAAAAAAAA6QAAAAAAAAEhAAAAAAACASUAAAAAAAIBJQAAAAAAAADpAAAAAAAAAN0AAAAAAAAA3QAAAAAAAADpAAAAAAAAAN0AAAAAAAABIQAAAAAAAgEBAAAAAAAAAQEAAAAAAAABGQAAAAAAAAEZAAAAAAAAAQUAAAAAAAIBCQAAAAAAAAD5AAAAAAAAAOUAAAAAAAAA+QAAAAAAAADpAAAAAAAAAQEAAAAAAAIBCQAAAAAAAADVAAAAAAACARUAAAAAAAIBHQAAAAAAAAEZAAAAAAAAAP0AAAAAAAIBDQAAAAAAAADxAAAAAAAAAN0AAAAAAAAA1QAAAAAAAAEBAAAAAAACAREAAAAAAAAA9QAAAAAAAADtAAAAAAAAAQkAAAAAAAAA4QAAAAAAAADdAAAAAAAAANUAAAAAAAIBCQAAAAAAAADtAAAAAAACAQUAAAAAAAIBIQAAAAAAAADZAAAAAAAAAPUAAAAAAAIBGQAAAAAAAADtAAAAAAAAAOUAAAAAAAIBDQAAAAAAAADVAAAAAAAAAN0AAAAAAAABBQAAAAAAAAEFAAAAAAAAAN0AAAAAAAABBQAAAAAAAAEBAAAAAAAAAPEAAAAAAAABFQAAAAAAAgEBAAAAAAAAAO0AAAAAAAAA8QAAAAAAAAD9AAAAAAACAR0AAAAAAAIBCQAAAAAAAAEdAAAAAAAAAOUAAAAAAAAA9QAAAAAAAAD1AAAAAAAAAPkAAAAAAAAA8QAAAAAAAADpAAAAAAAAANkAAAAAAAIBHQAAAAAAAAEJAAAAAAAAAPkAAAAAAAABCQAAAAAAAgEJAAAAAAACAT0AAAAAAAAA4QAAAAAAAAD1AAAAAAAAAQUAAAAAAAAA/QAAAAAAAgE5AAAAAAAAANUAAAAAAAAA3QAAAAAAAADZAAAAAAAAAP0AAAAAAAIBBQAAAAAAAADtAAAAAAAAAOUAAAAAAAAA4QAAAAAAAADdAAAAAAAAAP0AAAAAAAAA9QAAAAAAAAENAAAAAAAAAQ0AAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOkAAAAAAAABFQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA2QAAAAAAAgENAAAAAAAAAOEAAAAAAAAA1QAAAAAAAADVAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADZAAAAAAAAAOEAAAAAAAAA9QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBCQAAAAAAAgENAAAAAAAAAPUAAAAAAAAA9QAAAAAAAADhAAAAAAAAAO0AAAAAAAAA/QAAAAAAAAEJAAAAAAAAAREAAAAAAAAA5QAAAAAAAADpAAAAAAAAAN0AAAAAAAIBJQAAAAAAAADZAAAAAAAAASEAAAAAAAAA7QAAAAAAAAEFAAAAAAAAAN0AAAAAAAAA3QAAAAAAAgEJAAAAAAAAAO0AAAAAAAAA9QAAAAAAAgENAAAAAAAAANUAAAAAAAAA1QAAAAAAAADhA</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=80" index="79" defaultArrayLength="1377">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="296.912" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.954" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.9" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14688">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14688">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=81" index="80" defaultArrayLength="1352">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="297.249" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.4971" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.75" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14424">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14424">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=82" index="81" defaultArrayLength="1342">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="297.586" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.6416" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1001.06" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14316">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=83" index="82" defaultArrayLength="1362">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="297.923" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.6236" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.29" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14528">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAwOnnV0AAAABg38JYQAAAAGAZx1lAAAAAoDMwWkAAAABAF0RaQAAAAOC9xVtAAAAAoEkHXEAAAAAAeX1cQAAAAEALvFxAAAAA4HbDXEAAAACAGNBcQAAAAGAYBF1AAAAA4KpDXUAAAABA4mNdQAAAAEAifF1AAAAAYFKEXUAAAAAgRb5dQAAAAMB7xF1AAAAA4AfzXUAAAABAaANeQAAAAKClI15AAAAA4Mo8XkAAAAAglUVeQAAAAICMxV5AAAAAQEYGX0AAAACAmEJfQAAAAABYZl9AAAAAgHt/X0AAAACg88RfQAAAAECpAWBAAAAAYEEiYEAAAAAARUFgQAAAAGCrYmBAAAAAQOVmYEAAAABgB39gQAAAAODegWBAAAAAIE+gYEAAAAAALKJgQAAAAIAg3mBAAAAAoPDhYEAAAADAogJhQAAAACCCHWFAAAAAIBcjYUAAAADgtS1hQAAAACBrP2FAAAAAYBhEYUAAAAAg31BhQAAAACDpY2FAAAAAwA+AYUAAAACgl55hQAAAAIAmo2FAAAAAANWzYUAAAADgxb5hQAAAAEAJ32FAAAAAIJ/jYUAAAABg8f5hQAAAAOBKAWJAAAAAwO5BYkAAAABgAGJiQAAAAMDhgGJAAAAAoMagYkAAAACgdbFiQAAAAOBRw2JAAAAAgBniYkAAAAAgOQNjQAAAAODHgWNAAAAAYNWEY0AAAACA9J5jQAAAAGBVoWNAAAAAAPe/Y0AAAAAAF8RjQAAAAEDd32NAAAAAIAMAZEAAAACglBJkQAAAAGA5I2RAAAAAQI9BZEAAAABgMURkQAAAAKCWTmRAAAAAYNlXZEAAAACA2GJkQAAAAEDhfWRAAAAAgOyRZEAAAACglZ9kQAAAACD8w2RAAAAAIBLhZEAAAACghONkQAAAAOCFAWVAAAAAwIEEZUAAAAAArSFlQAAAACA+LmVAAAAAYFQyZUAAAACAckFlQAAAAMByUWVAAAAAoH5gZUAAAACAfWNlQAAAAIB/gmVAAAAAYDieZUAAAACATKNlQAAAAIAIwmVAAAAAwA/dZUAAAADAN+JlQAAAAIDp8WVAAAAAAPr+ZUAAAACgmQJmQAAAAACSImZAAAAAYBpBZkAAAADg+ENmQAAAAIDeUWZAAAAAwPVcZkAAAADggmNmQAAAACAEcmZAAAAAAEJ7ZkAAAACAhYJmQAAAACBonmZAAAAAIC+hZkAAAABgZsJmQAAAAOA+0mZAAAAA4KfeZkAAAAAgtAFnQAAAAKCZEmdAAAAAoLoeZ0AAAADAfiNnQAAAAEB9MmdAAAAAgI5DZ0AAAABAp0VnQAAAAKB1XWdAAAAAYNdjZ0AAAABgCW5nQAAAAKC1cmdAAAAAwHqDZ0AAAAAgIKFnQAAAAABmo2dAAAAA4PqtZ0AAAACg1sBnQAAAAIDb4GdAAAAAoAzkZ0AAAABgG/NnQAAAAAA2EmhAAAAAwB8iaEAAAABAfUJoQAAAAACxUmhAAAAAoDNkaEAAAACgxXFoQAAAAGAGhGhAAAAAgOOGaEAAAACAN51oQAAAAAD3o2hAAAAA4HOxaEAAAAAAQMNoQAAAAEBI3mhAAAAAIDTkaEAAAAAAaAFpQAAAAEChBmlAAAAAYKogaUAAAABA3SRpQAAAAKBaMmlAAAAAwJtAaUAAAACg50NpQAAAAECoYWlAAAAAgFBzaUAAAACAY4BpQAAAAODAhGlAAAAA4PSUaUAAAACAcJ9pQAAAAMCQo2lAAAAAAPSyaUAAAAAAucNpQAAAAID012lAAAAAgPzgaUAAAADAruNpQAAAAACA8GlAAAAAYKL/aUAAAAAANQNqQAAAACABJGpAAAAA4KBCakAAAADgymNqQAAAAGASgGpAAAAAgPeDakAAAABg3p1qQAAAAEAAoGpAAAAAwJKiakAAAABguKRqQAAAAKCAvWpAAAAAYNO/akAAAAAg5cJqQAAAAGB0xWpAAAAAoGrSakAAAADAc91qQAAAAGBP5GpAAAAAYCgBa0AAAAAgtg9rQAAAAIAkHmtAAAAAwBoja0AAAACAlDJrQAAAAEDlQGtAAAAAoOFFa0AAAABA709rQAAAAGDfVGtAAAAA4C5ka0AAAACA7YJrQAAAAMCDhWtAAAAAAHWea0AAAADAnKRrQAAAAGC/xGtAAAAAoC7Qa0AAAACg1uJrQAAAAICk5WtAAAAAACDoa0AAAADgYANsQAAAAACYFWxAAAAAQKIjbEAAAAAAuD1sQAAAAKDQQ2xAAAAAIJlQbEAAAACAFlNsQAAAAKBhXmxAAAAAwEdlbEAAAADg+4FsQAAAAAADhWxAAAAAYNGHbEAAAAAACqBsQAAAAAB1pGxAAAAAgMa/bEAAAADAwcJsQAAAAADG32xAAAAAgEjkbEAAAABAVO5sQAAAAADN8mxAAAAAoCD+bEAAAAAAqQJtQAAAACCbHW1AAAAAoNAjbUAAAABAkjNtQAAAAICJQG1AAAAAYFVDbUAAAAAA/F1tQAAAACD7Ym1AAAAAwAhzbUAAAABAH4NtQAAAAKCppG1AAAAAwAawbUAAAAAgCsFtQAAAAACS0m1AAAAAIPfdbUAAAADgYOFtQAAAAGCs5G1AAAAAoBYDbkAAAACgNh5uQAAAAADAJG5AAAAAgNYwbkAAAAAAQ0NuQAAAAMBxR25AAAAA4LtdbkAAAADgXWVuQAAAAOAwfm5AAAAAIHeCbkAAAABAFJNuQAAAAKDpnm5AAAAA4IejbkAAAADgI7FuQAAAACDts25AAAAAgMjDbkAAAACg1MhuQAAAAICqzW5AAAAAQIzhbkAAAACAa+VuQAAAAGBw7m5AAAAAgLfzbkAAAADArvtuQAAAAOAlAW9AAAAAgOAcb0AAAAAgHiRvQAAAAKCQQG9AAAAAoDpTb0AAAABAomFvQAAAAMBVZW9AAAAAYJ2Eb0AAAACAq4lvQAAAAECCoW9AAAAAAEqkb0AAAADAqcRvQAAAAMAV3m9AAAAA4Pjib0AAAACgDQJwQAAAAKAMD3BAAAAA4DUScEAAAAAgBBRwQAAAAKACGnBAAAAAIPMhcEAAAAAgBiRwQAAAACB+KXBAAAAAwJQtcEAAAACADDJwQAAAAIBuOHBAAAAA4GhCcEAAAACA+klwQAAAAIAyUnBAAAAAAHJgcEAAAAAgPmJwQAAAAGAbZHBAAAAA4HRocEAAAABA/XFwQAAAAGCUfXBAAAAAoDuBcEAAAACgRI5wQAAAAMC+j3BAAAAA4EOScEAAAACgB5RwQAAAAMCmmXBAAAAAgOyecEAAAACgvaFwQAAAAMAar3BAAAAAwDKycEAAAABAe7lwQAAAAKCivnBAAAAAoKHAcEAAAABAGcJwQAAAAMDFznBAAAAAgFDScEAAAADAINpwQAAAAODw33BAAAAAoJHhcEAAAABALONwQAAAAKDp8XBAAAAAIJ3/cEAAAACAgwFxQAAAAIDYAnFAAAAAIIsScUAAAAAgDx9xQAAAAIDIIXFAAAAAgNoxcUAAAABAETlxQAAAAGAzQXFAAAAAYCJCcUAAAABggU9xQAAAAGBPUnFAAAAAwLVicUAAAABATmlxQAAAAICZcHFAAAAAIONxcUAAAADAd3RxQAAAAABUeHFAAAAAQNR5cUAAAACAlIJxQAAAAAC+kXFAAAAAIK+ecUAAAACgg6JxQAAAAKBjrnFAAAAAYGGxcUAAAACg77JxQAAAAIBuvnFAAAAAgObFcUAAAACA8MlxQAAAAIDXznFAAAAAYA3ScUAAAACAENRxQAAAAMDU3nFAAAAAYHnhcUAAAACgzOJxQAAAAGD08HFAAAAAgNX5cUAAAADAHwFyQAAAAOBFAnJAAAAAYGoKckAAAADgzA5yQAAAAACSEnJAAAAAQMweckAAAACgNiJyQAAAAGDyKXJAAAAAQHYvckAAAABAeDJyQAAAACCGOnJAAAAAAOJCckAAAABAfUZyQAAAACCcUnJAAAAA4OheckAAAAAgBmJyQAAAAEBob3JAAAAAoBByckAAAACAMIFyQAAAAACFiHJAAAAAIL2PckAAAABAgpJyQAAAAACmoHJAAAAAIGOickAAAACg+KRyQAAAAGCepnJAAAAA4BquckAAAACAobJyQAAAAMDitHJAAAAA4JDCckAAAAAgdcpyQAAAAGB20nJAAAAAwGTickAAAABA+vByQAAAAGDM8nJAAAAAIGkDc0AAAABAbxJzQAAAAGD5GXNAAAAAQJ4fc0AAAABA0SJzQAAAAIA/MnNAAAAAwKdBc0AAAABgjVJzQAAAAMBEWHNAAAAAQIlhc0AAAAAAyG9zQAAAAGA3c3NAAAAAwJZ/c0AAAACgPYFzQAAAAADWjnNAAAAAoMiRc0AAAABAvJhzQAAAAOBHmnNAAAAA4K6qc0AAAABA6K9zQAAAAGCQsnNAAAAAwDq6c0AAAABg58JzQAAAAEBmznNAAAAAwC/Rc0AAAADgJOFzQAAAAMB/4nNAAAAA4I3nc0AAAACgV+lzQAAAACCi73NAAAAAIHnyc0AAAABgBf5zQAAAAKCUAnRAAAAA4DcNdEAAAABgXA50QAAAAKBCEHRAAAAAACgSdEAAAADAaBZ0QAAAAACcInRAAAAAoIAudEAAAABAZDB0QAAAAGBPMnRAAAAAAGk+dEAAAAAAkUF0QAAAAMAFU3RAAAAAgHRedEAAAABg6WB0QAAAAADxaHRAAAAA4N9wdEAAAABAAXN0QAAAACAJf3RAAAAAIDGEdEAAAACA1YV0QAAAAGAKj3RAAAAAoHOSdEAAAADgmp90QAAAAMBeonRAAAAAgDGvdEAAAABAy7J0QAAAAKDOunRAAAAAAHq/dEAAAACAfcJ0QAAAAMC4z3RAAAAA4LTSdEAAAABActl0QAAAAAAH33RAAAAAwIridEAAAACA0Oh0QAAAAABw7nRAAAAA4OzydEAAAADg6P90QAAAAIBLA3VAAAAAgGoHdUAAAADgdA51QAAAAOA6EnVAAAAAwC8idUAAAADA5zJ1QAAAAOCSSnVAAAAAAGNNdUAAAADggVJ1QAAAAIB1YXVAAAAAIBFjdUAAAAAAyGl1QAAAAEAHcXVAAAAAwMRydUAAAABA6oF1QAAAAGCqj3VAAAAA4NGSdUAAAAAAHqF1QAAAAIA4o3VAAAAAYEurdUAAAABAtK51QAAAAEA5sHVAAAAAIGeydUAAAACAFLd1QAAAAMC9vnVAAAAA4DDDdUAAAABgus11QAAAAADA0nVAAAAAoDDVdUAAAABgB9x1QAAAACBL3nVAAAAAQKTidUAAAAAgO+51QAAAAGAH8XVAAAAAYHnydUAAAACAbfh1QAAAAMANAnZAAAAAIMQSdkAAAACgeSJ2QAAAAMAuJHZAAAAAoGIodkAAAAAAbip2QAAAACA0LnZAAAAAQG4ydkAAAABAikJ2QAAAAABbTnZAAAAAQKdSdkAAAAAASll2QAAAACCEXnZAAAAAwFNidkAAAABAZ2R2QAAAAIBecnZAAAAAoKh8dkAAAACAsIJ2QAAAACCAj3ZAAAAAwM2SdkAAAADg7pR2QAAAAEDronZAAAAA4HCzdkAAAADA0rh2QAAAACBTwXZAAAAA4L3CdkAAAADgxsd2QAAAAOAPz3ZAAAAAYALTdkAAAAAgUN52QAAAACC84nZAAAAAQKPwdkAAAABAZvN2QAAAAEDlAndAAAAAAB0Rd0AAAADA4RJ3QAAAAOBQFndAAAAAoI8jd0AAAABAIC53QAAAAMBcMndAAAAAYNhCd0AAAAAAaE53QAAAACD2T3dAAAAAAB1Td0AAAACg21h3QAAAAEBPYndAAAAAQLdqd0AAAADA7nJ3QAAAACDJe3dAAAAAgC2Fd0AAAAAgL453QAAAAEAIk3dAAAAA4PWid0AAAACA0ad3QAAAAABfqndAAAAAoK2yd0AAAAAAur93QAAAAEC7wndAAAAAgNnNd0AAAACgf893QAAAAAD30ndAAAAAYCjed0AAAACAjuN3QAAAAABF8ndAAAAAQMjzd0AAAACgxPh3QAAAAKC6AnhAAAAAIEkOeEAAAADAhhJ4QAAAAKD0G3hAAAAAAHgheEAAAADAeS54QAAAACCfMnhAAAAA4PRCeEAAAADAGUl4QAAAAKB/T3hAAAAAYNJSeEAAAABAvVZ4QAAAAMCOY3hAAAAAIFFoeEAAAADgdm14QAAAAOAGc3hAAAAAoE6DeEAAAABAFIl4QAAAAADsjnhAAAAAoHmTeEAAAAAgH594QAAAAIDtoHhAAAAAgGCjeEAAAAAgpa94QAAAAADpsXhAAAAAYFWzeEAAAADgL7Z4QAAAAGAbvnhAAAAA4NjCeEAAAABg/8l4QAAAAODEzXhAAAAAQJTReEAAAACAL9Z4QAAAAOAa23hAAAAAgJTieEAAAADAmu94QAAAAMBP83hAAAAAgAYBeUAAAABg1AN5QAAAAODjDXlAAAAAAIEQeUAAAACAKxN5QAAAAICWFXlAAAAA4L8heUAAAAAgbSN5QAAAAEDLMnlAAAAAoHo7eUAAAAAg5lJ5QAAAAKDgYXlAAAAAAERzeUAAAACgDnt5QAAAAECck3lAAAAAwC+feUAAAACgNqN5QAAAAOCOqHlAAAAAwLeyeUAAAACAcrx5QAAAAKCav3lAAAAA4LnDeUAAAABAmc55QAAAAKAG0nlAAAAAQEXeeUAAAAAg5OJ5QAAAACDF7nlAAAAAgDnzeUAAAAAgbv15QAAAAECkDHpAAAAAAMISekAAAABAzBx6QAAAAEDZLXpAAAAAADYwekAAAABA2jJ6QAAAAGArNXpAAAAAAN07ekAAAAAAZEN6QAAAAKDrRnpAAAAA4PFTekAAAAAggGN6QAAAAICQc3pAAAAAQBd4ekAAAADALH96QAAAAOCugXpAAAAAIGaDekAAAABAs5F6QAAAAGDtk3pAAAAAAG+jekAAAACgUbN6QAAAAGBrv3pAAAAAYFXDekAAAADAEs56QAAAACBn1HpAAAAAoMbiekAAAAAgZfB6QAAAAKB483pAAAAAIJX4ekAAAAAgA/96QAAAAKDNC3tAAAAAYIETe0AAAADAqiN7QAAAAMBjJntAAAAAgCIte0AAAADgYDN7QAAAAECjPntAAAAAQPtAe0AAAABgCkV7QAAAAEDRTHtAAAAAoFRTe0AAAABgPHN7QAAAAEC5eHtAAAAAYDmAe0AAAAAAqI57QAAAACAflHtAAAAAAKSce0AAAACg/J57QAAAACDCo3tAAAAAYLiye0AAAABgM7R7QAAAACAvvntAAAAAQKHAe0AAAAAgEMN7QAAAAIDCxHtAAAAAgEPHe0AAAACgFM57QAAAAEAx0ntAAAAA4AbVe0AAAACg+Nh7QAAAAKBE3ntAAAAAQOnje0AAAABgoe57QAAAAABr83tAAAAAIP74e0AAAAAgPv57QAAAAEDiAXxAAAAAYLoKfEAAAAAgqA58QAAAACChEXxAAAAAoFkUfEAAAAAAUx58QAAAAKBfI3xAAAAAQLIyfEAAAACgW018QAAAACDEUHxAAAAAQMxafEAAAABAe2B8QAAAAMDJb3xAAAAAwDlyfEAAAAAAuX58QAAAAECSk3xAAAAAIOGefEAAAADAQa58QAAAAAB1s3xAAAAAYEK6fEAAAABgab58QAAAAKBCw3xAAAAAIN7GfEAAAABgLNN8QAAAAODv1HxAAAAA4PTgfEAAAAAAuON8QAAAAKBj5XxAAAAA4GPtfEAAAAAA4/J8QAAAAOCD/3xAAAAAoCYDfUAAAADAlwl9QAAAAEBNEn1AAAAAAPsjfUAAAAAA1i19QAAAAIAwMX1AAAAAYOUzfUAAAACggEJ9QAAAAGDCRH1AAAAA4NNMfUAAAACA4FB9QAAAAOAeU31AAAAAILVdfUAAAACgyWJ9QAAAAEBzbn1AAAAAwKdzfUAAAABgmH99QAAAAIAphX1AAAAAAFKNfUAAAADAy5J9QAAAAECGlH1AAAAAYDSffUAAAADgC6V9QAAAAMCxrX1AAAAAYDGzfUAAAAAARcF9QAAAAIA9xX1AAAAAIFPSfUAAAACgotN9QAAAAAAK4n1AAAAAAJfpfUAAAACAhe99QAAAACDB8X1AAAAAoET+fUAAAAAgMQJ+QAAAAECqEX5AAAAAwAoifkAAAADAwSV+QAAAAMA+LX5AAAAAIP4+fkAAAACgU0R+QAAAAGAvUn5AAAAAgFJVfkAAAACg2l5+QAAAAMCiYX5AAAAAYBJlfkAAAAAgM3V+QAAAAEA6f35AAAAAIAeFfkAAAADgx5N+QAAAACChmn5AAAAAwJecfkAAAABgTJ9+QAAAAKAYon5AAAAAoBqufkAAAADgfLR+QAAAAIAcxH5AAAAAgLTTfkAAAAAgSNd+QAAAAIBv3H5AAAAAIMrjfkAAAADAU+t+QAAAAAC08X5AAAAAQGjzfkAAAACAXPV+QAAAAECd+35AAAAAYCz/fkAAAACgvgR/QAAAACC3D39AAAAAoCUTf0AAAAAgiiN/QAAAAOA+NX9AAAAAAIY9f0AAAAAg/UR/QAAAAGDQU39AAAAAYKRkf0AAAADAjmh/QAAAAGClbn9AAAAAAHV0f0AAAADgzX1/QAAAAICfg39AAAAA4CCGf0AAAAAgW5J/QAAAAAADlH9AAAAAoBKWf0AAAACgZKN/QAAAAABZrn9AAAAAYBexf0AAAACA9rR/QAAAAGAMu39AAAAAwDLBf0AAAABADMV/QAAAAAD2zn9AAAAA4FLRf0AAAACg7tR/QAAAAAC83n9AAAAAYJLlf0AAAAAATOh/QAAAAOCV7n9AAAAAoNPxf0AAAADgSv9/QAAAAGCsBoBAAAAAQOUHgEAAAAAgOQqAQAAAAEAxDIBAAAAAIPUOgEAAAABAmhGAQAAAAGBmE4BAAAAAANoWgEAAAACAbxmAQAAAACCnH4BAAAAAIM0hgEAAAABAqiqAQAAAACBHL4BAAAAA4Hw2gEAAAADgaDqAQAAAAGAlQYBAAAAAQOdDgEAAAACA20aAQAAAAABwSoBAAAAAYBtNgEAAAAAgfVKAQAAAAODiWYBAAAAAQM9dgEAAAAAg+V+AQAAAAKABYoBAAAAA4EljgEAAAADAAWqAQAAAAKA9bIBAAAAAwMJygEAAAADg43aAQAAAAICKeYBAAAAAgDSKgEAAAABAIpKAQAAAAGBtloBAAAAAoGSXgEAAAADACpmAQAAAAKAGmoBAAAAAgFiggEAAAABACaKAQAAAAEAXqoBAAAAAwEaugEAAAABAxLaAQAAAAOApuYBAAAAAAGy6gEAAAAAAdb+AQAAAAGAOwoBAAAAAAILIgEAAAABgHdKAQAAAAMDK2YBAAAAAYMbbgEAAAABg8N6AQAAAAABb4oBAAAAAoJ7qgEAAAABgxAaBQAAAAKB6CoFAAAAAgDYSgUAAAABA2haBQAAAAOAiGoFAAAAAQAkfgUAAAADAdiKBQAAAACAkL4FAAAAAAHIygUAAAABgCTaBQAAAAEDlOYFAAAAAIDI/gUAAAABAEESBQAAAAIDlToFAAAAAYKdSgUAAAAAAGVSBQAAAAGBcV4FAAAAAQENagUAAAAAAfWiBQAAAAIBtaoFAAAAAALJugUAAAACAinWBQAAAAABzd4FAAAAAwDZ/gUAAAAAguImBQAAAAECdkYFAAAAAoAiXgUAAAAAgsZiBQAAAACDvmYFAAAAAIMWegUAAAABAerOBQAAAAOAMt4FAAAAAYIK7gUAAAACAi8KBQAAAAABGxoFAAAAAIAXHgUAAAAAAX8yBQAAAAGAPzoFAAAAAQHXSgUAAAAAAeNOBQAAAACCn2IFAAAAAgODZgUAAAAAAutyBQAAAAEC534FAAAAAwArigUAAAADgYeOBQAAAAGCX5oFAAAAA4GzqgUAAAADgn+6BQAAAAIC99IFAAAAAYKz2gUAAAACg/ACCQAAAAMBuAoJAAAAAAF4GgkAAAABANwuCQAAAACCoDoJAAAAAALQQgkAAAADgtBeCQAAAAKClGYJAAAAAYB4fgkAAAACAOSKCQAAAAMDWI4JAAAAAwDongkAAAAAg0DOCQAAAAGCZN4JAAAAAwL05gkAAAAAArj6CQAAAAKA+QoJAAAAAgENGgkAAAACAbEqCQAAAAIC2UIJAAAAAICxegkAAAADg/F+CQAAAAKATY4JAAAAAIBtogkAAAACgbGuCQAAAACDQcoJAAAAA4L92gkAAAADgMX+CQAAAAKDlhYJAAAAAQACLgkAAAABgE46CQAAAAEAuj4JAAAAAgBKXgkAAAACgOJmCQAAAAOBemoJAAAAAgEeigkAAAADAWaOCQAAAAGApqYJAAAAAQGCvgkAAAACAZ7KCQAAAAGD/tYJAAAAA4Eq3gkAAAAAg6LmCQAAAAKAIvoJAAAAA4F3PgkAAAADgydCCQAAAAACL1oJAAAAAAMfXgkAAAACg7d2CQAAAAOAE34JAAAAAgArjgkAAAAAg4OqCQAAAAABw74JAAAAAgKzygkAAAADg+vOCQAAAAGAn9oJAAAAAQHP3gkAAAADgHvmCQAAAAEBcB4NAAAAA4EgRg0AAAABAVxaDQAAAAEBIGYNAAAAAQIMbg0AAAACA7B6DQAAAAMAoIYNAAAAAAF8ig0AAAAAglSuDQAAAAEAkLoNAAAAAYP0yg0AAAABA2zuDQAAAAOBMQ4NAAAAAAEZGg0AAAABgS0mDQAAAAMByS4NAAAAAgINdg0AAAABgCGeDQAAAAMAuaYNAAAAA4KBrg0AAAACAw2+DQAAAAMBheoNAAAAAgCB/g0AAAACg7oGDQAAAACBUh4NAAAAAYG6Lg0AAAACAfJGDQAAAACALloNAAAAAQAmXg0AAAABgt6KDQAAAAID/q4NAAAAAYOi9g0AAAABg8L6DQAAAAIC2xYNAAAAA4CvJg0AAAADgFcuDQAAAAMABzoNAAAAAwNrWg0AAAABAnt6DQAAAAMDp4YNAAAAAwNPug0AAAADgo/iDQAAAAGD5+oNAAAAAgOT/g0AAAACgfwKEQAAAAKBkBoRAAAAAAEQKhEAAAADAQxKEQAAAAGAuF4RAAAAAgBwfhEAAAABAfSWEQAAAAEAHLIRAAAAAYDsvhEAAAAAAczCEQAAAACCZMoRAAAAA4OY2hEAAAAAAAjiEQAAAAMAxOYRAAAAAwJ08hEAAAADAIkCEQAAAAEBdQ4RAAAAAoC1GhEAAAACA/UqEQAAAAKBmUIRAAAAAACxYhEAAAADAgluEQAAAAOAdXoRAAAAAIHRqhEAAAAAA5XeEQAAAAIDKfoRAAAAAwLyDhEAAAAAgroqEQAAAAMBeloRAAAAAYJmXhEAAAADgeZqEQAAAAKCHm4RAAAAAoBifhEAAAABg86KEQAAAACDMpoRAAAAA4F6qhEAAAABg6K+EQAAAAADMsYRAAAAAoLW2hEAAAACAO7+EQAAAAGDewIRAAAAAoMzIhEAAAAAAws6EQAAAAIDV04RAAAAAAE7XhEAAAABgaeKEQAAAACAT8YRAAAAAgL75hEAAAADAWfuEQAAAACBe/4RAAAAAwHYHhUAAAACARBCFQAAAAGCVF4VAAAAAAHgehUAAAACAHj6FQAAAAADNUIVAAAAAQPRRhUAAAACAR1aFQAAAACDlboVAAAAAoNx2hUAAAAAAOoqFQAAAAMDSi4VAAAAA4I+WhUAAAABgiZqFQAAAAGCMooVAAAAAAO+khUAAAACAR6aFQAAAAAAvwoVAAAAAAALEhUAAAAAgnc6FQAAAAOAO0IVAAAAAIG7UhUAAAABgy9WFQAAAAEAv14VAAAAAgEPnhUAAAABA3+qFQAAAACCM7oVAAAAAwHjzhUAAAABALPaFQAAAAIBP94VAAAAAoKEChkAAAADAsguGQAAAACDZDoZAAAAAIJMQhkAAAAAgDhOGQAAAAOA7GYZAAAAAANsahkAAAAAghSaGQAAAAGDAMoZAAAAA4Jk+hkAAAAAAX0iGQAAAAGD3SoZAAAAAoA1QhkAAAABACFOGQAAAAKBsVoZAAAAA4EBZhkAAAACg9WeGQAAAAGBXboZAAAAAYAB7hkAAAADANX+GQAAAACCag4ZAAAAAAIiNhkAAAACgUo+GQAAAAEDinoZAAAAAgKughkAAAADAUauGQAAAAMBXroZAAAAAQH+vhkAAAAAAf7iGQAAAAEBByoZAAAAAANnWhkAAAABADNqGQAAAACCi3oZAAAAAgIHihkAAAAAAnOaGQAAAAGAR7oZAAAAAgDTxhkAAAABgdPOGQAAAAKDUBYdAAAAAgPUGh0AAAAAg1AmHQAAAACAkC4dAAAAAgF0Sh0AAAABgeRSHQAAAAGAXG4dAAAAAIIEeh0AAAAAAQiyHQAAAAKCGNIdAAAAA4LE9h0AAAABADj+HQAAAAIBuQYdAAAAAgOJGh0AAAACgeUqHQAAAAAC4U4dAAAAAgDRWh0AAAAAA+F2HQAAAAEDmX4dAAAAAYMJjh0AAAABgQGqHQAAAAAA/bIdAAAAAAA9wh0AAAAAAWX6HQAAAAEA1godAAAAAQGGNh0AAAACgEY+HQAAAAABalIdAAAAAQGmjh0AAAACA96eHQAAAAMDOq4dAAAAAoGOyh0AAAAAg9b6HQAAAAKAMw4dAAAAAwPnKh0AAAAAAMNaHQAAAAGDa14dAAAAAoAvoh0AAAABgyOuHQAAAAID97odAAAAAIIAOiEAAAADg2hWIQAAAAGBxF4hAAAAAgBobiEAAAADAwR6IQAAAAEBvLohAAAAAQJ00iEAAAADAhzaIQAAAAKBtOohAAAAAQJ07iEAAAABgQj6IQAAAAIByUohAAAAAoLRXiEAAAAAgW2uIQAAAAACOdohAAAAA4NR3iEAAAADAEYSIQAAAAKBdh4hAAAAAwEyRiEAAAABg0paIQAAAACCmmohAAAAAwCCfiEAAAADAubqIQAAAAOA0yohAAAAAYK7LiEAAAACgbs6IQAAAACBn5ohAAAAAAPLuiEAAAAAg5/iIQAAAAKAeBolAAAAAAKsHiUAAAACg8QqJQAAAAGCrDYlAAAAAQBAWiUAAAAAAdxeJQAAAAKAxHIlAAAAA4MwdiUAAAAAAOyKJQAAAAOBVKolAAAAAYOYviUAAAABA/kGJQAAAAEAhRolAAAAAIBlLiUAAAABA3VaJQAAAAOCOWIlAAAAAYLpaiUAAAABAJmKJQAAAAOAGZ4lAAAAA4JJviUAAAABAFnKJQAAAAGDlg4lAAAAAYEqKiUAAAADA0I2JQAAAAKCwlolAAAAAINKbiUAAAABgdp+JQAAAACDEo4lAAAAAoNqmiUAAAABgxrSJQAAAAABet4lAAAAAQI+/iUAAAABgUcKJQAAAACCYxYlAAAAAAKrIiUAAAABgXdKJQAAAAGAu24lAAAAAAFrfiUAAAADAI+qJQAAAAMDd7olAAAAAgATwiUAAAADgI/KJQAAAAKDs9YlAAAAA4B0AikAAAAAA5gmKQAAAAGD/EopAAAAAoL0gikAAAACAYTeKQAAAAEBUPopAAAAAAHBNikAAAAAgZ0+KQAAAAOAoU4pAAAAAQKtbikAAAABgrV+KQAAAAKBCaYpAAAAAIPdxikAAAABgxnWKQAAAAGASd4pAAAAAgP2MikAAAAAAnZiKQAAAAMDZqIpAAAAAAPrDikAAAABAfNmKQAAAAADB4IpAAAAAwMX2ikAAAADAB/2KQAAAAMDzCotAAAAAwAsOi0AAAADgCjGLQAAAAOC7MotAAAAAQKY2i0AAAACgyVOLQAAAAIBMV4tAAAAAgLtei0AAAABAY26LQAAAAEBxfYtAAAAAAFyOi0AAAADA9baLQAAAACDSxYtAAAAAAIfLi0AAAABgbNGLQAAAAEDx5YtAAAAAoAHsi0AAAACAse6LQAAAAECN8ItAAAAA4Hb4i0AAAABAPASMQAAAAIDOIoxAAAAAYDYzjEAAAAAAtTaMQAAAAEC+PoxAAAAAYEpHjEAAAABgpluMQAAAAGAomoxAAAAAAPOwjEAAAADALsaMQAAAAKA9yoxAAAAAICX7jEAAAADgFQiNQAAAACAkGo1AAAAAYHYdjUAAAAAgSSCNQAAAAEDvMI1AAAAAAEVAjUAAAAAAxkGNQAAAAIB/To1AAAAAAIxXjUAAAABAamONQAAAAICMb41AAAAA4K2RjUAAAADgq7KNQAAAAGCbvo1AAAAAwNHAjUAAAADgKdCNQAAAAMA3141AAAAAILz6jUAAAACA2xKOQAAAAAAOF45AAAAAAHcljkAAAABg2zSOQAAAAGDxSI5AAAAAYD1QjkAAAADgrFWOQAAAAOABV45AAAAAwJtgjkAAAACg4WKOQAAAAKAyao5AAAAAYGB6jkAAAACA24KOQAAAAGBq0o5AAAAA4A3ijkAAAABACvWOQAAAAMCECo9AAAAA4BcTj0AAAABgDymPQAAAAGBTUo9A</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14528">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=84" index="83" defaultArrayLength="1423">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="298.259" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.091" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.6" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15180">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15180">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=85" index="84" defaultArrayLength="1413">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="298.595" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="116.067" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.76" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15072">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15072">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=86" index="85" defaultArrayLength="1425">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="298.932" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.856" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="994.452" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15200">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15200">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=87" index="86" defaultArrayLength="1378">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="299.268" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.086" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.9" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14700">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAYH/FW0AAAABguwRcQAAAAGBDA11AAAAAIHk7XUAAAACg8j5dQAAAAKC3Q11AAAAA4ESEXUAAAAAA0rxdQAAAAOBoxF1AAAAAIFoEXkAAAAAg0lleQAAAAOATXV5AAAAAACBwXkAAAABg1YVeQAAAAEAoxV5AAAAAwGwCX0AAAADguwdfQAAAAEA3f19AAAAAgFuGX0AAAADgMMNfQAAAAMDYx19AAAAA4GwCYEAAAADgVB5gQAAAAKA5ImBAAAAAADxAYEAAAAAAFkJgQAAAAIBcYWBAAAAAAP1wYEAAAAAgooFgQAAAAGAGomBAAAAAAKawYEAAAADgZMJgQAAAAKBE3mBAAAAA4BXhYEAAAACA9v9gQAAAAGDVAmFAAAAAwEkjYUAAAAAAHERhQAAAAMC8XmFAAAAAwEBjYUAAAACAO4BhQAAAAGAwg2FAAAAA4GujYUAAAAAgs75hQAAAAGCUwmFAAAAAYCHSYUAAAAAA2t5hQAAAACAS4WFAAAAAwJ/xYUAAAADAqgFiQAAAAOC8IGJAAAAAgJ89YkAAAABg7EFiQAAAAKB/XmJAAAAAwOVhYkAAAACAW25iQAAAAMCEsWJAAAAAQCjDYkAAAADgN+RiQAAAAEBXAGNAAAAAgKIDY0AAAACAyEJjQAAAAKCqUGNAAAAAYJVfY0AAAABg+WNjQAAAACASg2NAAAAAIJOfY0AAAAAg+qJjQAAAAKCepWNAAAAAYMi+Y0AAAACg6cFjQAAAAEC23mNAAAAAoBDkY0AAAADA4wFkQAAAAACCQmRAAAAAgKNiZEAAAACg0HFkQAAAAMDjgWRAAAAAYPmgZEAAAAAgaaNkQAAAAKApw2RAAAAAIArhZEAAAACAY+NkQAAAACBY8mRAAAAAQG4BZUAAAABgBw1lQAAAAGAREmVAAAAAwKohZUAAAACALSdlQAAAAKBEQGVAAAAA4FViZUAAAABgfIJlQAAAAADdo2VAAAAAoGvCZUAAAACgreNlQAAAAKAx8mVAAAAAIOsBZkAAAACA5hJmQAAAAECuHWZAAAAAACEiZkAAAADA7SNmQAAAAEA/QmZAAAAAIFhSZkAAAADg639mQAAAAOBChWZAAAAAAEShZkAAAABgq8FmQAAAAAAL02ZAAAAAQI7jZkAAAAAAjwBnQAAAAEAnA2dAAAAAwPAeZ0AAAABAnyJnQAAAAMAKQmdAAAAAwClDZ0AAAAAApmNnQAAAACBxf2dAAAAAAE2DZ0AAAAAATZ1nQAAAAODbn2dAAAAA4DDDZ0AAAABgveBnQAAAACD25GdAAAAAYLIBaEAAAAAgkQ5oQAAAAMDOIWhAAAAAABNDaEAAAACgxlJoQAAAAACOYmhAAAAAoNZkaEAAAADgW39oQAAAAMCwgmhAAAAAYLKgaEAAAABgUaRoQAAAAKBDwmhAAAAAgIfEaEAAAAAAauNoQAAAAMCd5WhAAAAAQFzyaEAAAAAAf/9oQAAAAOByA2lAAAAAoLAfaUAAAAAgYSVpQAAAAGAAMWlAAAAAQKpAaUAAAABg/UNpQAAAAOChX2lAAAAAQMZjaUAAAABgRYBpQAAAAABlomlAAAAAYJKzaUAAAABg/79pQAAAAAAKxGlAAAAAAAjOaUAAAACAm99pQAAAAADn42lAAAAAAHbyaUAAAACAdv1pQAAAAGB6BGpAAAAAQJciakAAAABAE0NqQAAAAGAmX2pAAAAAYChiakAAAABgfWRqQAAAAMC8cmpAAAAAIIx/akAAAADgJoNqQAAAAOBSm2pAAAAAoHajakAAAACgHMFqQAAAAIBTxGpAAAAAgBzdakAAAADAXOJqQAAAAECp8mpAAAAAoPgBa0AAAACA7xJrQAAAAOAlHWtAAAAAYFYfa0AAAACg+yNrQAAAAMAdPWtAAAAAoDRAa0AAAACgIFJrQAAAAKBFVWtAAAAAIB9da0AAAADgtmBrQAAAAAC+ZGtAAAAAYBJ1a0AAAABgYIFrQAAAAGDhkmtAAAAAAG+ia0AAAABAiNJrQAAAACDx3mtAAAAA4Ajka0AAAADgIfNrQAAAAOBgA2xAAAAAgJ8dbEAAAAAAjCNsQAAAAGAKM2xAAAAAwKpDbEAAAABgPlJsQAAAAKCMXmxAAAAAoG1jbEAAAADgLmpsQAAAAAB/gWxAAAAAYGaGbEAAAACAcJBsQAAAAIAJoGxAAAAAoG+kbEAAAADAaMBsQAAAACDS4GxAAAAAQELjbEAAAAAgcfFsQAAAAICMAW1AAAAAYFkdbUAAAAAgoSFtQAAAAGDdP21AAAAAgCBEbUAAAADA5mFtQAAAAKBsZG1AAAAAwMxybUAAAABg7IJtQAAAAGAVnm1AAAAAgIShbUAAAABgoKRtQAAAAADSwG1AAAAAAALFbUAAAACAq9JtQAAAAKBl421AAAAAAP/kbUAAAACAW/JtQAAAACC7Am5AAAAAoDokbkAAAADAmkNuQAAAAGBTSG5AAAAA4I1fbkAAAAAgl2JuQAAAAEAVZW5AAAAAwBuDbkAAAAAAiYVuQAAAAGAYn25AAAAAYBikbkAAAAAAG79uQAAAACCG025AAAAAQMfebkAAAACA2uJuQAAAAMCl8m5AAAAAIKcAb0AAAACg+Q5vQAAAAADrEW9AAAAAYKgdb0AAAABgoSBvQAAAAOApJW9AAAAAAOo+b0AAAAAgHUJvQAAAAKAaRm9AAAAAAA5Qb0AAAAAgNFZvQAAAAOD+Xm9AAAAAgNpjb0AAAAAgMH1vQAAAAGCEgW9AAAAAQFqFb0AAAACgKp9vQAAAAKDyo29AAAAAwKOtb0AAAABAYcJvQAAAAAAB0W9AAAAAABPTb0AAAADgsuJvQAAAAGDv5G9AAAAAwID+b0AAAAAAYwBwQAAAAACvAXBAAAAAIN0JcEAAAADAJA9wQAAAAOCXEnBAAAAAAJ0ZcEAAAABgPyBwQAAAAMDxInBAAAAAIOwwcEAAAACgQjJwQAAAAKDeP3BAAAAA4EVCcEAAAABAIFJwQAAAAMA3WXBAAAAAIIVgcEAAAAAgNGJwQAAAACB0aXBAAAAAIERycEAAAADAxXNwQAAAAICYgHBAAAAAAFuOcEAAAAAA5Y9wQAAAACAvknBAAAAAwCmUcEAAAACgA5hwQAAAAKDXoHBAAAAAQIyucEAAAAAA5K9wQAAAAID6sXBAAAAA4HO4cEAAAAAg6sBwQAAAAGCJwnBAAAAAAGPIcEAAAABAp85wQAAAACAs0XBAAAAAgI3ScEAAAADA5NlwQAAAAICu4HBAAAAAADbjcEAAAABAx/JwQAAAAIBCAHFAAAAAYIMCcUAAAAAAGAlxQAAAAEB1D3FAAAAAANURcUAAAACAqBlxQAAAAADpHXFAAAAAAGwgcUAAAABgzSFxQAAAAKAIL3FAAAAAwCIycUAAAADA2kBxQAAAAKDcQnFAAAAAoKpJcUAAAADApFBxQAAAAMByUnFAAAAAwClicUAAAAAg0XFxQAAAAGCUeXFAAAAAoM5/cUAAAABgu4JxQAAAAKCnhnFAAAAAgHGKcUAAAAAA/JFxQAAAAOBcoHFAAAAAQNiicUAAAADgga5xQAAAAKB9sXFAAAAAQCezcUAAAACgv8JxQAAAAGDcxnFAAAAA4O3RcUAAAABAw+FxQAAAAADk8XFAAAAA4E8CckAAAABgxg5yQAAAAAAmEnJAAAAAAK4YckAAAADAUiJyQAAAAEBpMHJAAAAAYGoyckAAAAAg8jlyQAAAAKBCQXJAAAAA4M5CckAAAACAT09yQAAAACA9UnJAAAAA4LVYckAAAAAg8WFyQAAAAAB4cnJAAAAAQPl2ckAAAADA9YJyQAAAAAAeinJAAAAAIG+PckAAAAAAwZJyQAAAAGCOonJAAAAAoFCkckAAAABgWLByQAAAAEAMsnJAAAAAQOG5ckAAAADgl8FyQAAAAMCbyXJAAAAAoFfSckAAAAAAkNlyQAAAAEAu8XJAAAAA4M3yckAAAADAqgFzQAAAAIAHA3NAAAAA4LoOc0AAAAAgghJzQAAAACB/IXNAAAAAQL4ic0AAAAAgZyZzQAAAAICZMnNAAAAA4Kk/c0AAAAAAlEJzQAAAAODPUnNAAAAAwGJgc0AAAACgIGNzQAAAAMCacHNAAAAAAPFyc0AAAADgiHhzQAAAAEBDe3NAAAAAYIaRc0AAAADAJZ9zQAAAAEA6o3NAAAAA4MGyc0AAAAAg7L9zQAAAAAACwnNAAAAAQKPIc0AAAABA4M1zQAAAAGAK0XNAAAAAAN7ec0AAAACAHuFzQAAAAIBq6nNAAAAAQJPyc0AAAAAgkvdzQAAAAEDh/XNAAAAAQG0AdEAAAACglwJ0QAAAAIDvEnRAAAAAABEidEAAAADAVyd0QAAAAAC6LnRAAAAAoH4ydEAAAACAxDh0QAAAAKA/PnRAAAAAwJ9OdEAAAAAAOlN0QAAAAIDQV3RAAAAAYINfdEAAAABgXGF0QAAAAIAMc3RAAAAAQNF+dEAAAABgHIF0QAAAACC9gnRAAAAAQNSSdEAAAACAFZV0QAAAAKDcnnRAAAAAoNeidEAAAAAAAKh0QAAAAOCzrnRAAAAAgOGydEAAAADgFcF0QAAAAKD7wnRAAAAAgCDJdEAAAABgjM90QAAAAKCx0nRAAAAAgPvbdEAAAABgNd90QAAAACBG4XRAAAAAgK3idEAAAAAAn+50QAAAAEDT8nRAAAAAYLX0dEAAAADgQAB1QAAAAMDyAnVAAAAA4HEJdUAAAACAKQx1QAAAAECzEnVAAAAAgJEidUAAAADgWzB1QAAAAGDwMnVAAAAAgEY3dUAAAABg5j11QAAAAOAFQHVAAAAAoHRCdUAAAAAADFF1QAAAAAAdWXVAAAAAoLNfdUAAAABAHGF1QAAAAIAwY3VAAAAAgB5xdUAAAADA3HJ1QAAAAEChd3VAAAAAYOyAdUAAAABg94J1QAAAAMARjnVAAAAAIKiSdUAAAAAAMZ91QAAAAGAZo3VAAAAAoLSodUAAAADgPKp1QAAAACCsrXVAAAAAQLSydUAAAAAgiLl1QAAAAEA5wnVAAAAAYJPIdUAAAAAgFdN1QAAAAAAV4HVAAAAAwPbidUAAAADgI+51QAAAAIBz8HVAAAAAIODydUAAAAAgGPZ1QAAAAEBY+nVAAAAAoFL/dUAAAACAzAJ2QAAAAKDZEnZAAAAAIEMVdkAAAADAFiJ2QAAAAECqI3ZAAAAAQNAydkAAAADgGT12QAAAAKC+QHZAAAAAwORCdkAAAACg2Ux2QAAAAACLUnZAAAAAgHFidkAAAADgLmh2QAAAAMBhbXZAAAAAQCtwdkAAAACAB3N2QAAAAIBSeHZAAAAAgI9/dkAAAACAz4F2QAAAAODWh3ZAAAAAoPuNdkAAAABgTZJ2QAAAAGCmnnZAAAAA4EOjdkAAAADgwq52QAAAAMDNsnZAAAAAgLW/dkAAAADg+8J2QAAAAMDtxnZAAAAA4P/PdkAAAAAg3NJ2QAAAAMAN4XZAAAAAoD/odkAAAAAAP+p2QAAAACB/7nZAAAAAoJ7ydkAAAAAgLvh2QAAAACBZ/3ZAAAAAQD0Jd0AAAABg5RF3QAAAAICgE3dAAAAAQJkid0AAAAAg1Sh3QAAAAKBFLndAAAAAYBQzd0AAAADgm0N3QAAAAAAXT3dAAAAAIKBSd0AAAACgyWJ3QAAAAID0aXdAAAAA4Nlyd0AAAADgUXl3QAAAACDVgndAAAAAYA6Kd0AAAABAPY53QAAAAEBrkHdAAAAA4OiSd0AAAACgj5p3QAAAAOBdn3dAAAAAIO6id0AAAADAZKp3QAAAACDusndAAAAAACq6d0AAAAAgAr53QAAAAICLv3dAAAAAIAfDd0AAAABAddF3QAAAAEDJ0ndAAAAAgE/id0AAAAAgGOZ3QAAAAECn8ndAAAAAQEP1d0AAAACAT/t3QAAAAKALA3hAAAAAgIoReEAAAABgyCJ4QAAAAGAgJnhAAAAAYFkteEAAAAAACDN4QAAAAGD7N3hAAAAA4MxCeEAAAAAA90Z4QAAAAGBLTHhAAAAA4G5PeEAAAAAAoVJ4QAAAAODXVXhAAAAAgFhjeEAAAAAAVGl4QAAAAKDUcnhAAAAA4CV+eEAAAADgdYN4QAAAACCDiHhAAAAA4EGTeEAAAABARqF4QAAAAKBJpXhAAAAAAPioeEAAAAAAEq54QAAAAMBvsXhAAAAA4BqzeEAAAAAg2Ld4QAAAAGBtwHhAAAAAQFLDeEAAAAAg59J4QAAAAEDl2HhAAAAAAP7ieEAAAADAU/F4QAAAAAAK83hAAAAAACH4eEAAAABAaA95QAAAACCOEnlAAAAAwIAeeUAAAABgaSN5QAAAAIBjJ3lAAAAAgAQveUAAAABAwTJ5QAAAAICyQ3lAAAAAgFlJeUAAAACgX1F5QAAAAOA0U3lAAAAAQH5WeUAAAABg21x5QAAAAACTY3lAAAAA4JxyeUAAAABArnR5QAAAAABVf3lAAAAAwOmDeUAAAAAAO495QAAAAMA4k3lAAAAAQFafeUAAAACAhqN5QAAAAECaqHlAAAAAwMSveUAAAADgMrN5QAAAAIA+wnlAAAAAQETSeUAAAAAAQNV5QAAAAIDD4XlAAAAAQD/neUAAAACAWPF5QAAAAIDI8nlAAAAAANYAekAAAABAqwJ6QAAAAKCNDHpAAAAAoOgOekAAAACgNBF6QAAAAGDTHHpAAAAAQNgkekAAAACAvyl6QAAAAKBuMHpAAAAAwLczekAAAABAbzV6QAAAAGCUP3pAAAAAAFxCekAAAAAAEVF6QAAAAMCiU3pAAAAAgANbekAAAADA5WB6QAAAAICcY3pAAAAAgM5yekAAAACgTXR6QAAAAIA3eXpAAAAAwAWBekAAAAAADYN6QAAAAOBCi3pAAAAAAC6OekAAAABgUZJ6QAAAAIBPoHpAAAAAQAKjekAAAABACbJ6QAAAAMCNwHpAAAAAYOnJekAAAAAgvc56QAAAAKAP03pAAAAA4KjfekAAAACAk+J6QAAAAGBt7npAAAAA4AzwekAAAADA+fJ6QAAAAGDl/XpAAAAA4HQCe0AAAABAXRN7QAAAAODMIntAAAAAQLoze0AAAABAJzl7QAAAAAAWQ3tAAAAAQLZNe0AAAAAAGFB7QAAAAKBhU3tAAAAAgH9be0AAAABA4V97QAAAAOAlbntAAAAAAPtxe0AAAADgNnl7QAAAAEAZg3tAAAAA4PGOe0AAAACgt5F7QAAAAODzlHtAAAAAQP6Ze0AAAAAg8Z17QAAAACAqoHtAAAAAgO6me0AAAABgVa97QAAAACCSs3tAAAAAACm4e0AAAADgvr17QAAAAIA3wntAAAAAAEjRe0AAAACANtN7QAAAAACu3XtAAAAAwCvhe0AAAABg7eh7QAAAAMDh8HtAAAAAwGnze0AAAAAAvAd8QAAAAIBLEnxAAAAAIG0ffEAAAAAgZSJ8QAAAAMDPLnxAAAAAYIsyfEAAAADgBDl8QAAAACBJU3xAAAAA4PVkfEAAAABA/md8QAAAACCqb3xAAAAAoKpyfEAAAABgL358QAAAAEDjkHxAAAAAoK+TfEAAAAAgJZt8QAAAAIBfoXxAAAAAYC6jfEAAAABAqqd8QAAAACCurHxAAAAAgJ2vfEAAAAAgibd8QAAAAMBYxXxAAAAAYGfTfEAAAACg2N58QAAAAIDS5nxAAAAAAO/ufEAAAADAD/J8QAAAAEB49HxAAAAAoJQAfUAAAABgeAR9QAAAAKDtB31AAAAAAAATfUAAAACA0R99QAAAAECaIn1AAAAAwGUkfUAAAABAZC59QAAAAMBcNH1AAAAAQJo8fUAAAACgaUF9QAAAAGCFRH1AAAAAICFNfUAAAAAgdFJ9QAAAACDhVH1AAAAAwEhtfUAAAAAAyn59QAAAAKAkg31AAAAAYEqNfUAAAACgEI99QAAAAACHkn1AAAAAQLiUfUAAAABAkZh9QAAAAKBmo31AAAAAYKqufUAAAABgw7F9QAAAACCUtH1AAAAAQKO4fUAAAABAEb59QAAAAAD4wX1AAAAAwPvTfUAAAAAAg9Z9QAAAAEDm2H1AAAAAAD/gfUAAAAAAvOl9QAAAAEDj8X1AAAAAgPH2fUAAAAAgxgF+QAAAAGDtA35AAAAA4CoNfkAAAADg2hF+QAAAAABuI35AAAAAQFUwfkAAAABgxkF+QAAAAAB/Q35AAAAAgOJNfkAAAAAgxVF+QAAAACBUVX5AAAAAgIdZfkAAAADgKWV+QAAAAEC2bn5AAAAAoHdyfkAAAABgNnR+QAAAACCog35AAAAAYKuPfkAAAADgkZN+QAAAAIBEmH5AAAAAoDWffkAAAACgEKV+QAAAACBuqH5AAAAAoJiufkAAAAAAcbR+QAAAAOCnvn5AAAAAgBfCfkAAAACALcV+QAAAAKA0zn5AAAAAAKLTfkAAAACgQdV+QAAAAMAW2X5AAAAAYHLgfkAAAABApeR+QAAAACD37n5AAAAAYPDxfkAAAACgUfR+QAAAAKC9/X5AAAAAQFMEf0AAAACAHg9/QAAAAADUIX9AAAAA4Ionf0AAAABgES9/QAAAAACSNX9AAAAAwBY5f0AAAABgRkF/QAAAACDnRH9AAAAAYO1Hf0AAAABgAk1/QAAAAMDKTn9AAAAA4DVVf0AAAADArHF/QAAAAKDEc39AAAAAIOp2f0AAAAAg/oN/QAAAAMCPin9AAAAAYNeNf0AAAACgcZN/QAAAAODhtH9AAAAAwAy4f0AAAACA38R/QAAAAIBy0H9AAAAAoFHVf0AAAACgoN5/QAAAAMBB5X9AAAAAYEzuf0AAAADAzfN/QAAAAOCnAoBAAAAAIJ4KgEAAAADgXxGAQAAAAAC2FIBAAAAAoPEWgEAAAABgXRqAQAAAAOD7HYBAAAAAgE0igEAAAACASzqAQAAAAGDaQYBAAAAAAGpDgEAAAABAIkeAQAAAAICZSIBAAAAAYFtKgEAAAADAclKAQAAAAKAJWoBAAAAAQHlhgEAAAACgQ2KAQAAAAED6Z4BAAAAAgFVygEAAAABg+nOAQAAAAKBodYBAAAAAoEF6gEAAAACg93yAQAAAAIDDgIBAAAAAII+CgEAAAACAIIqAQAAAAMAYkYBAAAAAwPyZgEAAAADA65qAQAAAAIDqnoBAAAAAYAqhgEAAAACgK6iAQAAAAIDnrIBAAAAAgL2ugEAAAACghbOAQAAAAGBntIBAAAAAQCq3gEAAAAAARLqAQAAAAKB+u4BAAAAAgNW8gEAAAACgKb+AQAAAAGA7woBAAAAAAIfGgEAAAACgisiAQAAAAMCuyoBAAAAAYETTgEAAAADgx9eAQAAAAKAx2oBAAAAAwOj5gEAAAAAgmfqAQAAAAADcAoFAAAAAgGoGgUAAAABg3QeBQAAAAMDGCIFAAAAAID0KgUAAAACgdQuBQAAAAKDLEYFAAAAAgOYSgUAAAADAThqBQAAAAECFH4FAAAAA4AgrgUAAAABgoTKBQAAAAIB2OoFAAAAAQL8+gUAAAAAgtk6BQAAAAGB6U4FAAAAAgNBWgUAAAACAwGGBQAAAAGBab4FAAAAA4CRzgUAAAAAgIXmBQAAAAKBFeoFAAAAAIDJ9gUAAAACAL3+BQAAAAGCVhIFAAAAAIE+GgUAAAADgu46BQAAAAEBHkYFAAAAAIJKSgUAAAAAga5qBQAAAAMDynYFAAAAAIBeigUAAAACAGaqBQAAAACDEtIFAAAAAYMm2gUAAAAAA47eBQAAAAKDyuYFAAAAA4FPBgUAAAACgCNOBQAAAAOC+14FAAAAAwCnfgUAAAACgXuOBQAAAAOBf5oFAAAAAYJLygUAAAABglvaBQAAAACBj+oFAAAAAABP+gUAAAABAO/+BQAAAAKDJAIJAAAAAYM8CgkAAAABAOQ+CQAAAAGDsGYJAAAAAoFMmgkAAAABA/yeCQAAAAEC9KoJAAAAAwOQwgkAAAACghjOCQAAAAIAaOoJAAAAAYOY7gkAAAACAuEqCQAAAAEAJW4JAAAAAIBxkgkAAAABApWmCQAAAAKA8a4JAAAAAgB9ugkAAAADgJHOCQAAAAMBdeIJAAAAAYBB6gkAAAACAW4CCQAAAAIA7g4JAAAAA4OuGgkAAAABAz4qCQAAAAICSj4JAAAAAIFOagkAAAACg4aeCQAAAAACgqoJAAAAA4HG5gkAAAADAmr6CQAAAAIAUwYJAAAAAwOrGgkAAAACgmMmCQAAAAGDHyoJAAAAAYBbMgkAAAABAVdqCQAAAAGB33oJAAAAAYF/vgkAAAACgAfSCQAAAAIDA9oJAAAAAoJT+gkAAAABAZACDQAAAAOAlCoNAAAAAIIIZg0AAAABAlRqDQAAAAKBDHoNAAAAAYAgig0AAAADAkiqDQAAAAOCqL4NAAAAAYExJg0AAAADg6FGDQAAAACBxVoNAAAAAIMJZg0AAAABgQluDQAAAAIBTXoNAAAAAgItfg0AAAAAgxWeDQAAAAOA2aoNAAAAAwIp2g0AAAACAZ3+DQAAAAIBkh4NAAAAAoGOJg0AAAADgiYyDQAAAACDoj4NAAAAAgEiRg0AAAADAmZKDQAAAACCPl4NAAAAAgJ6dg0AAAAAgA6GDQAAAAGBmsYNAAAAAQIC3g0AAAACAIbqDQAAAACDhvoNAAAAAAGrAg0AAAAAgw8GDQAAAAABGyYNAAAAAANbLg0AAAACg0tCDQAAAAOBX14NAAAAAgK3fg0AAAADAWOaDQAAAAGAk74NAAAAAwDjwg0AAAAAgbfqDQAAAAMB0/oNAAAAAQPX/g0AAAADg+Q6EQAAAACBLEoRAAAAAgF4chEAAAACAKh+EQAAAAEAYIYRAAAAAgD8ihEAAAABgmyWEQAAAAIBDJ4RAAAAAYH4phEAAAAAgjC+EQAAAAGA8NoRAAAAAQDs5hEAAAADAYEGEQAAAAOBLQ4RAAAAAIFpJhEAAAAAgiUuEQAAAAIDBTYRAAAAAwMVQhEAAAACAnVeEQAAAAGBlX4RAAAAAwOtlhEAAAADAxXOEQAAAACDkeYRAAAAAwFx7hEAAAAAApYCEQAAAAKAwioRAAAAAwHqLhEAAAADACJKEQAAAAKB0n4RAAAAAQCalhEAAAADgo6eEQAAAAIDAqoRAAAAAwD2vhEAAAABA3rCEQAAAAGASsoRAAAAAINizhEAAAACAMLaEQAAAAMAAuYRAAAAA4J7ChEAAAABgVMeEQAAAAGBYyYRAAAAAAMDKhEAAAABAWc6EQAAAAICB0IRAAAAAgCnShEAAAACAhdOEQAAAAIBL14RAAAAAYD3bhEAAAACAs+KEQAAAAKDn6IRAAAAAwK3qhEAAAADgdeyEQAAAAEAM8oRAAAAAAOEGhUAAAACAQQ6FQAAAAEATEIVAAAAAYMwVhUAAAADApRiFQAAAAKCYGoVAAAAAgMgghUAAAADApiGFQAAAAMC3KoVAAAAAYJAvhUAAAADAoTaFQAAAAKC7OIVAAAAAgNo6hUAAAADgzkCFQAAAACCYToVAAAAAgEZVhUAAAACgVVeFQAAAAEC5WIVAAAAAgO5dhUAAAACg9mKFQAAAAEAWZ4VAAAAAoNVshUAAAABgim6FQAAAAABqcIVAAAAAYAl2hUAAAAAAOnmFQAAAAACPeoVAAAAAQAuChUAAAAAAl4OFQAAAAEB7hoVAAAAAwH+QhUAAAAAgpZaFQAAAAADCooVAAAAAQD6vhUAAAACg1rKFQAAAAOAMv4VAAAAAQDvWhUAAAADA5tmFQAAAAKCO3oVAAAAAgIbohUAAAABAhuqFQAAAAGCK84VAAAAAAEv2hUAAAADAhPiFQAAAAEDB+oVAAAAAIPf7hUAAAAAATf6FQAAAAMAeCoZAAAAA4OALhkAAAADAcQ6GQAAAAIBCE4ZAAAAAIM8ZhkAAAAAgHSaGQAAAAAAsKYZAAAAAwHIqhkAAAAAgciyGQAAAAIAmL4ZAAAAA4PYwhkAAAADAuTOGQAAAAEBfOIZAAAAAwFU/hkAAAABAR0mGQAAAACB7ToZAAAAAINhRhkAAAABAlVSGQAAAAIATWIZAAAAAYO9ahkAAAACgMWaGQAAAAKCga4ZAAAAAgO5uhkAAAABAcnGGQAAAAMC7coZAAAAAYAt2hkAAAACASYuGQAAAAMAvkIZAAAAAIAiWhkAAAABgK5iGQAAAAKAQpoZAAAAAQHKyhkAAAABgBbqGQAAAACBOvIZAAAAAQBy+hkAAAABgEcCGQAAAAOBEyoZAAAAAgAHWhkAAAAAgutiGQAAAAKDM5YZAAAAA4HTohkAAAABg5u2GQAAAACA574ZAAAAAAPX0hkAAAABA4/qGQAAAAODQCIdAAAAAYBQKh0AAAACANhKHQAAAACA+E4dAAAAAgHQXh0AAAADgvSGHQAAAAACQJIdAAAAAYL0rh0AAAAAAfzOHQAAAACB+NodAAAAAYARBh0AAAACgB0iHQAAAAECGV4dAAAAA4DRch0AAAABgOmWHQAAAAEDRa4dAAAAAIJJvh0AAAAAgZXGHQAAAAADJjYdAAAAAAGeXh0AAAACAupuHQAAAAODmnYdAAAAAANGgh0AAAAAgqa6HQAAAAKD7s4dAAAAAALy1h0AAAABgu7qHQAAAACAgvodAAAAAADjOh0AAAACAtdCHQAAAACDr0odAAAAAQELZh0AAAAAgW9qHQAAAAMBy34dAAAAAYKDyh0AAAABgmvaHQAAAAKB8+YdAAAAAAO39h0AAAAAAbhOIQAAAAIA6HYhAAAAAoMMeiEAAAADAzyqIQAAAACBwLohAAAAAAF4/iEAAAAAAY0OIQAAAAAD8RYhAAAAAoJxIiEAAAADgWkqIQAAAACA6V4hAAAAA4DxfiEAAAADALHaIQAAAAEDreIhAAAAAAE9/iEAAAACgso6IQAAAAECzkohAAAAAoOabiEAAAADgb6GIQAAAAEDLp4hAAAAAIIKwiEAAAABg/LaIQAAAAGBOu4hAAAAAgAS9iEAAAACgLcaIQAAAAIBNzYhAAAAAgMTTiEAAAADAatiIQAAAAEBr2ohAAAAAoGngiEAAAAAgngKJQAAAAIB9BYlAAAAAwPIIiUAAAAAgrROJQAAAAMBIFolAAAAAYCIbiUAAAADAzR6JQAAAAABvIIlAAAAA4PIviUAAAAAA9TeJQAAAAADWPolAAAAAQCJGiUAAAAAgOl+JQAAAAKAIZolAAAAAwL12iUAAAAAAZnqJQAAAAABcgYlAAAAAwMeDiUAAAACA45aJQAAAAKCGoolAAAAAQKqwiUAAAADg5L2JQAAAACCL1olAAAAAgPDdiUAAAAAgN+qJQAAAAKD37YlAAAAAAJj2iUAAAAAARfmJQAAAAOCsDopAAAAAQEoRikAAAABgtyWKQAAAAKDBKIpAAAAAoIE2ikAAAACgq02KQAAAAKA1U4pAAAAAYPVVikAAAADgfFiKQAAAAEBtX4pAAAAAID9hikAAAACgVnqKQAAAAEC7iIpAAAAAABuKikAAAAAAaI2KQAAAAAClkopAAAAAQL6VikAAAADgP5eKQAAAAKBcpopAAAAA4KaoikAAAAAALbeKQAAAAIBxv4pAAAAAYNXFikAAAADgpciKQAAAAKBn34pAAAAAAAjxikAAAABgSfaKQAAAAACXBotAAAAAAJ0Oi0AAAAAACzKLQAAAAOAPQotAAAAAIMVLi0AAAAAgb1CLQAAAAODHVotAAAAA4Dtwi0AAAABA44mLQAAAACASjotAAAAAoNGWi0AAAACA7qCLQAAAAEDBpotAAAAAoKWqi0AAAABAILiLQAAAAEBmz4tAAAAAwGjWi0AAAACAwd6LQAAAAECl54tAAAAA4CT4i0AAAAAA2fmLQAAAAGATA4xAAAAAoGULjEAAAAAgCS2MQAAAACCGOYxAAAAAYGFDjEAAAABAQEeMQAAAAKDWTYxAAAAAIDZPjEAAAABgomWMQAAAAKAncYxAAAAAgC92jEAAAADAb4qMQAAAAOA4j4xAAAAAYEiVjEAAAAAg0quMQAAAACBVtoxAAAAAwDO6jEAAAADAfcuMQAAAAMCU6IxAAAAAQGvsjEAAAABAQ+6MQAAAAGCG74xAAAAAYJ0NjUAAAAAAihSNQAAAAAAlG41AAAAAgGsujUAAAABgxjGNQAAAAKDUOY1AAAAAwPA9jUAAAABgWUGNQAAAAEAQRY1AAAAAIJBPjUAAAACgalyNQAAAAGDEXo1AAAAAIDNmjUAAAABgg4CNQAAAAODRjY1AAAAAQIu1jUAAAABg39+NQAAAAEAa6I1AAAAAgHLujUAAAACgP/aNQAAAAABI+41AAAAAgBUEjkAAAAAA/DmOQAAAAKDePY5AAAAAAA5NjkAAAADAK06OQAAAAMBaVY5AAAAAIKVqjkAAAABAUX2OQAAAAICPhI5AAAAAoHiRjkAAAADA7JiOQAAAACAKt45AAAAAAA/NjkAAAACAtdGOQAAAAAAZ345AAAAAQJTljkAAAABgLPOOQAAAAIAh/I5AAAAAwPwFj0AAAADAVi2PQAAAAAAkNo9AAAAAgMU9j0AAAABAhj+PQAAAACCJUY9AAAAAIIVXj0AAAADA+F6PQAAAAODDYY9AAAAAADxnj0A=</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14700">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=88" index="87" defaultArrayLength="1503">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="299.604" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.8723" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.2" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16032">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAgNO3WEAAAADg1eBYQAAAACCST1pAAAAAYBi7WkAAAADA23FbQAAAAKAvv1tAAAAAAPa+XEAAAADAAPVcQAAAAKAgA11AAAAAYBwHXUAAAACAcz5dQAAAAEDLQ11AAAAAwEuEXUAAAABgCbxdQAAAAKB5xF1AAAAAIPFZXkAAAAAgx1xeQAAAAEAxY15AAAAAAEBwXkAAAADA9IVeQAAAAECpxV5AAAAA4FRBX0AAAADAlUZfQAAAACD3wV9AAAAA4MoBYEAAAAAgqiFgQAAAAMBkI2BAAAAAYDxCYEAAAABAHkVgQAAAAMDDXmBAAAAAoJViYEAAAAAAB4JgQAAAAGCxoWBAAAAAQPbBYEAAAABgROFgQAAAAKB+AmFAAAAAwNUfYUAAAAAgXyNhQAAAAMC8QWFAAAAAYCNEYUAAAABgemBhQAAAAODAYmFAAAAAIBCAYUAAAADgLINhQAAAAGCWnWFAAAAAIMmfYUAAAABgd6NhQAAAAACyvmFAAAAAQBbEYUAAAAAgYeJhQAAAAECSAWJAAAAAQJEEYkAAAACgghFiQAAAAOAyH2JAAAAA4LchYkAAAABg4z1iQAAAAGAAQmJAAAAAgB9iYkAAAAAgC2tiQAAAACCmfWJAAAAAwPt/YkAAAABAsINiQAAAAIAgomJAAAAAgInDYkAAAACg9dBiQAAAAGB44WJAAAAAIJnjYkAAAAAA+gBjQAAAAEDNHmNAAAAAwJ8kY0AAAADArUBjQAAAAIClQmNAAAAAAOJfY0AAAACAKWJjQAAAAKBNgWNAAAAAoD+EY0AAAABg28FjQAAAAIBP4GNAAAAAwLfjY0AAAADgqAFkQAAAAMBgEmRAAAAAgBUfZEAAAADgwiJkQAAAAIDuXWRAAAAAIBljZEAAAACgKWZkQAAAAIBbc2RAAAAAQCCCZEAAAADAoaFkQAAAAAAPr2RAAAAAYEW/ZEAAAACgLsJkQAAAAKCa3mRAAAAAIKHiZEAAAABAXwFlQAAAAICJIWVAAAAAQGRAZUAAAADgxERlQAAAAEBwXmVAAAAAYK9iZUAAAAAAioJlQAAAAKBPn2VAAAAAALujZUAAAABg+q5lQAAAAOA1wmVAAAAAQHvjZUAAAABAUwJmQAAAAOBtEmZAAAAAoJ4iZkAAAAAA0V9mQAAAAIAHZGZAAAAAgJqSZkAAAAAgh55mQAAAAKDJo2ZAAAAAQES+ZkAAAABAjsFmQAAAACA24WZAAAAAgA/mZkAAAABggABnQAAAACAcA2dAAAAAII8eZ0AAAAAAzyJnQAAAAIBFQWdAAAAAYP9cZ0AAAABAtGNnQAAAAMD7gWdAAAAAAMCeZ0AAAAAAK7JnQAAAAAAvwmdAAAAAQDbhZ0AAAABAauVnQAAAAIAoA2hAAAAAoJEhaEAAAABgciRoQAAAAOBeUWhAAAAAYKJiaEAAAABg4nJoQAAAAEBFg2hAAAAAYIOiaEAAAABA0MBoQAAAAMD24WhAAAAAgHL/aEAAAACARARpQAAAAMBMHWlAAAAAQMwiaUAAAABAgEBpQAAAAKAoRGlAAAAAgFpgaUAAAAAAWmRpQAAAAKClgGlAAAAAgKaDaUAAAAAghJJpQAAAAKBjnGlAAAAAoNqhaUAAAAAAl8FpQAAAAODL3mlAAAAA4FviaUAAAADgDwBqQAAAAGD0A2pAAAAA4O0TakAAAABgQB5qQAAAACAUI2pAAAAAYLJCakAAAAAgz0dqQAAAAOCWY2pAAAAAwFBvakAAAADAKH5qQAAAAIDrg2pAAAAAwAOkakAAAACgZMFqQAAAAMB13WpAAAAAQP3gakAAAACAd+RqQAAAAKBK9GpAAAAAoOYAa0AAAADAjARrQAAAAICND2tAAAAAgK0Sa0AAAADA0yJrQAAAAEC6P2tAAAAAYAZCa0AAAADAkkVrQAAAAOANVWtAAAAA4G9fa0AAAABAToJrQAAAAKAshWtAAAAAYGeja0AAAACAoLJrQAAAAKCOv2tAAAAAADnDa0AAAABg6M1rQAAAAGCf3mtAAAAAAPTja0AAAACA3P5rQAAAACBNA2xAAAAA4B8jbEAAAAAApj9sQAAAAABeQ2xAAAAAwCRebEAAAABgpmRsQAAAAEB7c2xAAAAAYKeDbEAAAABAYp5sQAAAAEAUomxAAAAAQIylbEAAAABA5rNsQAAAAIBlwGxAAAAAwNHKbEAAAACgNdxsQAAAAECX4GxAAAAAwAzlbEAAAABgU/RsQAAAAMBTAW1AAAAAINIDbUAAAAAAmh1tQAAAAGBSIW1AAAAAIKQjbUAAAADg7kFtQAAAAADpY21AAAAAIH9+bUAAAACgW4FtQAAAAKC/g21AAAAAQHKQbUAAAADAjJRtQAAAAMDqnG1AAAAAgNajbUAAAABA4bFtQAAAAEBPtG1AAAAAgNa/bUAAAADAksNtQAAAAED70W1AAAAAgATebUAAAACAjeNtQAAAAICFA25AAAAAYCUjbkAAAAAgwTVuQAAAAOAcPW5AAAAAoGxDbkAAAABg2WNuQAAAAIDugG5AAAAAgCGEbkAAAABg5oZuQAAAAABfkm5AAAAAQKGgbkAAAADApqRuQAAAAMB4t25AAAAAYFi/bkAAAACATcRuQAAAAIDL0m5AAAAAoFTfbkAAAADg8ONuQAAAAKC68m5AAAAAIMkAb0AAAAAguhNvQAAAAOA6IW9AAAAAgD00b0AAAABA1z1vQAAAAKCrQW9AAAAAAHVHb0AAAADAOVJvQAAAAABgXW9AAAAAQFhhb0AAAABAkWRvQAAAAID+gm9AAAAAgDWkb0AAAACAI7VvQAAAAADEw29AAAAAQA7Ub0AAAABgdd5vQAAAAIDZ4m9AAAAAoIX+b0AAAADAYAJwQAAAAAA7BHBAAAAAICsRcEAAAADg0RNwQAAAAKAuH3BAAAAAADAhcEAAAACAECNwQAAAAOB6MXBAAAAAoE40cEAAAAAgnzlwQAAAAMC4QXBAAAAAIERIcEAAAADAeEpwQAAAAGC4TnBAAAAAgFFScEAAAAAgcVVwQAAAACBSWXBAAAAAoHVgcEAAAABAzmJwQAAAAGBkanBAAAAAAIJwcEAAAABACXJwQAAAAADQf3BAAAAAABmCcEAAAACgAoRwQAAAAOAKj3BAAAAA4GGScEAAAADgaJ5wQAAAAODJoHBAAAAAIEiocEAAAACAXK5wQAAAAKA3sHBAAAAAAFOycEAAAAAgOsBwQAAAACAa0XBAAAAAANHhcEAAAACgdvFwQAAAAECTAHFAAAAAwCkEcUAAAAAA+A1xQAAAAIC/EHFAAAAAgLQScUAAAABgzxlxQAAAAMDXHXFAAAAA4JkgcUAAAAAAMCJxQAAAACChLXFAAAAA4A0wcUAAAABAODJxQAAAAOC9P3FAAAAAoBJCcUAAAAAAp0NxQAAAAMAnSXFAAAAAwPZOcUAAAAAAJVJxQAAAAKDaWHFAAAAAYGFicUAAAACgiWlxQAAAAGCXbnFAAAAAgJFycUAAAAAgkXZxQAAAAOBPfnFAAAAAwG+AcUAAAAAAiIJxQAAAAGCbiHFAAAAAIAGQcUAAAACAyZFxQAAAAGC0knFAAAAAQDGgcUAAAAAgrqJxQAAAAMDGrnFAAAAAwOuxcUAAAABAULdxQAAAAADSv3FAAAAAIAzScUAAAADAfd1xQAAAAGAZ4XFAAAAAAP/ncUAAAADA0+5xQAAAAIBQ8XFAAAAAgA35cUAAAABAx/5xQAAAAECNAnJAAAAAwJ4OckAAAABg+hJyQAAAAMDcH3JAAAAAADAickAAAACApSVyQAAAAMCLLnJAAAAA4H0yckAAAABAUT9yQAAAAMDNQXJAAAAAgB9RckAAAACgf1JyQAAAAADuYXJAAAAAQJVvckAAAADgZnJyQAAAAEAfgnJAAAAAoJuKckAAAACg9o9yQAAAAAB4knJAAAAA4FKZckAAAACgzKlyQAAAAMAsr3JAAAAAYLaxckAAAABgLrlyQAAAAMCEv3JAAAAAQFDBckAAAADAbsNyQAAAAGD20nJAAAAAYGbickAAAAAAgepyQAAAAMC+8XJAAAAAoBbzckAAAAAAwv9yQAAAAKAKAXNAAAAAwMMCc0AAAACAUARzQAAAAEC3DnNAAAAAAJgSc0AAAABgciJzQAAAAMDVLnNAAAAAAGIyc0AAAAAAVTpzQAAAAMD/QHNAAAAAoKxCc0AAAACAZFJzQAAAAKCyYHNAAAAAYKFyc0AAAAAg8nhzQAAAAKDAgnNAAAAAYIeEc0AAAADgUohzQAAAAODFjnNAAAAAwJ2Qc0AAAADAxJJzQAAAACAUonNAAAAAYIKyc0AAAAAAj79zQAAAAEBcwXNAAAAA4JLDc0AAAACA+dBzQAAAAODj2HNAAAAAYHDec0AAAABABuFzQAAAAKC88nNAAAAA4Lj9c0AAAACAiP9zQAAAAGD8AHRAAAAAQIACdEAAAABgqgV0QAAAAEBkDnRAAAAAQE0QdEAAAAAgQxJ0QAAAAAD1GnRAAAAAoBkgdEAAAABgqCJ0QAAAACD9LnRAAAAAIEgydEAAAABA+0B0QAAAAMCOQnRAAAAA4BpHdEAAAABAP0l0QAAAAGAwT3RAAAAAAMFSdEAAAAAg2Fd0QAAAAMBOX3RAAAAAgHRidEAAAACAZGR0QAAAAABQZ3RAAAAA4AJpdEAAAAAgRnJ0QAAAAGAgeXRAAAAAwNeBdEAAAABg1Id0QAAAAICcknRAAAAAAMufdEAAAADglKJ0QAAAAOCMrHRAAAAAgLuvdEAAAADAz7J0QAAAAOABwXRAAAAA4CLJdEAAAAAgXdF0QAAAAEAG3nRAAAAA4APgdEAAAACAmOJ0QAAAACBD7nRAAAAAQNXydEAAAABgCPl0QAAAAGBQAHVAAAAAAHcDdUAAAABAURB1QAAAAEBPE3VAAAAAgEoXdUAAAACA6xh1QAAAAMBtIXVAAAAAAIQidUAAAAAACDJ1QAAAAKBvM3VAAAAAgF84dUAAAACgrkJ1QAAAACCGTnVAAAAAoBxRdUAAAAAAF1l1QAAAAACRXnVAAAAAgL1hdUAAAACAWml1QAAAAODNbnVAAAAAoLFwdUAAAACAgHJ1QAAAACAkeXVAAAAAYLeAdUAAAAAgHpB1QAAAAIBaknVAAAAA4DiedUAAAABAxqB1QAAAAKAaqnVAAAAAQFiwdUAAAACg1rJ1QAAAAKD7wXVAAAAA4P/HdUAAAAAAX891QAAAACCy0nVAAAAAQAffdUAAAAAglOJ1QAAAACDv6XVAAAAAIKHydUAAAABgEQJ2QAAAAEDLCXZAAAAAQAgTdkAAAACg5hd2QAAAACAxGnZAAAAAgOogdkAAAABgxSN2QAAAAODALnZAAAAAQDkzdkAAAACAP0F2QAAAACBeQ3ZAAAAA4HlPdkAAAADAL1F2QAAAAOCuUnZAAAAAYGdUdkAAAACgj2J2QAAAAIADb3ZAAAAAgAlydkAAAADgGHZ2QAAAAGDgeXZAAAAA4I9/dkAAAABgc4F2QAAAAOAEg3ZAAAAAQD2OdkAAAACg4JJ2QAAAAKDgl3ZAAAAA4JuedkAAAABAC6N2QAAAAIB7rnZAAAAAgAqwdkAAAADg37J2QAAAACAwvnZAAAAAICTAdkAAAACgf8J2QAAAAMAcx3ZAAAAAYP7SdkAAAAAAK9t2QAAAAAAg3nZAAAAAIFHjdkAAAACA9OZ2QAAAAMCt7nZAAAAAIIrydkAAAAAAtvh2QAAAAMDmAHdAAAAAwMECd0AAAACAwRJ3QAAAAGAdIHdAAAAAYLIid0AAAAAgmyZ3QAAAAGCLMndAAAAAQD9Ad0AAAADAyUJ3QAAAACBUR3dAAAAAYL5Nd0AAAADApVJ3QAAAAOC7WndAAAAAgMVfd0AAAADAnGJ3QAAAAEDbcHdAAAAAILhyd0AAAAAgz3l3QAAAAEBLe3dAAAAAQMWCd0AAAACAgoR3QAAAAEAtk3dAAAAAgGebd0AAAABAaaB3QAAAAICcondAAAAAoMGod0AAAACgcK93QAAAAAABs3dAAAAA4GXDd0AAAADgPcl3QAAAACCPzndAAAAAQN/Xd0AAAABgO953QAAAACAx4HdAAAAA4P7hd0AAAADgyed3QAAAAEBA73dAAAAAQE/zd0AAAAAgRgJ4QAAAAGAVCnhAAAAAIAUOeEAAAAAAuw94QAAAAGCFEnhAAAAAgLcgeEAAAADgzDJ4QAAAAMBOQHhAAAAAQCBDeEAAAABA51J4QAAAAODHV3hAAAAAgGlaeEAAAAAgaF54QAAAAOBJYnhAAAAAwGlweEAAAADgl3J4QAAAAMBmfnhAAAAA4BuDeEAAAACgJYp4QAAAAMAzjXhAAAAAYCqTeEAAAAAAv554QAAAAGA6o3hAAAAA4DmveEAAAAAgh7J4QAAAACCIt3hAAAAAYKG7eEAAAABg5794QAAAAED5wnhAAAAAAOnFeEAAAACgX8x4QAAAAOBfz3hAAAAAYGvSeEAAAADgf9h4QAAAAKCI2nhAAAAAYNTeeEAAAAAgi+F4QAAAAADE43hAAAAAgPrmeEAAAADgE+54QAAAACDQ8nhAAAAAQP8DeUAAAABgsA55QAAAAIBTEnlAAAAA4HMjeUAAAADg6yZ5QAAAAICxKnlAAAAAICwueUAAAAAASjN5QAAAAICTOHlAAAAAgCtCeUAAAACgnEl5QAAAACDhTnlAAAAAgDtTeUAAAABAc195QAAAAGCfbXlAAAAA4OxveUAAAACAP3N5QAAAAOBdgXlAAAAAYD6QeUAAAABAEpp5QAAAAMDjonlAAAAAYJmyeUAAAACAcbx5QAAAAMBHw3lAAAAAgCvReUAAAACgBdN5QAAAAMAG1nlAAAAAYM7heUAAAAAAJep5QAAAAICM8XlAAAAAgAL1eUAAAACAavd5QAAAAIDXAnpAAAAAACoGekAAAABg2Ad6QAAAAGAYFHpAAAAAoDEjekAAAABAaCp6QAAAAKDZLXpAAAAAgEQzekAAAAAgHUB6QAAAAKCCQ3pAAAAAIG1GekAAAAAgTVN6QAAAAICXY3pAAAAAwHxtekAAAACAX3N6QAAAAMCmeHpAAAAAAJd+ekAAAACg2YB6QAAAAICtgnpAAAAAoAiGekAAAADAMYl6QAAAAAA/jnpAAAAAoB2QekAAAAAgfZJ6QAAAAMDToHpAAAAAQCijekAAAAAgRrJ6QAAAAGA2v3pAAAAAwG3CekAAAADA38d6QAAAAGAVynpAAAAAAIvOekAAAACAe9J6QAAAAKAv1HpAAAAAgIXfekAAAACApuF6QAAAAEA85HpAAAAAoBbuekAAAAAgkfB6QAAAAKBp83pAAAAA4FgOe0AAAADAKxB7QAAAAIA/EntAAAAAgKkXe0AAAAAgpBx7QAAAAOBnJHtAAAAAQN0oe0AAAAAgMS17QAAAAOBLM3tAAAAAoFE9e0AAAACA1kB7QAAAAABfR3tAAAAAAIdNe0AAAADA9VJ7QAAAAOBNWHtAAAAAYIFge0AAAAAAf2V7QAAAACBzbXtAAAAAgApxe0AAAADA2IB7QAAAAAD+g3tAAAAAoHeGe0AAAADAq497QAAAAGAJkXtAAAAA4ISTe0AAAACAtp57QAAAAKA+o3tAAAAAIGGme0AAAAAAvKp7QAAAAKDPrntAAAAAwPGye0AAAABAisd7QAAAAIDUzXtAAAAA4AfTe0AAAABAfuN7QAAAAIDF8XtAAAAAANHze0AAAACgBgN8QAAAAECeD3xAAAAAoFgUfEAAAACgriN8QAAAAOClLnxAAAAA4IoxfEAAAAAgPTN8QAAAAIDRPXxAAAAA4IRBfEAAAABAQ0N8QAAAAGACSnxAAAAA4NxOfEAAAABAZlR8QAAAAADpYnxAAAAAwBBwfEAAAABAW3J8QAAAAGDodHxAAAAAQK+DfEAAAACgpYx8QAAAAKA6jnxAAAAAgECQfEAAAAAApZN8QAAAAGB6nHxAAAAAgNKefEAAAABgc6J8QAAAAGBmsnxAAAAAQNDCfEAAAADAmMx8QAAAAKBMz3xAAAAAwAfRfEAAAAAA5dN8QAAAAMCZ5XxAAAAAoEPtfEAAAAAgmvF8QAAAAADE+nxAAAAAwEX+fEAAAACgpgJ9QAAAAOBmCX1AAAAA4MURfUAAAACAth99QAAAAEAtI31AAAAAYPQzfUAAAABAqz19QAAAAIA+UH1AAAAAoGNTfUAAAADg+1p9QAAAAMATXX1AAAAAQNdefUAAAAAgfmR9QAAAAKBtb31AAAAAwENzfUAAAAAA+H99QAAAAEDngX1AAAAAACKFfUAAAAAAfoh9QAAAAACmlH1AAAAAAB+gfUAAAAAA3a19QAAAAAB2sn1AAAAAQOW0fUAAAACgHr99QAAAAGCYzX1AAAAAgDbQfUAAAAAg2dN9QAAAAAAy2X1AAAAAwNvifUAAAABA5eR9QAAAAMD25n1AAAAAQLTpfUAAAACA5vF9QAAAAECN9X1AAAAAwEf+fUAAAACA4AF+QAAAAGCuBH5AAAAAYM8HfkAAAACA5w1+QAAAAOBXEn5AAAAA4LUXfkAAAAAAjCB+QAAAAEDGIn5AAAAAYPkkfkAAAABguCx+QAAAAKBBMX5AAAAA4FE0fkAAAACgoT9+QAAAAGBkRH5AAAAAoLFNfkAAAAAAXlV+QAAAAIAeXn5AAAAAYPFkfkAAAABgkWp+QAAAAMDzbX5AAAAAwHpzfkAAAABgoXx+QAAAAIB8g35AAAAAYE6FfkAAAAAA9Y5+QAAAACAdlH5AAAAA4LKkfkAAAADAe61+QAAAAIDssH5AAAAAIL20fkAAAAAg6MB+QAAAAGAxxX5AAAAAYJHNfkAAAABA4NR+QAAAAOAA4H5AAAAAgLzkfkAAAACgI+d+QAAAAGAt8X5AAAAAYAb2fkAAAACgcQN/QAAAAOBTB39AAAAAIK0Pf0AAAACAyDB/QAAAAAABNX9AAAAAwBBFf0AAAADgnlF/QAAAAECJUn9AAAAAwAdVf0AAAABAW1x/QAAAACBsbn9AAAAAgJx0f0AAAAAga3h/QAAAAABvhX9AAAAAAEONf0AAAAAg6pR/QAAAAIAcn39AAAAA4I6hf0AAAADgoaR/QAAAAIAysn9AAAAAAPe0f0AAAAAAl8J/QAAAAGDrxH9AAAAA4HTRf0AAAACg29R/QAAAACCC4n9AAAAAAMXkf0AAAACg++1/QAAAAIB78n9AAAAAoID1f0AAAABgOfp/QAAAAOAX/X9AAAAAABgFgEAAAACgVwiAQAAAAECACoBAAAAAYPMLgEAAAABApQ2AQAAAAEBVEYBAAAAAwHcSgEAAAAAgyhaAQAAAAOBMGoBAAAAAIFgcgEAAAACgPR6AQAAAAKCoIYBAAAAA4GYogEAAAAAg7SyAQAAAAIARMoBAAAAAAOY2gEAAAACg8jiAQAAAAABeOoBAAAAAIA09gEAAAACAoD6AQAAAACBEQoBAAAAAIPBGgEAAAAAgYkqAQAAAAOB2T4BAAAAAwEJSgEAAAAAgZ1qAQAAAAABZW4BAAAAAYMtcgEAAAAAAO2GAQAAAAAAQZ4BAAAAAYClsgEAAAADgoG6AQAAAACBsd4BAAAAAQGN6gEAAAADg13uAQAAAACBwgoBAAAAA4PSGgEAAAABABomAQAAAAID1iYBAAAAAwMaOgEAAAACg0JOAQAAAAAD/mIBAAAAAYIihgEAAAADgoKKAQAAAACBbpoBAAAAAQDiogEAAAADgNKqAQAAAAKB4q4BAAAAAoGyxgEAAAACApreAQAAAAABWuoBAAAAAABS8gEAAAAAAar+AQAAAAICwwYBAAAAAgN3IgEAAAACgfMqAQAAAAICPzoBAAAAA4BHRgEAAAADA6NWAQAAAAGCc2YBAAAAAwIzagEAAAABArN6AQAAAAGDu34BAAAAAAIbngEAAAACAk+qAQAAAAODS94BAAAAAAC/6gEAAAABAgP6AQAAAAGAxAYFAAAAAgH0CgUAAAABg3waBQAAAAECgCIFAAAAAIAIPgUAAAABANBGBQAAAAKCREoFAAAAAIBkZgUAAAAAgThuBQAAAAACxHIFAAAAAwNcegUAAAAAAZyKBQAAAAID3JoFAAAAAoB0qgUAAAAAgpTKBQAAAAACdNIFAAAAAoC06gUAAAACA0D6BQAAAAKB/QIFAAAAAAGRPgUAAAAAg+lCBQAAAAABXU4FAAAAAIJRXgUAAAAAgvFiBQAAAAGAYYoFAAAAAYGZqgUAAAACASneBQAAAAGAreYFAAAAAoJ56gUAAAABAGH+BQAAAAGDbhoFAAAAAgDyMgUAAAAAAgJGBQAAAAOC2koFAAAAAILeXgUAAAABgVpqBQAAAAIAqooFAAAAAoB6jgUAAAABgyqqBQAAAACDMroFAAAAAIJ20gUAAAABAeLqBQAAAAKDRwIFAAAAAYLXEgUAAAACg28aBQAAAAODgyYFAAAAAwLfLgUAAAACAx8+BQAAAAICQ0YFAAAAAYOTSgUAAAADgNtqBQAAAAIDp4YFAAAAAAOHigUAAAACgeeaBQAAAAOA48IFAAAAAgIT4gUAAAAAAFP+BQAAAAKBzAIJAAAAAYGUHgkAAAAAg4QiCQAAAAIBzCoJAAAAA4IgPgkAAAACgThaCQAAAAKBfGIJAAAAAQK4fgkAAAADAYCKCQAAAAIBtJoJAAAAAYDQzgkAAAABg5TaCQAAAACBrP4JAAAAAYCNHgkAAAAAgplGCQAAAAMBpWIJAAAAAwHNZgkAAAADAF1+CQAAAAGA3ZoJAAAAAwFJngkAAAACgOmiCQAAAAABoc4JAAAAAQKZ6gkAAAAAAgnyCQAAAAKDbf4JAAAAAYNaCgkAAAABAQoaCQAAAAIAWioJAAAAA4FyLgkAAAABAS4+CQAAAAODvkoJAAAAAwDWagkAAAADAVZyCQAAAAKDkp4JAAAAAYPKrgkAAAABAlK+CQAAAACCgt4JAAAAAAJW6gkAAAADgPcOCQAAAAICJyYJAAAAAABjPgkAAAAAg5NCCQAAAAKAs1IJAAAAAIMvWgkAAAADgidiCQAAAAIC02YJAAAAAoKzagkAAAAAAHdyCQAAAAMBV34JAAAAAgFjjgkAAAAAApueCQAAAACDA6IJAAAAAAAfqgkAAAABAEfiCQAAAAMDw+oJAAAAAIOz+gkAAAABANgCDQAAAAOAWBYNAAAAAwNUKg0AAAAAgAg2DQAAAAGDADoNAAAAAYMYSg0AAAABgdRqDQAAAAMCRIoNAAAAAYJErg0AAAACAMi+DQAAAAABVNINAAAAAALM1g0AAAAAg/jeDQAAAAAAcOoNAAAAAIGk8g0AAAABgE0KDQAAAAEAzQ4NAAAAAwFZGg0AAAADglkeDQAAAACBGSoNAAAAAIHJRg0AAAADAQ1eDQAAAAGAdW4NAAAAA4Gtcg0AAAACgx2mDQAAAAOB2b4NAAAAAQJlyg0AAAAAg7XODQAAAAEAEd4NAAAAAIFd6g0AAAAAABX6DQAAAACA6f4NAAAAAAFWCg0AAAACAZ4mDQAAAACBfioNAAAAAoGKRg0AAAABgaZaDQAAAAMBPmYNAAAAAAGGeg0AAAABgfp+DQAAAAEDUoYNAAAAA4Imlg0AAAADgO6qDQAAAAMBpq4NAAAAAQHCvg0AAAAAgkbCDQAAAAEBjv4NAAAAAwPLAg0AAAABg1sWDQAAAAICVzoNAAAAAgF/Qg0AAAABAHdaDQAAAACB43oNAAAAAoGHig0AAAACAhuqDQAAAAAD49INAAAAAYKf2g0AAAABASP2DQAAAAACS/oNAAAAAIKIAhEAAAABgHwWEQAAAAED1D4RAAAAAYFAShEAAAAAAlxaEQAAAAEAAGoRAAAAAgCQchEAAAACANiWEQAAAACAyKIRAAAAA4JgqhEAAAAAgyC2EQAAAAEBJL4RAAAAAIGo1hEAAAABgSjmEQAAAAMA8QYRAAAAAgM9IhEAAAACAk0qEQAAAAOBTUoRAAAAAwClThEAAAABg5FWEQAAAAOD3V4RAAAAAYGNghEAAAACAGmKEQAAAACAOaIRAAAAA4GBphEAAAAAAy2uEQAAAAODuboRAAAAAwIZyhEAAAADg6naEQAAAAGCbeoRAAAAAIHB8hEAAAAAgzH2EQAAAAAB3goRAAAAAIEWFhEAAAADgXoaEQAAAAKCah4RAAAAAYKmLhEAAAADALo+EQAAAAKBplIRAAAAAYEKXhEAAAABgbJmEQAAAAOChp4RAAAAAIIS6hEAAAACg8buEQAAAAIDBv4RAAAAAQB3BhEAAAABADMaEQAAAAMAtx4RAAAAAQO7IhEAAAABA78qEQAAAAGA2zIRAAAAAIA7PhEAAAAAA89CEQAAAACD414RAAAAAoI7ahEAAAADAkN2EQAAAAODl5YRAAAAAQKLnhEAAAACAyeiEQAAAAABi6oRAAAAAQPf3hEAAAADgwvqEQAAAAEBt/oRAAAAAoGsAhUAAAADAKwKFQAAAAIAPBIVAAAAAgC0FhUAAAAAgcAeFQAAAAEAhDYVAAAAAYL4PhUAAAABAlBeFQAAAAGCwHIVAAAAA4PwihUAAAADgyCeFQAAAAGDBMIVAAAAAgFkyhUAAAABgdjiFQAAAAAA4SYVAAAAAYINMhUAAAACgY0+FQAAAAIBeU4VAAAAAoNtWhUAAAABg6F+FQAAAACCPY4VAAAAAQGFwhUAAAAAAwXWFQAAAAACNeIVAAAAAABB/hUAAAAAAp5CFQAAAAKA8l4VAAAAAQJ2ZhUAAAACgrqeFQAAAAMCtr4VAAAAAAC2xhUAAAADgdrqFQAAAAOC5vIVAAAAAQHq+hUAAAAAgusCFQAAAAKAOyYVAAAAAIKnKhUAAAADAIs+FQAAAAABO0IVAAAAAYHrShUAAAABAOtaFQAAAAABU14VAAAAA4OnYhUAAAACg0tqFQAAAAICj6IVAAAAAgKnrhUAAAAAARO+FQAAAACDF94VAAAAA4Oj6hUAAAABAYv6FQAAAAAB4A4ZAAAAAoPAFhkAAAACghgiGQAAAAAD9GoZAAAAAIHknhkAAAAAgFSmGQAAAAACUK4ZAAAAAoBAuhkAAAABAATGGQAAAACD2N4ZAAAAAgDg+hkAAAAAACEKGQAAAAAB1Q4ZAAAAA4HFHhkAAAABA0EqGQAAAAGBPToZAAAAA4KVPhkAAAABgwVSGQAAAAMCHVoZAAAAAYG1XhkAAAABg3FuGQAAAAKAuXoZAAAAAwFdghkAAAAAApmGGQAAAAMAkaIZAAAAAwKJphkAAAAAgSG6GQAAAAEB4b4ZAAAAAQJ5yhkAAAACgZHSGQAAAAGC3d4ZAAAAAYKp6hkAAAABgMYCGQAAAAEB0g4ZAAAAAAPOFhkAAAAAAooeGQAAAAKAwi4ZAAAAA4HiShkAAAAAAk5WGQAAAAMCImIZAAAAAQOGbhkAAAAAA7qWGQAAAAOADr4ZAAAAA4G+zhkAAAACgBrmGQAAAAOCnvoZAAAAA4HDGhkAAAABAXsiGQAAAAODPyoZAAAAAwHbUhkAAAABgFteGQAAAAMDe2oZAAAAAIGrchkAAAABA+N6GQAAAAMDL44ZAAAAAQIDmhkAAAADg8/SGQAAAAGAP+IZAAAAAABf6hkAAAACAJgKHQAAAAAAoB4dAAAAAIPgIh0AAAAAgARGHQAAAAODoGIdAAAAAoGAfh0AAAADArCKHQAAAAOAENIdAAAAA4KE+h0AAAAAgLUGHQAAAAEAMVIdAAAAAgAZWh0AAAACAEFeHQAAAACBaY4dAAAAAIDhrh0AAAACgCXqHQAAAAMDQfIdAAAAA4P1+h0AAAACAaoKHQAAAAIDLhYdAAAAAQM+Ih0AAAACgbZOHQAAAAEAIl4dAAAAAwC6dh0AAAAAgPKCHQAAAAADYqIdAAAAAIF6th0AAAABAO6+HQAAAAMBHsodAAAAAoGe2h0AAAADAH8GHQAAAAIBTxodAAAAA4GzLh0AAAACAn86HQAAAAGDE04dAAAAAYLzVh0AAAABARN+HQAAAAGBH4YdAAAAAwEjuh0AAAADg6gKIQAAAAED8DohAAAAAIOATiEAAAABgWRaIQAAAAEAAHIhAAAAAIDIniEAAAAAg1jKIQAAAAEAdNYhAAAAAoFxGiEAAAADAwEuIQAAAAOAxT4hAAAAAwMVRiEAAAADgtlWIQAAAAGBCWIhAAAAAAHVeiEAAAACgZWCIQAAAAOBQZ4hAAAAAIA9riEAAAABgbmyIQAAAAKCOb4hAAAAAIJmGiEAAAACACpiIQAAAAEC8nohAAAAAgFWgiEAAAADgbaSIQAAAAECVpYhAAAAAAGOriEAAAABgOreIQAAAAMCGvohAAAAAIMjCiEAAAADg4NqIQAAAAGD95YhAAAAA4PfpiEAAAABgqweJQAAAAEDaE4lAAAAAIFseiUAAAADAbymJQAAAAMCDNolAAAAAwE9EiUAAAACgaEmJQAAAAMD5XYlAAAAAoNxhiUAAAABA32+JQAAAAOBmcolAAAAAIDN2iUAAAADgIH2JQAAAAKA4gIlAAAAA4LeNiUAAAADgPp+JQAAAACDjoolAAAAAYHemiUAAAACAFbmJQAAAAIBEwIlAAAAAAOrBiUAAAADg18aJQAAAAOA5y4lAAAAAoObMiUAAAABgPtGJQAAAAGDo04lAAAAAgDjeiUAAAACgR+GJQAAAAMDo5IlAAAAAoB/miUAAAAAAOgSKQAAAAACFBopAAAAA4IsPikAAAACgUxuKQAAAAEBnIIpAAAAAYO4likAAAAAgYCiKQAAAAAD0KopAAAAAYOU2ikAAAACAoT6KQAAAAMAURopAAAAAIJNHikAAAACglkuKQAAAAMA5V4pAAAAAwOxlikAAAADACWuKQAAAAKCpd4pAAAAAoBt8ikAAAAAgu3+KQAAAAAASkIpAAAAAoNKRikAAAACAgJaKQAAAAGCJm4pAAAAAwPylikAAAABAnbCKQAAAAACpsYpAAAAAALK3ikAAAACADbqKQAAAAOA+vYpAAAAAwNzCikAAAADAEdaKQAAAAMDc24pAAAAAYAbkikAAAADgzOaKQAAAAKDD74pAAAAAgM/yikAAAACgXPuKQAAAAKCPAYtAAAAAwBwKi0AAAABgiB2LQAAAAOCqLotAAAAAYGEyi0AAAACAvjeLQAAAACA2R4tAAAAAgIdVi0AAAADgYVeLQAAAAGASYItAAAAAwDRni0AAAACgr3mLQAAAAMAIhotAAAAAAI6Si0AAAABA+ZWLQAAAAKDKnotAAAAAILupi0AAAABAZb+LQAAAAGB5y4tAAAAAAFTOi0AAAADgZNOLQAAAAGCR6ItAAAAAgBD3i0AAAACgqviLQAAAAIDC/YtAAAAAgIkOjEAAAADgMSaMQAAAAAC5KYxAAAAAYFwrjEAAAABAfTuMQAAAAGA+QoxAAAAAgKJKjEAAAACA3VGMQAAAAIAzVoxAAAAAgPFZjEAAAABgDGqMQAAAAKCjboxAAAAAwCukjEAAAADADb+MQAAAACCOwoxAAAAAIM7DjEAAAAAgis6MQAAAAABQ5YxAAAAAoAbnjEAAAACAJOiMQAAAAKAQ9IxAAAAAYIL6jEAAAACg6AaNQAAAAGCTEo1AAAAAwGAXjUAAAACg8hqNQAAAAEAVO41AAAAAQAU+jUAAAACguUWNQAAAAMCOSo1AAAAAIAVNjUAAAADAf1iNQAAAAGCFYo1AAAAA4MOGjUAAAACgtLKNQAAAACCdzo1AAAAA4JPdjUAAAADAAeiNQAAAAKDGBo5AAAAAALwVjkAAAACAqEuOQAAAAOC4WI5AAAAAQL1ijkAAAAAAJH+OQAAAAKCFiI5AAAAAADWmjkAAAAAAWrmOQAAAACDevo5AAAAAAP3pjkAAAADgYSiPQAAAAGDGRo9AAAAA4HpNj0AAAABgSU+PQAAAAKCgWY9A</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16032">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=89" index="88" defaultArrayLength="1459">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="299.941" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="94.8068" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.3" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15564">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15564">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAACARkAAAAAAAAA7QAAAAAAAgEdAAAAAAAAAO0AAAAAAAAA5QAAAAAAAAEFAAAAAAAAARUAAAAAAAABHQAAAAAAAgEFAAAAAAABAUEAAAAAAAIiUQAAAAAAAADhAAAAAAACAR0AAAAAAgI3BQAAAAAAAADhAAAAAAABYh0AAAAAAAABEQAAAAAAAAEtAAAAAAACAUUAAAAAAAIBDQAAAAAAAAD5AAAAAAAAAOkAAAAAAAABEQAAAAAAAgFlAAAAAAAAAVUAAAAAAAMBZQAAAAAAAAENAAAAAAAAAR0AAAAAAAABNQAAAAAAAADdAAAAAAAAAQ0AAAAAAAAA1QAAAAAAAADpAAAAAAAAAXEAAAAAAAAA1QAAAAAAAgEdAAAAAAAAAPEAAAAAAAAA+QAAAAAAAQFdAAAAAAACATUAAAAAAAAA3QAAAAAAAgE5AAAAAAACAQ0AAAAAAAMBTQAAAAAAAgFBAAAAAAACARkAAAAAAAABGQAAAAAAAwFBAAAAAAACAQUAAAAAAAIBHQAAAAAAAgEJAAAAAAAAAU0AAAAAAAABBQAAAAAAAADhAAAAAAAAAO0AAAAAAAIBSQAAAAAAAAEBAAAAAAAAARUAAAAAAABBxQAAAAAAAAE5AAAAAAAAAYEAAAAAAAABNQAAAAAAAXKZAAAAAAAAANUAAAAAAAIBMQAAAAAAAcHBAAAAAAACAREAAAAAAAIBBQAAAAAAAAFdAAAAAAAAAQUAAAAAAAIBMQAAAAAAAgEBAAAAAAACAT0AAAAAAAIBAQAAAAAAAgEVAAAAAAAAAN0AAAAAAAIBFQAAAAAAAAEBAAAAAAABAUUAAAAAAAEBbQAAAAAAAADxAAAAAAAAAN0AAAAAAAMBQQAAAAAAAADlAAAAAAAAANkAAAAAAAAA4QAAAAAAAAElAAAAAAAAANkAAAAAAAAA+QAAAAAAAgENAAAAAAAAAQ0AAAAAAAIBFQAAAAAAAgE1AAAAAAACARUAAAAAAAAA3QAAAAAAAAEFAAAAAAACAQkAAAAAAAABFQAAAAAAAaIxAAAAAAAAAQkAAAAAAAABdQAAAAAAAAD5AAAAAAAAAWUAAAAAAAABEQAAAAAAAADtAAAAAAACAQUAAAAAAAEBaQAAAAAAAgEJAAAAAAAAAVUAAAAAAAABUQAAAAAAAgEZAAAAAAAAANUAAAAAAAABWQAAAAAAAgEJAAAAAAACAQUAAAAAAAAA/QAAAAAAAgElAAAAAAAAAO0AAAAAAAABHQAAAAAAAADVAAAAAAACAREAAAAAAAAA1QAAAAAAAgEpAAAAAAAAAP0AAAAAAAAA3QAAAAAAAIGdAAAAAAAAAPEAAAAAAAAA+QAAAAAAAAD9AAAAAAADAXEAAAAAAAIBgQAAAAAAAADpAAAAAAAAAR0AAAAAAAABBQAAAAAAAAEdAAAAAAAAAU0AAAAAAAAA/QAAAAAAAAERAAAAAAACAUEAAAAAAAAA5QAAAAAAAAENAAAAAAAAAUUAAAAAAAIBQQAAAAAAAwFxAAAAAAACATkAAAAAAAAA/QAAAAAAAQGFAAAAAAABAWUAAAAAAAIBKQAAAAAAAgElAAAAAAACAUkAAAAAAAIBWQAAAAAAAgEpAAAAAAAAARUAAAAAAAIBaQAAAAAAAgEBAAAAAAAAAPEAAAAAAAIBVQAAAAAAAYHJAAAAAAAAAN0AAAAAAAEBRQAAAAAAAADlAAAAAAAAAO0AAAAAAAABJQAAAAAAAAEdAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAEZAAAAAAAAAQkAAAAAAAAA1QAAAAAAAgEZAAAAAAACAQUAAAAAAAIBAQAAAAAAAgE9AAAAAAADAYUAAAAAAAABCQAAAAAAAADlAAAAAAAAAV0AAAAAAAAA+QAAAAAAAgEVAAAAAAAAAPUAAAAAAAABBQAAAAAAAQFFAAAAAAAAAVkAAAAAAAIBJQAAAAAAAADhAAAAAAAAAQEAAAAAAAIBBQAAAAAAAgERAAAAAAADAUkAAAAAAAIBCQAAAAAAAAFFAAAAAAABAWUAAAAAAAIBPQAAAAAAAAEdAAAAAAADAU0AAAAAAAABRQAAAAAAAADxAAAAAAAAARkAAAAAAAAA6QAAAAAAAwFBAAAAAAAAAQ0AAAAAAAAA5QAAAAAAAAElAAAAAAAAARkAAAAAAAHiBQAAAAAAAAFtAAAAAAACAT0AAAAAAAIBQQAAAAAAAgFJAAAAAAAAAVkAAAAAAAAA7QAAAAAAAgFJAAAAAAAAAWEAAAAAAABiHQAAAAAAAwGRAAAAAAADAWUAAAAAAAMBpQAAAAAAAAEVAAAAAAACAQEAAAAAAAAA7QAAAAAAAwFBAAAAAAAAASEAAAAAAAABDQAAAAAAAgE9AAAAAAAAAN0AAAAAAAABaQAAAAAAAAEVAAAAAAACAUUAAAAAAAIBGQAAAAAAAAE9AAAAAAACARUAAAAAAAIBBQAAAAAAAgEBAAAAAAAAAO0AAAAAAAEBTQAAAAAAAgEhAAAAAAACAUEAAAAAAAABHQAAAAAAAADZAAAAAAABAW0AAAAAAAABGQAAAAAAAgFJAAAAAAAAAV0AAAAAAAABDQAAAAAAAAD9AAAAAAAAARUAAAAAAAGBiQAAAAAAAgEBAAAAAAADAXEAAAAAAAIBQQAAAAAAAgENAAAAAAAAANUAAAAAAAIBVQAAAAAAAAEFAAAAAAAAARkAAAAAAAJByQAAAAAAAAEBAAAAAAACARkAAAAAAAAA/QAAAAAAAgFZAAAAAAAAAQkAAAAAAAIBOQAAAAAAAgFZAAAAAAABAYEAAAAAAAIBHQAAAAAAAgEVAAAAAAACAQEAAAAAAAIBQQAAAAAAAADZAAAAAAACAVUAAAAAAAAA4QAAAAAAAAEVAAAAAAACATUAAAAAAAIBBQAAAAAAAQFJAAAAAAADAWkAAAAAAAIBZQAAAAAAAgEBAAAAAAACAXEAAAAAAAIBBQAAAAAAAAEZAAAAAAADAVkAAAAAAAIBEQAAAAAAAgEJAAAAAAAAAWEAAAAAAAAA1QAAAAAAAADxAAAAAAACAQEAAAAAAAKBpQAAAAAAAgEhAAAAAAAAARkAAAAAAAABNQAAAAAAAADtAAAAAAACAR0AAAAAAAEBVQAAAAAAAAFdAAAAAAAAAPEAAAAAAAIBKQAAAAAAAADVAAAAAAAAAQ0AAAAAAAMBdQAAAAAAAgEVAAAAAAAAAUEAAAAAAAIBQQAAAAAAAQFlAAAAAAAAAO0AAAAAAAAA2QAAAAAAAwFpAAAAAAAAAQkAAAAAAAIBPQAAAAAAAADpAAAAAAACAVUAAAAAAAEBTQAAAAAAAgEdAAAAAAACAR0AAAAAAAABLQAAAAAAAgEBAAAAAAAAAPkAAAAAAAEBdQAAAAAAAAEVAAAAAAAAAU0AAAAAAAIBFQAAAAAAAgEJAAAAAAACgZEAAAAAAAABAQAAAAAAAgFVAAAAAAAAAO0AAAAAAAAA1QAAAAAAAwFpAAAAAAACAQ0AAAAAAAABFQAAAAAAAAEpAAAAAAACAREAAAAAAAAA9QAAAAAAAYGJAAAAAAACASUAAAAAAAABOQAAAAAAAwFhAAAAAAACASkAAAAAAAABMQAAAAAAAwFFAAAAAAABAXUAAAAAAAAA6QAAAAAAAgEFAAAAAAAAAQ0AAAAAAAAA+QAAAAAAAADlAAAAAAACAUEAAAAAAAABGQAAAAAAAAD1AAAAAAACAREAAAAAAAIBPQAAAAAAAAD9AAAAAAAAAXEAAAAAAAAA/QAAAAAAAAEdAAAAAAAAAOEAAAAAAAEBRQAAAAAAA4GRAAAAAAAAARkAAAAAAAIBDQAAAAAAAAFpAAAAAAACATEAAAAAAAIBGQAAAAAAAADVAAAAAAAAAP0AAAAAAACBmQAAAAAAAgEVAAAAAAABAUUAAAAAAAABDQAAAAAAAgEBAAAAAAACASEAAAAAAAAA1QAAAAAAAgENAAAAAAAAAPEAAAAAAAABFQAAAAAAAADpAAAAAAAAAREAAAAAAAAA9QAAAAAAAgFJAAAAAAACARkAAAAAAAIBLQAAAAAAAgE9AAAAAAAAAOEAAAAAAAABEQAAAAAAAgEJAAAAAAAAAOUAAAAAAAIBDQAAAAAAAwFlAAAAAAAAAOEAAAAAAAABEQAAAAAAAAEhAAAAAAACAYEAAAAAAAAA3QAAAAAAAAFFAAAAAAAAAPkAAAAAAAIBnQAAAAAAAADpAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAExAAAAAAADAU0AAAAAAAAA7QAAAAAAAwF5AAAAAAAAAOUAAAAAAAABXQAAAAAAAgFdAAAAAAACATkAAAAAAAABWQAAAAAAAADpAAAAAAAAATUAAAAAAAIBCQAAAAAAAAFBAAAAAAAAATkAAAAAAAAA2QAAAAAAAADdAAAAAAAAAQkAAAAAAAABKQAAAAAAAgEVAAAAAAAAAQUAAAAAAAABAQAAAAAAAgEtAAAAAAAAAOUAAAAAAAIBCQAAAAAAAAFNAAAAAAAAAOEAAAAAAAIBBQAAAAAAAgExAAAAAAAAAPkAAAAAAAIBeQAAAAAAAUqFAAAAAAACAQUAAAAAAAOB3QAAAAAAA4GJAAAAAAACAV0AAAAAAAIBNQAAAAAAAQFhAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAF1AAAAAAAAAQUAAAAAAAIBHQAAAAAAAQFJAAAAAAAAAQEAAAAAAAAA+QAAAAAAAAElAAAAAAAAASUAAAAAAAAA7QAAAAAAAgEFAAAAAAACAVkAAAAAAAABKQAAAAAAAAEFAAAAAAAAAPEAAAAAAAAA4QAAAAAAAAEJAAAAAAACAS0AAAAAAAIBZQAAAAAAAADtAAAAAAAAAPUAAAAAAAIBIQAAAAAAAgE1AAAAAAAAAVkAAAAAAAAA6QAAAAAAAgEJAAAAAAAAAQ0AAAAAAAIBNQAAAAAAAADtAAAAAAADQcEAAAAAAAABQQAAAAAAAAD5AAAAAAADAYUAAAAAAAABjQAAAAAAAAEhAAAAAAAAAOkAAAAAAAAA3QAAAAAAAgGBAAAAAAAAAPEAAAAAAAABDQAAAAAAAQFhAAAAAAACAQ0AAAAAAAEBUQAAAAAAAAEtAAAAAAAAAP0AAAAAAAIBiQAAAAAAAAEdAAAAAAABAVkAAAAAAAAA6QAAAAAAAgEZAAAAAAADojkAAAAAAAEBvQAAAAAAAADpAAAAAAABAWkAAAAAAAABAQAAAAAAAgFpAAAAAAAAAQUAAAAAAAABDQAAAAAAAAD1AAAAAAAAAOkAAAAAAAAA7QAAAAAAAQFJAAAAAAACAQ0AAAAAAAABOQAAAAAAAAERAAAAAAADgZEAAAAAAAAA/QAAAAAAAAD9AAAAAAAAAPkAAAAAAAIBAQAAAAAAAADtAAAAAAADgZUAAAAAAAIBGQAAAAAAAAD5AAAAAAACAWEAAAAAAAMBZQAAAAAAAAEZAAAAAAACAREAAAAAAAABYQAAAAAAAgE1AAAAAAAAAN0AAAAAAAEBTQAAAAAAAgERAAAAAAACATUAAAAAAAABBQAAAAAAAADVAAAAAAAAAUEAAAAAAAIBLQAAAAAAAAEZAAAAAAAAAYEAAAAAAAAA8QAAAAAAAwFBAAAAAAACAQUAAAAAAAAA6QAAAAAAAgEJAAAAAAAAAZkAAAAAAAIBFQAAAAAAAAD1AAAAAAAAAVEAAAAAAAIBDQAAAAAAAAEBAAAAAAAAAZ0AAAAAAAAA/QAAAAAAAAE9AAAAAAACASUAAAAAAAIBGQAAAAAAAAEZAAAAAAAAAYEAAAAAAAIBHQAAAAAAAgFVAAAAAAACAQkAAAAAAAABLQAAAAAAAADlAAAAAAAAAN0AAAAAAAAA/QAAAAAAAgEVAAAAAAACARUAAAAAAAAA6QAAAAAAAgEFAAAAAAACAU0AAAAAAAEBTQAAAAAAAAD5AAAAAAAAAO0AAAAAAAAA3QAAAAAAAIGRAAAAAAABAW0AAAAAAAAA1QAAAAAAAAGRAAAAAAACAQkAAAAAAAAA1QAAAAAAAQFBAAAAAAABgZ0AAAAAAAABKQAAAAAAAgElAAAAAAADAUEAAAAAAAAA3QAAAAAAAAD1AAAAAAAAgYkAAAAAAAIBAQAAAAAAAAFxAAAAAAAAAQ0AAAAAAAIBBQAAAAAAA4GFAAAAAAAAARkAAAAAAAAA5QAAAAAAAgEBAAAAAAACAS0AAAAAAAABCQAAAAAAAAEZAAAAAAAAATUAAAAAAAAA9QAAAAAAAAD1AAAAAAABAUEAAAAAAAABAQAAAAAAAgEFAAAAAAAAARUAAAAAAAMBUQAAAAAAAAEBAAAAAAAAAPUAAAAAAAIBAQAAAAAAAQFxAAAAAAACAUUAAAAAAAIBAQAAAAAAAADZAAAAAAAAATEAAAAAAAAA8QAAAAAAAgEJAAAAAAACAXEAAAAAAAIBNQAAAAAAAAEFAAAAAAAAAN0AAAAAAAAA1QAAAAAAAAFVAAAAAAAAAQEAAAAAAAMBYQAAAAAAAADZAAAAAAACAQUAAAAAAAABBQAAAAAAAADtAAAAAAACASUAAAAAAAABMQAAAAAAAAEFAAAAAAAAAQUAAAAAAAIBJQAAAAAAAAE9AAAAAAAAASEAAAAAAAABAQAAAAAAAAD1AAAAAAAAAOUAAAAAAAABAQAAAAAAAgElAAAAAAABAUUAAAAAAAIBDQAAAAAAAADtAAAAAAAAAUUAAAAAAAIBCQAAAAAAAADdAAAAAAAAARkAAAAAAAIBAQAAAAAAAADhAAAAAAAAAR0AAAAAAAAA/QAAAAAAAADhAAAAAAAAAPkAAAAAAAABLQAAAAAAAgEBAAAAAAAAAQEAAAAAAAAA+QAAAAAAAAFFAAAAAAABAX0AAAAAAAIBDQAAAAAAAAElAAAAAAAAAOUAAAAAAAAA4QAAAAAAAgEBAAAAAAADAWkAAAAAAAABAQAAAAAAAgEBAAAAAAAAAOEAAAAAAAABCQAAAAAAAgE1AAAAAAACAWkAAAAAAAABAQAAAAAAAADxAAAAAAAAASEAAAAAAAMBVQAAAAAAAAE9AAAAAAAAARkAAAAAAAIBDQAAAAAAAADVAAAAAAAAAQEAAAAAAAAA+QAAAAAAAgEFAAAAAAAAANkAAAAAAAABHQAAAAAAAAEFAAAAAAAAAU0AAAAAAAAA9QAAAAAAAgEBAAAAAAAAANkAAAAAAAABOQAAAAAAAADdAAAAAAAAAQUAAAAAAAEBQQAAAAAAAADxAAAAAAAAAVEAAAAAAAMBXQAAAAAAAgEFAAAAAAAAAQUAAAAAAAIBBQAAAAAAAAEdAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADtAAAAAAACAQkAAAAAAAIBPQAAAAAAAgEVAAAAAAAAAQEAAAAAAAABOQAAAAAAAQFRAAAAAAAAANkAAAAAAAIBFQAAAAAAAADtAAAAAAAAAT0AAAAAAAIBBQAAAAAAAAEdAAAAAAAAAUUAAAAAAAAA+QAAAAAAAgEZAAAAAAACASUAAAAAAAAA7QAAAAAAAgEtAAAAAAACASEAAAAAAAIBBQAAAAAAAAENAAAAAAAAAQEAAAAAAAEBRQAAAAAAAADdAAAAAAACAQ0AAAAAAAMBQQAAAAAAAAD1AAAAAAAAAPUAAAAAAAMBWQAAAAAAAgEtAAAAAAACAQkAAAAAAAAA1QAAAAAAAAERAAAAAAAAAREAAAAAAAAA5QAAAAAAAgEZAAAAAAAAAOkAAAAAAAAA6QAAAAAAAgENAAAAAAAAAPkAAAAAAAABJQAAAAAAAADZAAAAAAACARUAAAAAAAAA1QAAAAAAAgEhAAAAAAACAQUAAAAAAAEBSQAAAAAAAAEdAAAAAAAAARkAAAAAAAAA/QAAAAAAAAEBAAAAAAAAANkAAAAAAAABIQAAAAAAAADpAAAAAAAAAREAAAAAAAABCQAAAAAAAADtAAAAAAAAAOEAAAAAAAIBAQAAAAAAAAElAAAAAAAAAQEAAAAAAAIBAQAAAAAAAgEBAAAAAAAAAQkAAAAAAAAA7QAAAAAAAgEdAAAAAAADAUEAAAAAAAABAQAAAAAAAAE9AAAAAAACAREAAAAAAAAA+QAAAAAAAAElAAAAAAAAAOEAAAAAAAAA9QAAAAAAAAD1AAAAAAACAQEAAAAAAAIBBQAAAAAAAQFhAAAAAAADAUUAAAAAAAABEQAAAAAAAADtAAAAAAAAAOEAAAAAAAAA9QAAAAAAAADxAAAAAAAAAREAAAAAAAIBGQAAAAAAAADdAAAAAAAAASEAAAAAAAIBAQAAAAAAAADtAAAAAAAAAPEAAAAAAAAA6QAAAAAAAAE9AAAAAAACAQUAAAAAAAIBBQAAAAAAAgElAAAAAAADAVEAAAAAAAAA4QAAAAAAAAEtAAAAAAACAREAAAAAAAAA/QAAAAAAAgEhAAAAAAAAASEAAAAAAAIBCQAAAAAAAAEBAAAAAAADIi0AAAAAAAAA7QAAAAAAAQF5AAAAAAAAAPkAAAAAAAAA+QAAAAAAAAENAAAAAAAAAPkAAAAAAAABFQAAAAAAAgE5AAAAAAADAYUAAAAAAAMBjQAAAAAAAADtAAAAAAAAAUEAAAAAAAAA2QAAAAAAAgEJAAAAAAACAREAAAAAAAIBOQAAAAAAAADlAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAEJAAAAAAACAS0AAAAAAAIBCQAAAAAAAAEZAAAAAAAAAPkAAAAAAAABDQAAAAAAAADpAAAAAAACATkAAAAAAAAA6QAAAAAAAADlAAAAAAAAANkAAAAAAAAA5QAAAAAAAAD9AAAAAAAAAOUAAAAAAACBgQAAAAAAAAElAAAAAAABAUEAAAAAAAAA+QAAAAAAAQFFAAAAAAACAQ0AAAAAAAABGQAAAAAAAgEpAAAAAAAAAP0AAAAAAAIBOQAAAAAAAgEhAAAAAAACASEAAAAAAAAA1QAAAAAAAgElAAAAAAAAANkAAAAAAAIBDQAAAAAAAADlAAAAAAACAT0AAAAAAAIBFQAAAAAAAiIdAAAAAAACAQEAAAAAAAIBrQAAAAAAAwFlAAAAAAAAAPEAAAAAAAAA9QAAAAAAAADZAAAAAAACAQ0AAAAAAAABBQAAAAAAAADhAAAAAAACASkAAAAAAAAA+QAAAAAAAYGVAAAAAAAAANUAAAAAAAABOQAAAAAAAAEJAAAAAAAAAO0AAAAAAAAA2QAAAAAAAgFFAAAAAAACAQ0AAAAAAAIBFQAAAAAAAgE1AAAAAAACAQkAAAAAAAIBRQAAAAAAAAE5AAAAAAAAAQUAAAAAAAABLQAAAAAAAgEBAAAAAAACAQUAAAAAAAAA5QAAAAAAAADdAAAAAAAAgbUAAAAAAAAA9QAAAAAAAgEBAAAAAAAAAOUAAAAAAAEBcQAAAAAAAAENAAAAAAAAAUEAAAAAAAAA2QAAAAAAAADlAAAAAAAAASUAAAAAAAIBLQAAAAAAAgEFAAAAAAAAAOEAAAAAAAABEQAAAAAAAAERAAAAAAAAANkAAAAAAAABCQAAAAAAAgElAAAAAAACAREAAAAAAAAA6QAAAAAAAADZAAAAAAAAAPUAAAAAAAABBQAAAAAAAADdAAAAAAACAQ0AAAAAAAIBTQAAAAAAAgEFAAAAAAAAAPEAAAAAAAABHQAAAAAAAgElAAAAAAAAAPUAAAAAAAAA4QAAAAAAAgEZAAAAAAAAAPUAAAAAAAAA7QAAAAAAAAEVAAAAAAACASEAAAAAAAIBIQAAAAAAAAEBAAAAAAACAR0AAAAAAAAA+QAAAAAAAAD1AAAAAAAAAPEAAAAAAAABAQAAAAAAAAENAAAAAAAAAP0AAAAAAAAA9QAAAAAAAAD1AAAAAAAAAT0AAAAAAAIBDQAAAAAAAADVAAAAAAAAANUAAAAAAAIBGQAAAAAAAgEpAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAAEBAAAAAAACAQ0AAAAAAAIBKQAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBAQAAAAAAAAERAAAAAAACAQEAAAAAAAIBEQAAAAAAAgEhAAAAAAAAAOEAAAAAAAIBJQAAAAAAAgEFAAAAAAACARUAAAAAAAIBCQAAAAAAAADhAAAAAAAAAP0AAAAAAAABIQAAAAAAAAD1AAAAAAACASkAAAAAAAAA3QAAAAAAAAEhAAAAAAAAAOEAAAAAAAABRQAAAAAAAAEhAAAAAAAAAWUAAAAAAAAA6QAAAAAAAAENAAAAAAAAAUEAAAAAAAIBAQAAAAAAAADdAAAAAAACAR0AAAAAAAABAQAAAAAAAADZAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADxAAAAAAAAAN0AAAAAAAIBHQAAAAAAAADtAAAAAAAAANkAAAAAAAAA6QAAAAAAAAElAAAAAAAAASUAAAAAAAEBRQAAAAAAAAEJAAAAAAAAAO0AAAAAAAAA6QAAAAAAAAEJAAAAAAAAARkAAAAAAAIBCQAAAAAAAADtAAAAAAAAAQkAAAAAAAIBGQAAAAAAAgERAAAAAAAAAPEAAAAAAAABJQAAAAAAAADZAAAAAAAAAN0AAAAAAAIBAQAAAAAAAADZAAAAAAAAAVUAAAAAAAABHQAAAAAAAgEFAAAAAAACAQ0AAAAAAAAA1QAAAAAAAgEVAAAAAAAAAPkAAAAAAAAA9QAAAAAAAgENAAAAAAAAAQEAAAAAAAAA/QAAAAAAAAEBAAAAAAAAAO0AAAAAAAAA6QAAAAAAAgFNAAAAAAAAAN0AAAAAAAABBQAAAAAAAgEdAAAAAAAAAQEAAAAAAAABDQAAAAAAAADxAAAAAAACAQUAAAAAAAIBGQAAAAAAAgERAAAAAAAAAREAAAAAAAAA3QAAAAAAAgEVAAAAAAACAQEAAAAAAAAA1QAAAAAAAADtAAAAAAAAAO0AAAAAAAIBBQAAAAAAAgERAAAAAAACAREAAAAAAAIBBQAAAAAAAAERAAAAAAAAAQUAAAAAAAAA4QAAAAAAAAEhAAAAAAAAAPUAAAAAAAAA2QAAAAAAAADVAAAAAAACAQUAAAAAAAABDQAAAAAAAAEVAAAAAAAAAQkAAAAAAAAA5QAAAAAAAgENAAAAAAAAAPUAAAAAAAAA5QAAAAAAAAEBAAAAAAAAAPUAAAAAAAIBEQAAAAAAAAENAAAAAAACARUAAAAAAAAA+QAAAAAAAAD1AAAAAAAAANkAAAAAAAAA1QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA6QAAAAAAAADhAAAAAAACASEAAAAAAAABIQAAAAAAAAD1AAAAAAAAAPkAAAAAAAAA2QAAAAAAAgEJAAAAAAACAREAAAAAAAAA8QAAAAAAAADxAAAAAAACAQkAAAAAAAAA1QAAAAAAAAD5AAAAAAAAwcEAAAAAAAABIQAAAAAAAADVAAAAAAACAVEAAAAAAAAA4QAAAAAAAADdAAAAAAACARUAAAAAAAIBGQAAAAAAAAE5AAAAAAAAAOkAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAO0AAAAAAAABHQAAAAAAAAENAAAAAAAAAPUAAAAAAAAA6QAAAAAAAgEVAAAAAAAAAOkAAAAAAAIBAQAAAAAAAgENAAAAAAAAAOEAAAAAAAIBBQAAAAAAAAD5AAAAAAAAAOUAAAAAAAIBDQAAAAAAAADxAAAAAAACASkAAAAAAAAA8QAAAAAAAAElAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAAE5AAAAAAAAANkAAAAAAAIBFQAAAAAAAgENAAAAAAAAAO0AAAAAAAPCIQAAAAAAAQFBAAAAAAABAc0AAAAAAAEBWQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAEdAAAAAAACARUAAAAAAAIBBQAAAAAAAgEZAAAAAAAAANkAAAAAAAIBDQAAAAAAAAENAAAAAAAAANkAAAAAAAAA1QAAAAAAAADxAAAAAAAAAPEAAAAAAAAA8QAAAAAAAAD5AAAAAAAAAPEAAAAAAAAA6QAAAAAAAAE9AAAAAAAAARUAAAAAAAABJQAAAAAAAgEZAAAAAAAAAPEAAAAAAAIBAQAAAAAAAgEBAAAAAAAAAPkAAAAAAAABCQAAAAAAAAD1AAAAAAACASUAAAAAAAIBOQAAAAAAAADZAAAAAAAAAN0AAAAAAAIBOQAAAAAAAgEhAAAAAAACASkAAAAAAAIBGQAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAQUAAAAAAAAA6QAAAAAAAgEFAAAAAAAAAQUAAAAAAAABCQAAAAAAAADlAAAAAAAAAO0AAAAAAAIBAQAAAAAAAAERAAAAAAAAAPUAAAAAAAAA7QAAAAAAAAD1AAAAAAAAANkAAAAAAAIBIQAAAAAAAAD1AAAAAAAAAPUAAAAAAAIBDQAAAAAAAADVAAAAAAAAARUAAAAAAAIBBQAAAAAAAAEFAAAAAAAAAP0AAAAAAAIBCQAAAAAAAADVAAAAAAACAQEAAAAAAAAA4QAAAAAAAgFJAAAAAAACAR0AAAAAAAAA/QAAAAAAAADxAAAAAAAAAPEAAAAAAAAA1QAAAAAAAADhAAAAAAAAAPUAAAAAAAAA5QAAAAAAAAD9AAAAAAAAAOEAAAAAAAAA3QAAAAAAAgEBAAAAAAAAAPUAAAAAAAABBQAAAAAAAADtAAAAAAACAQkAAAAAAAABBQAAAAAAAQFJAAAAAAAAAQkAAAAAAAAA3QAAAAAAAAERAAAAAAAAAPkAAAAAAAAA2QAAAAAAAADpAAAAAAAAAO0AAAAAAAAA7QAAAAAAAADZAAAAAAAAAQEAAAAAAAIBBQAAAAAAAADlAAAAAAAAAQkAAAAAAAAA9QAAAAAAAgEhAAAAAAAAAQEAAAAAAAIBHQAAAAAAAgElAAAAAAAAAOUAAAAAAAAA/QAAAAAAAAEFAAAAAAAAAPUAAAAAAAAA1QAAAAAAAAEFAAAAAAAAAOUAAAAAAAABNQAAAAAAAADZAAAAAAAAAP0AAAAAAAAA/QAAAAAAAAD1AAAAAAAAARUAAAAAAAIBBQAAAAAAAAEFAAAAAAAAAO0AAAAAAAAA4QAAAAAAAAD5AAAAAAAAAQEAAAAAAAABAQAAAAAAAAEhAAAAAAAAAPEAAAAAAAIBEQAAAAAAAAEBAAAAAAAAAPUAAAAAAAABBQAAAAAAAAEFAAAAAAAAAQ0AAAAAAAAA7QAAAAAAAADhAAAAAAACARUAAAAAAAAA3QAAAAAAAgEdAAAAAAAAANUAAAAAAAAA3QAAAAAAAAEFAAAAAAAAAPEAAAAAAAABLQAAAAAAAADlAAAAAAAAAOkAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAN0AAAAAAAAA5QAAAAAAAADhAAAAAAACAREAAAAAAAAA8QAAAAAAAADhAAAAAAACAQUAAAAAAAAA4QAAAAAAAQFRAAAAAAACAREAAAAAAAIBAQAAAAAAAAD5AAAAAAACAQUAAAAAAAAA5QAAAAAAAADtAAAAAAAAATEAAAAAAAABGQAAAAAAAADdAAAAAAAAAN0AAAAAAAAA9QAAAAAAAADhAAAAAAAAAOEAAAAAAAABBQAAAAAAAAEVAAAAAAAAANUAAAAAAAABAQAAAAAAAgERAAAAAAAAAOEAAAAAAAABHQAAAAAAAAFBAAAAAAAAANUAAAAAAAIBCQAAAAAAAAEJAAAAAAAAANkAAAAAAAIBBQAAAAAAAgEJAAAAAAACASUAAAAAAAABBQAAAAAAAADVAAAAAAAAAOkAAAAAAAABBQAAAAAAAgEpAAAAAAAAAOEAAAAAAAAA+QAAAAAAAADpAAAAAAAAAO0AAAAAAAAA5QAAAAAAAADdAAAAAAAAAQUAAAAAAAABAQAAAAAAAQFJAAAAAAAAAOkAAAAAAAIBGQAAAAAAAgERAAAAAAAAANkAAAAAAAIBHQAAAAAAAgEdAAAAAAACAREAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAPkAAAAAAAAA5QAAAAAAAADpAAAAAAAAAOUAAAAAAAABDQAAAAAAAADZAAAAAAAAANUAAAAAAAIBCQAAAAAAAADxAAAAAAAAAPEAAAAAAAAA8QAAAAAAAgEVAAAAAAAAAOkAAAAAAAAA8QAAAAAAAAFFAAAAAAAAAP0AAAAAAAABKQAAAAAAAADxAAAAAAACAQEAAAAAAAAA3QAAAAAAAgENAAAAAAAAAPEAAAAAAAIBAQAAAAAAAADhAAAAAAAAANUAAAAAAAAA/QAAAAAAAAD5AAAAAAAAAPUAAAAAAAIBCQAAAAAAAADdAAAAAAAAANkAAAAAAAABFQAAAAAAAADxAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADVAAAAAAAAANkAAAAAAAIBDQAAAAAAAADhAAAAAAAAAQUAAAAAAAABFQAAAAAAAADtAAAAAAACAQkAAAAAAAAA+QAAAAAAAADVAAAAAAAAANUAAAAAAAAA4QAAAAAAAgENAAAAAAAAAQkAAAAAAAIBEQAAAAAAAADlAAAAAAAAANkAAAAAAAAA+QAAAAAAAADVAAAAAAACARkAAAAAAAAA7QAAAAAAAAExAAAAAAACAQEAAAAAAAABAQAAAAAAAgEJAAAAAAACASUAAAAAAAABAQAAAAAAAAEBAAAAAAAAANkAAAAAAAAA4QAAAAAAAADdAAAAAAAAAPkAAAAAAAAA2QAAAAAAAADpAAAAAAAAAOEAAAAAAAAA2QAAAAAAAAD5AAAAAAACAQUAAAAAAAAA7QAAAAAAAADlAAAAAAACAQkAAAAAAAIBFQAAAAAAAAEFAAAAAAAAAOkAAAAAAAIBCQAAAAAAAADtAAAAAAAAAP0AAAAAAAAA4QAAAAAAAAD9AAAAAAAAAOUAAAAAAAABHQAAAAAAAAD9AAAAAAAAAN0AAAAAAAAA6QAAAAAAAADtAAAAAAAAAPUAAAAAAAAA8QAAAAAAAAEVAAAAAAAAAO0AAAAAAAIBCQAAAAAAAADhAAAAAAAAAP0AAAAAAAAA4QAAAAAAAAEBAAAAAAAAAPkAAAAAAAAA4QAAAAAAAADxAAAAAAAAAREAAAAAAAAA1QAAAAAAAADtAAAAAAAAASUAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAPkAAAAAAAAA4QAAAAAAAAEVAAAAAAAAAN0AAAAAAAAA2QAAAAAAAADlAAAAAAACAQkAAAAAAAABEQAAAAAAAADVAAAAAAAAAPkAAAAAAAIBDQAAAAAAAADZAAAAAAAAANkAAAAAAAAA5QAAAAAAAgERAAAAAAAAAOEAAAAAAAAA6QAAAAAAAAD9AAAAAAAAAOEAAAAAAAAA1QAAAAAAAADVAAAAAAAAANUAAAAAAAAA2QAAAAAAAADZAAAAAAAAAO0AAAAAAAIBEQAAAAAAAgENAAAAAAAAAN0AAAAAAAABBQAAAAAAAgEBAAAAAAAAAOEA=</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=90" index="89" defaultArrayLength="1472">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="300.277" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.6354" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15704">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15704">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=91" index="90" defaultArrayLength="1510">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="300.613" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.025" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="996.983" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16108">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16108">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=92" index="91" defaultArrayLength="1514">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="300.95" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="105.023" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.52" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="16152">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="16152">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=93" index="92" defaultArrayLength="1487">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="301.286" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="98.4145" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="999.315" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15864">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15864">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=94" index="93" defaultArrayLength="1398">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="301.622" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.9135" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.32" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14912">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14912">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=95" index="94" defaultArrayLength="1385">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="301.958" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="102.912" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.75" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14776">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14776">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=96" index="95" defaultArrayLength="1413">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="302.295" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.417" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.83" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15072">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15072">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=97" index="96" defaultArrayLength="1434">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="302.631" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="102.284" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.87" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15296">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15296">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=98" index="97" defaultArrayLength="1341">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="302.968" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="103.501" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.78" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14304">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14304">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=99" index="98" defaultArrayLength="1379">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="303.304" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="100.497" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.43" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14712">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14712">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=100" index="99" defaultArrayLength="1375">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="303.641" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.009" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.95" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14668">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14668">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=101" index="100" defaultArrayLength="1350">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="303.977" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="95.3561" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.94" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14400">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14400">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAARkAAAAAAAAA6QAAAAAAAgEFAAAAAAAAANUAAAAAAAIBLQAAAAAAAgEtAAAAAAAAgYEAAAAAAAHCFQAAAAAAAgENAAAAAAAAAU0AAAAAAAABBQAAAAAAAAEhAAAAAAAAATkAAAAAAAABNQAAAAAAAAEFAAAAAAAAAREAAAAAAAIBIQAAAAAAAgEhAAAAAAAAAQ0AAAAAAAABKQAAAAAAAgEJAAAAAAACARUAAAAAAAABfQAAAAAAAgEtAAAAAAACAQEAAAAAAAAA3QAAAAAAAAENAAAAAAAAAO0AAAAAAAIBBQAAAAAAAgE1AAAAAAABAUEAAAAAAAABHQAAAAAAAwFFAAAAAAAAAPkAAAAAAAMBbQAAAAAAAgENAAAAAAACASEAAAAAAAAA/QAAAAAAAAEFAAAAAAAAAWUAAAAAAAIBHQAAAAAAAgE5AAAAAAAAATEAAAAAAAIBKQAAAAAAAAENAAAAAAAAAQEAAAAAAAABRQAAAAAAAgEBAAAAAAAAAQEAAAAAAAIBsQAAAAAAAQFFAAAAAAACASkAAAAAAAIBCQAAAAAAAQFJAAAAAAAAATEAAAAAAAIBLQAAAAAAAgENAAAAAAAAAR0AAAAAAAAA7QAAAAAAAAD9AAAAAAACATUAAAAAAAMBWQAAAAAAAgEBAAAAAAABAV0AAAAAAAABAQAAAAAAAADpAAAAAAAAAS0AAAAAAAABHQAAAAAAAADVAAAAAAAAAOkAAAAAAAABLQAAAAAAAADhAAAAAAACAQEAAAAAAAIBaQAAAAAAAgEFAAAAAAAAAQkAAAAAAAIBBQAAAAAAAAEdAAAAAAAAASkAAAAAAAAA6QAAAAAAAAEtAAAAAAAAANUAAAAAAAABFQAAAAAAAgEFAAAAAAAAAN0AAAAAAAAA7QAAAAAAAgE1AAAAAAAAAQkAAAAAAAGBtQAAAAAAAgFNAAAAAAAAAT0AAAAAAAIBAQAAAAAAAQFRAAAAAAADAUkAAAAAAAABHQAAAAAAAAEVAAAAAAAAAPUAAAAAAAABRQAAAAAAAADdAAAAAAADAUEAAAAAAAAA8QAAAAAAAAEZAAAAAAADAUUAAAAAAAIBBQAAAAAAAAD1AAAAAAAAATEAAAAAAAABFQAAAAAAAgERAAAAAAAAAPUAAAAAAAAA7QAAAAAAAADxAAAAAAAAAOUAAAAAAAAA+QAAAAAAAwFlAAAAAAACASEAAAAAAAAA1QAAAAAAAgEBAAAAAAACAUUAAAAAAAIBBQAAAAAAAAEtAAAAAAADAUEAAAAAAAIBAQAAAAAAAwGtAAAAAAAAASUAAAAAAAAA8QAAAAAAAgFRAAAAAAAAAQEAAAAAAAIBKQAAAAAAAwFVAAAAAAACAR0AAAAAAAIBCQAAAAAAAAEZAAAAAAACAQEAAAAAAAAA+QAAAAAAAAE1AAAAAAACAS0AAAAAAAAA/QAAAAAAAQFNAAAAAAADAUUAAAAAAAABEQAAAAAAAADlAAAAAAAAAN0AAAAAAAABHQAAAAAAAAENAAAAAAAAARUAAAAAAAMBQQAAAAAAAAERAAAAAAACARkAAAAAAAIBPQAAAAAAAgERAAAAAAAAAUkAAAAAAAAA/QAAAAAAAAGNAAAAAAACAR0AAAAAAAABCQAAAAAAAAE1AAAAAAAAAS0AAAAAAAAA7QAAAAAAAAE5AAAAAAACAQEAAAAAAAAA6QAAAAAAAAD9AAAAAAAAAPkAAAAAAAIBLQAAAAAAAADtAAAAAAADAWUAAAAAAAIBEQAAAAAAAgFNAAAAAAAAANUAAAAAAAMBTQAAAAAAAwFRAAAAAAAAAR0AAAAAAAABIQAAAAAAAADVAAAAAAACATEAAAAAAAEBSQAAAAAAAwFRAAAAAAACATEAAAAAAAAA/QAAAAAAAADpAAAAAAAAAUUAAAAAAAAA4QAAAAAAAgElAAAAAAACAVkAAAAAAAABEQAAAAAAAADhAAAAAAAAASUAAAAAAAABMQAAAAAAAQFJAAAAAAAAAPEAAAAAAAAA7QAAAAAAAQFBAAAAAAAAAN0AAAAAAAABKQAAAAAAAAD1AAAAAAAAAQUAAAAAAAAA+QAAAAAAAQFBAAAAAAAAAP0AAAAAAAIB+QAAAAAAAQFBAAAAAAAAAQEAAAAAAAMBRQAAAAAAAQFVAAAAAAAAAPkAAAAAAAEBcQAAAAAAAgEhAAAAAAACAQUAAAAAAACBkQAAAAAAAgEFAAAAAAABAUEAAAAAAAEBQQAAAAAAAAD5AAAAAAAAAQEAAAAAAAIBEQAAAAAAAgENAAAAAAACATEAAAAAAAABCQAAAAAAAgFhAAAAAAAAASkAAAAAAAAA2QAAAAAAAgEpAAAAAAACAQUAAAAAAAMBVQAAAAAAAAFhAAAAAAAAAO0AAAAAAAAA6QAAAAAAAAFRAAAAAAABAWEAAAAAAAIBCQAAAAAAAADVAAAAAAABgYEAAAAAAAIBKQAAAAAAAAENAAAAAAACAUEAAAAAAAABIQAAAAAAAADlAAAAAAAAATEAAAAAAAABEQAAAAAAAAERAAAAAAABAVEAAAAAAAIBCQAAAAAAAwFFAAAAAAAAAO0AAAAAAAAA1QAAAAAAAADlAAAAAAAAAT0AAAAAAAABBQAAAAAAAADtAAAAAAACAYkAAAAAAAIBAQAAAAAAAgEBAAAAAAADAVUAAAAAAAIBAQAAAAAAAgE1AAAAAAAAAP0AAAAAAAMBWQAAAAAAAADdAAAAAAACAQ0AAAAAAAIBeQAAAAAAAAE9AAAAAAACAQkAAAAAAAIBKQAAAAAAAgFJAAAAAAAAAQ0AAAAAAAABUQAAAAAAAAFBAAAAAAACAQUAAAAAAAMBQQAAAAAAAgEhAAAAAAAAAS0AAAAAAAIBUQAAAAAAAgEFAAAAAAAAAPkAAAAAAAIBOQAAAAAAAgEVAAAAAAAAAQ0AAAAAAAIBPQAAAAAAAADlAAAAAAACAQkAAAAAAAIBMQAAAAAAAgEtAAAAAAABAY0AAAAAAAAA1QAAAAAAAADxAAAAAAAAAOUAAAAAAAIBYQAAAAAAAADxAAAAAAAAAPEAAAAAAAABHQAAAAAAA4GRAAAAAAAAASEAAAAAAAABCQAAAAAAAAEBAAAAAAAAAR0AAAAAAAGBhQAAAAAAAADdAAAAAAACAREAAAAAAAIBTQAAAAAAAQGdAAAAAAACARUAAAAAAAABHQAAAAAAAgEdAAAAAAABAUkAAAAAAAABCQAAAAAAAAEtAAAAAAACAVEAAAAAAACBmQAAAAAAAADdAAAAAAAAAPkAAAAAAAAA7QAAAAAAAAEhAAAAAAAAAQ0AAAAAAAMBgQAAAAAAAAElAAAAAAAAAN0AAAAAAAIBGQAAAAAAAAD5AAAAAAACARUAAAAAAAIBPQAAAAAAAQFFAAAAAAACAR0AAAAAAAIBNQAAAAAAAAEdAAAAAAAAAOUAAAAAAAIBOQAAAAAAAoGRAAAAAAABAVEAAAAAAAAA+QAAAAAAA4GFAAAAAAAAAS0AAAAAAAABKQAAAAAAAgEJAAAAAAADAYUAAAAAAAIBBQAAAAAAAwFNAAAAAAAAAUUAAAAAAAABKQAAAAAAAAE5AAAAAAAAAQkAAAAAAAABPQAAAAAAAAD5AAAAAAADAXkAAAAAAAAA2QAAAAAAAAEFAAAAAAABAVkAAAAAAAABGQAAAAAAAQFFAAAAAAAAAP0AAAAAAAABOQAAAAAAAAERAAAAAAADAVkAAAAAAAMBeQAAAAAAAAD1AAAAAAAAANUAAAAAAAABAQAAAAAAAAEFAAAAAAAAAV0AAAAAAAAA+QAAAAAAAgFVAAAAAAAAAPUAAAAAAAIBpQAAAAAAAgEBAAAAAAAAAVEAAAAAAAIBSQAAAAAAAgFRAAAAAAAAASUAAAAAAAIBAQAAAAAAAAFNAAAAAAAAAPkAAAAAAAAA7QAAAAAAAADtAAAAAAACAS0AAAAAAAABUQAAAAAAAwFBAAAAAAAAANkAAAAAAAIBVQAAAAAAAgEhAAAAAAABgYkAAAAAAAAA/QAAAAAAAAFFAAAAAAAAAPEAAAAAAAIBeQAAAAAAAADlAAAAAAACARkAAAAAAAIBAQAAAAAAAQFpAAAAAAAAAPUAAAAAAAIBBQAAAAAAAwFtAAAAAAAAAPEAAAAAAAAA3QAAAAAAAAEJAAAAAAAAAOUAAAAAAAIBUQAAAAAAAgE9AAAAAAACAR0AAAAAAAIBDQAAAAAAAAFZAAAAAAAAAQkAAAAAAAABKQAAAAAAAAEZAAAAAAACAQkAAAAAAAABFQAAAAAAAgFpAAAAAAACASkAAAAAAAAA1QAAAAAAAAERAAAAAAAAARkAAAAAAAABNQAAAAAAAQFlAAAAAAABAX0AAAAAAAABGQAAAAAAAAD1AAAAAAACARUAAAAAAAEBaQAAAAAAAAD1AAAAAAAAATUAAAAAAAIBMQAAAAAAAQFFAAAAAAAAAPEAAAAAAAEBqQAAAAAAAADxAAAAAAACAREAAAAAAAIBLQAAAAAAAgEJAAAAAAABAWUAAAAAAAEBaQAAAAAAAgEpAAAAAAACARkAAAAAAAABKQAAAAAAAADlAAAAAAACASUAAAAAAAABFQAAAAAAAADVAAAAAAACAWkAAAAAAAAA6QAAAAAAAQFJAAAAAAACARkAAAAAAAAA1QAAAAAAAAEdAAAAAAABAYUAAAAAAAABFQAAAAAAAAEBAAAAAAACAQkAAAAAAAIBZQAAAAAAAgENAAAAAAAAAREAAAAAAAEBTQAAAAAAAgGVAAAAAAAAASUAAAAAAAABAQAAAAAAAQFBAAAAAAACARUAAAAAAAIBOQAAAAAAAAEhAAAAAAAAAR0AAAAAAAAA4QAAAAAAAgElAAAAAAACAV0AAAAAAAEBYQAAAAAAA4GFAAAAAAAAAOEAAAAAAAAA6QAAAAAAAwFJAAAAAAADAWkAAAAAAAIBAQAAAAAAAAEJAAAAAAAAAVEAAAAAAAABSQAAAAAAAgEJAAAAAAACARkAAAAAAAAA1QAAAAAAAAGFAAAAAAAAAQEAAAAAAAAA4QAAAAAAAAERAAAAAAABAYEAAAAAAAIBCQAAAAAAAgEJAAAAAAABAZ0AAAAAAAABiQAAAAAAAgExAAAAAAAAAQkAAAAAAAAA5QAAAAAAAYGFAAAAAAAAAPEAAAAAAAAA7QAAAAAAAwFNAAAAAAAAAQUAAAAAAAEBfQAAAAAAAAD1AAAAAAAAAPUAAAAAAAAA1QAAAAAAAgEVAAAAAAACAVUAAAAAAAABHQAAAAAAAgFlAAAAAAACATEAAAAAAAAA9QAAAAAAAgEVAAAAAAAAAUkAAAAAAAABSQAAAAAAAgENAAAAAAABgbUAAAAAAAIBAQAAAAAAAQFFAAAAAAAAAaUAAAAAAAAA1QAAAAAAAgFtAAAAAAABAXkAAAAAAAABLQAAAAAAAAD5AAAAAAACAVUAAAAAAAAA3QAAAAAAAgERAAAAAAAAAREAAAAAAAAA+QAAAAAAAADVAAAAAAACAUkAAAAAAAABNQAAAAAAAAEBAAAAAAACAQUAAAAAAAAA/QAAAAAAAAENAAAAAAACARkAAAAAAAIBMQAAAAAAAAFdAAAAAAACAWUAAAAAAAIBEQAAAAAAAgGZAAAAAAAAATkAAAAAAAAA5QAAAAAAAQGxAAAAAAAAAO0AAAAAAAAA1QAAAAAAAwFtAAAAAAAAAOUAAAAAAAEBQQAAAAAAAgEFAAAAAAACAQkAAAAAAAABCQAAAAAAAwFNAAAAAAACAR0AAAAAAAMBTQAAAAAAAADtAAAAAAAAAOEAAAAAAAAA1QAAAAAAAAD5AAAAAAAAAS0AAAAAAAMBQQAAAAAAAAEBAAAAAAACAQ0AAAAAAAABtQAAAAAAAQFVAAAAAAADgYUAAAAAAAIBDQAAAAAAAgElAAAAAAAAAOUAAAAAAAEBcQAAAAAAAAEBAAAAAAACAQUAAAAAAAEBSQAAAAAAAAD5AAAAAAAAAXEAAAAAAAAA1QAAAAAAAwFBAAAAAAAAANUAAAAAAAEBRQAAAAAAAgE9AAAAAAAAAP0AAAAAAAAA3QAAAAAAAADtAAAAAAAAAPkAAAAAAAIBTQAAAAAAAgEZAAAAAAACAXEAAAAAAAMBSQAAAAAAAgENAAAAAAACATEAAAAAAAIBJQAAAAAAAAEtAAAAAAABQcEAAAAAAAABQQAAAAAAAgEtAAAAAAABAUkAAAAAAAAA1QAAAAAAAADVAAAAAAAAAWUAAAAAAAABBQAAAAAAAQFJAAAAAAAAAQUAAAAAAAAA9QAAAAAAAAElAAAAAAACARUAAAAAAAABBQAAAAAAAgERAAAAAAAAASUAAAAAAAIBJQAAAAAAAADlAAAAAAADAeEAAAAAAAOBtQAAAAAAAwFNAAAAAAAAANUAAAAAAAABQQAAAAAAAwFZAAAAAAAAAOkAAAAAAAABNQAAAAAAAQFJAAAAAAACAW0AAAAAAAAA1QAAAAAAAgEVAAAAAAACASUAAAAAAAAA/QAAAAAAAADlAAAAAAAAAQUAAAAAAAAA+QAAAAAAAAENAAAAAAAAANUAAAAAAAABOQAAAAAAAgENAAAAAAAAATEAAAAAAAAA/QAAAAAAAYGBAAAAAAACASUAAAAAAAABdQAAAAAAAAEdAAAAAAAAAQEAAAAAAAAA/QAAAAAAAADhAAAAAAAAAOkAAAAAAAIBSQAAAAAAAgE5AAAAAAAAAPEAAAAAAAIBCQAAAAAAAADZAAAAAAAAAOUAAAAAAAABEQAAAAAAAAE1AAAAAAAAAPEAAAAAAAIBBQAAAAAAAAFRAAAAAAAAATEAAAAAAAAA1QAAAAAAAADdAAAAAAAAAP0AAAAAAAABFQAAAAAAAAEZAAAAAAACASUAAAAAAAECPQAAAAAAAcHxAAAAAAACAS0AAAAAAAABPQAAAAAAAAEdAAAAAAACAREAAAAAAAEBQQAAAAAAAADtAAAAAAACAR0AAAAAAAAA7QAAAAAAAADtAAAAAAAAAOUAAAAAAAIBMQAAAAAAAADZAAAAAAAAAO0AAAAAAAIBUQAAAAAAAAD5AAAAAAADAXkAAAAAAAAA8QAAAAAAAgEpAAAAAAACASUAAAAAAAABBQAAAAAAAwFBAAAAAAAAAP0AAAAAAAAA9QAAAAAAAwFFAAAAAAAAAQEAAAAAAAIBSQAAAAAAAAE1AAAAAAACASEAAAAAAAABPQAAAAAAAgFNAAAAAAACAQ0AAAAAAAAA8QAAAAAAAQFBAAAAAAAAAUkAAAAAAAGBgQAAAAAAAgENAAAAAAAAAQEAAAAAAAIBLQAAAAAAAgERAAAAAAACAQEAAAAAAAABNQAAAAAAAAEFAAAAAAAAAREAAAAAAAAA/QAAAAAAAADpAAAAAAAAAPUAAAAAAAABEQAAAAAAAAEBAAAAAAAAAQkAAAAAAAIBVQAAAAAAAgEJAAAAAAAAASEAAAAAAAAA6QAAAAAAAgExAAAAAAAAAP0AAAAAAAIBOQAAAAAAAgEBAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAD9AAAAAAAAAPkAAAAAAAABOQAAAAAAAADlAAAAAAACAQkAAAAAAAAA8QAAAAAAAADVAAAAAAAAAUEAAAAAAAAA9QAAAAAAAADxAAAAAAACAaUAAAAAAAIBLQAAAAAAAQFVAAAAAAACAU0AAAAAAAABGQAAAAAAAAD5AAAAAAAAANUAAAAAAAIBGQAAAAAAAgExAAAAAAAAAR0AAAAAAAIBDQAAAAAAAADZAAAAAAAAANUAAAAAAAABDQAAAAAAAADlAAAAAAAAAWEAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAO0AAAAAAAABCQAAAAAAAADpAAAAAAACAREAAAAAAAIBIQAAAAAAAADpAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAgEJAAAAAAAAAQkAAAAAAAABAQAAAAAAAAEtAAAAAAAAANUAAAAAAAAA/QAAAAAAAgEJAAAAAAADAUkAAAAAAAIBBQAAAAAAAADxAAAAAAAAAS0AAAAAAAAA8QAAAAAAAADVAAAAAAAAAOkAAAAAAAAA2QAAAAAAAgE1AAAAAAAAASEAAAAAAAIBGQAAAAAAAAElAAAAAAAAANUAAAAAAAAA9QAAAAAAAADpAAAAAAACATEAAAAAAAABKQAAAAAAAwFZAAAAAAAAAP0AAAAAAAAA4QAAAAAAAAEZAAAAAAAAAOUAAAAAAAIBDQAAAAAAAAD9AAAAAAAAAWkAAAAAAAAA7QAAAAAAAADhAAAAAAACAW0AAAAAAAAA9QAAAAAAAADlAAAAAAAAATkAAAAAAAAA3QAAAAAAAADxAAAAAAAAANUAAAAAAAAA6QAAAAAAAAEJAAAAAAACASkAAAAAAAABKQAAAAAAAAD1AAAAAAADAVUAAAAAAAIBCQAAAAAAAADlAAAAAAABAUUAAAAAAAAA9QAAAAAAAADpAAAAAAAAAPEAAAAAAAAA/QAAAAAAAAEJAAAAAAADAUUAAAAAAAAA4QAAAAAAAADlAAAAAAAAAP0AAAAAAAABBQAAAAAAAAD5AAAAAAAAAPUAAAAAAAIBAQAAAAAAAQFNAAAAAAAAAPUAAAAAAAMBvQAAAAAAAAFJAAAAAAACAQEAAAAAAAABGQAAAAAAAADtAAAAAAACAQUAAAAAAAIBAQAAAAAAAADlAAAAAAAAATEAAAAAAAIBNQAAAAAAAAElAAAAAAAAARUAAAAAAAIBDQAAAAAAAADVAAAAAAAAAREAAAAAAAAA2QAAAAAAAgEFAAAAAAACAQkAAAAAAAAA5QAAAAAAAgGFAAAAAAAAAOUAAAAAAAABFQAAAAAAAAD1AAAAAAAAANUAAAAAAAABFQAAAAAAAAEFAAAAAAAAAPEAAAAAAAIBLQAAAAAAAgENAAAAAAAAAOUAAAAAAAAA1QAAAAAAAAEhAAAAAAAAAQEAAAAAAAAA3QAAAAAAAAD9AAAAAAAAANUAAAAAAAAA9QAAAAAAAAElAAAAAAAAANkAAAAAAAIBMQAAAAAAAAEJAAAAAAAAAOkAAAAAAAAA4QAAAAAAAADVAAAAAAAAASkAAAAAAAAA7QAAAAAAAAEJAAAAAAAAANUAAAAAAAABBQAAAAAAAADhAAAAAAAAANUAAAAAAAAA3QAAAAAAAADtAAAAAAACAQkAAAAAAAAA7QAAAAAAAADVAAAAAAACAQ0AAAAAAAABKQAAAAAAAgEFAAAAAAAAATkAAAAAAAAA7QAAAAAAAADlAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAEJAAAAAAACASkAAAAAAAMBRQAAAAAAAADlAAAAAAAAAQkAAAAAAAAA6QAAAAAAAgEFAAAAAAACAQUAAAAAAAABBQAAAAAAAgElAAAAAAAAANkAAAAAAAABGQAAAAAAAADVAAAAAAACAT0AAAAAAAAA1QAAAAAAAADdAAAAAAAAAQEAAAAAAAAA+QAAAAAAAAFBAAAAAAACAQkAAAAAAAAA9QAAAAAAAAD9AAAAAAAAAP0AAAAAAAAA7QAAAAAAAADZAAAAAAAAANUAAAAAAAAA4QAAAAAAAADhAAAAAAACAQEAAAAAAAABBQAAAAAAAAEhAAAAAAAAAPkAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAN0AAAAAAAAA8QAAAAAAAgEtAAAAAAACAQEAAAAAAAABIQAAAAAAAADpAAAAAAAAANUAAAAAAAAA+QAAAAAAAgFdAAAAAAAAAO0AAAAAAAAA7QAAAAAAAADlAAAAAAAAANUAAAAAAAAA8QAAAAAAAADxAAAAAAACAQkAAAAAAAAA6QAAAAAAAgEJAAAAAAAAAREAAAAAAAIBGQAAAAAAAADxAAAAAAAAAO0AAAAAAAIBEQAAAAAAAAEhAAAAAAAAAQEAAAAAAAABGQAAAAAAAgEBAAAAAAAAAPUAAAAAAAAA+QAAAAAAAADhAAAAAAACAR0AAAAAAAIBEQAAAAAAAgENAAAAAAACAREAAAAAAAMBYQAAAAAAAADhAAAAAAAAASUAAAAAAAAA5QAAAAAAAADZAAAAAAAAAN0AAAAAAAIBDQAAAAAAAADhAAAAAAAAAN0AAAAAAAABFQAAAAAAAAFJAAAAAAACAUEAAAAAAAAA2QAAAAAAAADZAAAAAAAAAO0AAAAAAAAA+QAAAAAAAwFVAAAAAAAAAOkAAAAAAAAA1QAAAAAAAgERAAAAAAACAQUAAAAAAAABKQAAAAAAAAElAAAAAAAAAOUAAAAAAAAA1QAAAAAAAAExAAAAAAAAANUAAAAAAAABEQAAAAAAAAD1AAAAAAACAQUAAAAAAAMBRQAAAAAAAAEZAAAAAAAAAOEAAAAAAAAA8QAAAAAAAAD9AAAAAAAAAO0AAAAAAAIBJQAAAAAAAADVAAAAAAAAAP0AAAAAAAIBHQAAAAAAAADtAAAAAAAAAO0AAAAAAAAA+QAAAAAAAADdAAAAAAAAASUAAAAAAAAA5QAAAAAAAADhAAAAAAAAAPkAAAAAAAABAQAAAAAAAAERAAAAAAAAAPkAAAAAAAAA2QAAAAAAAgEVAAAAAAAAARkAAAAAAAIBSQAAAAAAAgERAAAAAAAAAPEAAAAAAAIBDQAAAAAAAAE1AAAAAAACARUAAAAAAAIBCQAAAAAAAADhAAAAAAAAASUAAAAAAAAA8QAAAAAAAADZAAAAAAAAAO0AAAAAAAIBCQAAAAAAAAEtAAAAAAACAQUAAAAAAAAA8QAAAAAAAAEhAAAAAAACARkAAAAAAAABCQAAAAAAAADtAAAAAAACAR0AAAAAAAABEQAAAAAAAADZAAAAAAAAAPUAAAAAAAAA4QAAAAAAAAEBAAAAAAAAAO0AAAAAAAAA/QAAAAAAAgE5AAAAAAAAAQEAAAAAAAAA9QAAAAAAAgERAAAAAAACAREAAAAAAAIBHQAAAAAAAAERAAAAAAAAANUAAAAAAAABCQAAAAAAAgEJAAAAAAAAAP0AAAAAAAEBUQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA6QAAAAAAAAEFAAAAAAACAQUAAAAAAAIBDQAAAAAAAAD9AAAAAAAAAPEAAAAAAAIBDQAAAAAAAADdAAAAAAAAAQEAAAAAAAAA1QAAAAAAAAD1AAAAAAAAAP0AAAAAAAABBQAAAAAAAADVAAAAAAAAAQUAAAAAAAAA7QAAAAAAAgEBAAAAAAAAAPUAAAAAAAABIQAAAAAAAAElAAAAAAAAAQUAAAAAAAIBBQAAAAAAAADVAAAAAAAAAPUAAAAAAAABDQAAAAAAAgEBAAAAAAAAAOkAAAAAAAAA4QAAAAAAAADdAAAAAAAAAOUAAAAAAAAA5QAAAAAAAAD9AAAAAAAAAQEAAAAAAAABFQAAAAAAAAERAAAAAAABAVUAAAAAAAABAQAAAAAAAgElAAAAAAAAAN0AAAAAAAIBGQAAAAAAAgEVAAAAAAAAASEAAAAAAAAA3QAAAAAAAAEFAAAAAAAAAPkAAAAAAAABPQAAAAAAAADdAAAAAAAAASEAAAAAAAAA+QAAAAAAAgEZAAAAAAAAAPUAAAAAAAAA+QAAAAAAAADxAAAAAAACAT0AAAAAAAAA6QAAAAAAAAFBAAAAAAAAASEAAAAAAAAA9QAAAAAAAADlAAAAAAACAV0AAAAAAAABCQAAAAAAAgEpAAAAAAAAASkAAAAAAAIBEQAAAAAAAwFBAAAAAAAAAO0AAAAAAAAA2QAAAAAAAADdAAAAAAACAQEAAAAAAAIBFQAAAAAAAADVAAAAAAACAQEAAAAAAAAA6QAAAAAAAADdAAAAAAAAAO0AAAAAAAIBTQAAAAAAAADlAAAAAAAAAPEAAAAAAAAA8QAAAAAAAADdAAAAAAAAAO0AAAAAAAAA1QAAAAAAAAENAAAAAAACAQEAAAAAAAIBCQAAAAAAAAEBAAAAAAAAANUAAAAAAAAA3QAAAAAAAADVAAAAAAAAAPUAAAAAAAIBAQAAAAAAAADVAAAAAAAAANUAAAAAAAAA/QAAAAAAAgEtAAAAAAAAAQ0AAAAAAAABBQAAAAAAAAD9AAAAAAACAQEAAAAAAAAA+QAAAAAAAAEJAAAAAAAAAO0AAAAAAAAA5QAAAAAAAAElAAAAAAAAAOEAAAAAAAAA2QAAAAAAAgEhAAAAAAAAASEAAAAAAAAA5QAAAAAAAAD5AAAAAAACASkAAAAAAAAA6QAAAAAAAAEFAAAAAAACAS0AAAAAAAABKQAAAAAAAADtAAAAAAAAANkAAAAAAAAA4QAAAAAAAAEdAAAAAAAAAOEAAAAAAAAA2QAAAAAAAAEdAAAAAAAAAOUAAAAAAAAA2QAAAAAAAAEdAAAAAAAAAN0AAAAAAAAA9QAAAAAAAADlAAAAAAAAANUAAAAAAAABFQAAAAAAAgENAAAAAAAAASkAAAAAAAAA7QAAAAAAAgEhAAAAAAADAUUAAAAAAAAA6QAAAAAAAADlAAAAAAAAANUAAAAAAAIBEQAAAAAAAADVAAAAAAAAAPUAAAAAAAABNQAAAAAAAAEBAAAAAAACARkAAAAAAAIBCQAAAAAAAgFNAAAAAAAAAO0AAAAAAAAA4QAAAAAAAAElAAAAAAAAANkAAAAAAAIBPQAAAAAAAADxAAAAAAAAAN0AAAAAAAAA4QAAAAAAAADpAAAAAAAAAQkAAAAAAAABDQAAAAAAAAEdAAAAAAAAAQUAAAAAAAABAQAAAAAAAADpAAAAAAACATEAAAAAAAIBEQAAAAAAAAD9AAAAAAAAAN0AAAAAAAABBQAAAAAAAAD5AAAAAAAAAPkAAAAAAAAA5QAAAAAAAAEBAAAAAAACAQkAAAAAAAIBBQAAAAAAAgEBAAAAAAAAANUAAAAAAAAA2QAAAAAAAADVAAAAAAAAAOkAAAAAAAAA7QAAAAAAAAEJAAAAAAAAAQ0AAAAAAAAA/QAAAAAAAAEVAAAAAAAAAO0AAAAAAAIBCQAAAAAAAADlAAAAAAACAQ0AAAAAAAAA1QAAAAAAAAD9AAAAAAAAAPUAAAAAAAIBAQAAAAAAAADlAAAAAAAAAPEAAAAAAAABAQAAAAAAAADZAAAAAAAAATUAAAAAAAAA4QAAAAAAAAD9AAAAAAAAAP0AAAAAAAABLQAAAAAAAgEFAAAAAAAAAQUAAAAAAAAA6QAAAAAAAgENAAAAAAAAANUAAAAAAAIBLQAAAAAAAADlAAAAAAACAQkAAAAAAAAA7QAAAAAAAADVAAAAAAAAAO0AAAAAAAAA7QAAAAAAAAD5AAAAAAAAAPEAAAAAAAIBIQAAAAAAAADtAAAAAAABgakAAAAAAAABFQAAAAAAAAD5AAAAAAAAAN0AAAAAAAABCQAAAAAAAADdAAAAAAAAAPEAAAAAAAAA3QAAAAAAAAD1AAAAAAAAAP0AAAAAAAAA2QAAAAAAAgEBAAAAAAAAANUAAAAAAAAA5QAAAAAAAADxAAAAAAACAQkAAAAAAAAA1QAAAAAAAADhAAAAAAAAANkAAAAAAAABEQAAAAAAAgEFAAAAAAAAAOkAAAAAAAIBLQAAAAAAAAD1AAAAAAAAAO0AAAAAAAAA8QAAAAAAAgEJAAAAAAAAANUAAAAAAAIBBQAAAAAAAADVAAAAAAAAAOUAAAAAAAAA3QAAAAAAAADxAAAAAAAAANkAAAAAAAABEQAAAAAAAADZAAAAAAAAAQkAAAAAAAIBBQAAAAAAAAEBAAAAAAAAAOUAAAAAAAABCQAAAAAAAADpAAAAAAACASUAAAAAAAAA7QAAAAAAAAEBAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAAERAAAAAAAAAPUAAAAAAAAA9QAAAAAAAAEBAAAAAAAAAO0AAAAAAAABEQAAAAAAAADhAAAAAAAAANkAAAAAAAIBFQAAAAAAAADxAAAAAAAAAN0AAAAAAAAA5QAAAAAAAADdAAAAAAACASUAAAAAAAIBEQAAAAAAAgEBAAAAAAAAANkAAAAAAAAA6QAAAAAAAADlAAAAAAAAARUAAAAAAAIBDQAAAAAAAgEJAAAAAAAAAQUAAAAAAAAA5QAAAAAAAAEFAAAAAAAAAQUAAAAAAAAA3QAAAAAAAADdAAAAAAAAAOEAAAAAAAAA+QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA4QAAAAAAAADZAAAAAAAAANUAAAAAAAIBEQAAAAAAAAEZAAAAAAAAAOUAAAAAAAAA1QAAAAAAAAD9AAAAAAACAQEAAAAAAAAA7QAAAAAAAgEBAAAAAAACAQkAAAAAAAABAQAAAAAAAAEVAAAAAAACAQ0AAAAAAAAA4QAAAAAAAADhA</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=102" index="101" defaultArrayLength="1390">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="304.314" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="101.734" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.48" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14828">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14828">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=103" index="102" defaultArrayLength="1334">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="304.65" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="96.6412" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="999.862" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14232">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14232">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=104" index="103" defaultArrayLength="1350">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="304.986" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="107.732" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.43" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14400">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14400">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=105" index="104" defaultArrayLength="1396">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="305.323" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.9752" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.35" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14892">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14892">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=106" index="105" defaultArrayLength="1390">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="305.659" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="110.574" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1003.73" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14828">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14828">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=107" index="106" defaultArrayLength="1370">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="305.995" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.091" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="998.682" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14616">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14616">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=108" index="107" defaultArrayLength="1404">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="306.332" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="99.4993" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1000.44" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14976">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14976">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=109" index="108" defaultArrayLength="1356">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="306.668" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="112.518" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.45" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14464">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAwCYhXEAAAADADz5dQAAAAADBQ11AAAAAQHGEXUAAAABAMsRdQAAAAECQQV5AAAAA4FlHXkAAAABge4FeQAAAAECzol5AAAAAgEO+XkAAAAAAFMVeQAAAAODGBl9AAAAAwFF/X0AAAACAU4ZfQAAAAIC5wV9AAAAAgIrFX0AAAABAwSBgQAAAAECSImBAAAAAwCdAYEAAAACAg19gQAAAACDPYmBAAAAAIN+dYEAAAAAgzaBgQAAAAAD5omBAAAAAwCa/YEAAAAAgIcFgQAAAAGB14WBAAAAAwDnjYEAAAABg7AJhQAAAAODrEGFAAAAAANIiYUAAAADA9j5hQAAAAEBLQ2FAAAAAwLtiYUAAAAAAeGRhQAAAACAZg2FAAAAAwGyjYUAAAACg0L5hQAAAAMATwmFAAAAAIOTDYUAAAACAotFhQAAAAMAd42FAAAAAoH7+YUAAAABA7wBiQAAAAGDWA2JAAAAAoFIjYkAAAAAgzT1iQAAAAICDQWJAAAAAwPlfYkAAAADA539iQAAAAOD9omJAAAAAQDjgYkAAAABg/uNiQAAAAGBDAmNAAAAAwOMfY0AAAACAISNjQAAAAMCnQGNAAAAAYM1CY0AAAAAgnERjQAAAAECZT2NAAAAAwA1eY0AAAADgmWNjQAAAAKBueGNAAAAAALaiY0AAAABg4bBjQAAAAIAZtWNAAAAA4BbAY0AAAACAh8RjQAAAAIDu3mNAAAAAoDDhY0AAAABAJ/9jQAAAAOAAAmRAAAAA4PoeZEAAAADAkyJkQAAAACArQmRAAAAAYBhiZEAAAAAAZ2RkQAAAAOAVcmRAAAAAwLuDZEAAAABA6ZJkQAAAAACRnWRAAAAAIKGiZEAAAADgcMJkQAAAAMAOyGRAAAAAQEzfZEAAAADgoeJkQAAAAABA5WRAAAAAQJcBZUAAAABAIxNlQAAAAOAQImVAAAAAYFVBZUAAAACg5kNlQAAAAKBsXmVAAAAAYMxgZUAAAABg2WNlQAAAAOB/fGVAAAAAABqCZUAAAACgq6NlQAAAAMCCr2VAAAAAAPK+ZUAAAABght5lQAAAACAa42VAAAAAYGcBZkAAAAAgIBNmQAAAAODiIGZAAAAA4PwiZkAAAACghkNmQAAAAKDBXWZAAAAAQAVjZkAAAADgGoBmQAAAAABboGZAAAAAQCGjZkAAAAAALLJmQAAAAGDiwWZAAAAAgMnEZkAAAABgj+FmQAAAAAB95GZAAAAAoFIAZ0AAAABgJRVnQAAAAIDrHmdAAAAA4LYjZ0AAAADgpUBnQAAAAODLXmdAAAAAALtiZ0AAAACgG39nQAAAAODWg2dAAAAA4F+eZ0AAAABgsaNnQAAAAKCOwmdAAAAA4J7gZ0AAAAAgQPBnQAAAAGAV82dAAAAAQLj+Z0AAAADA0AJoQAAAAAAWIWhAAAAAQJ4jaEAAAAAAsj5oQAAAACBoXmhAAAAA4GlgaEAAAABAvGNoQAAAAGBicmhAAAAAQO18aEAAAABgbIJoQAAAAADnkmhAAAAAIHmjaEAAAACAGMJoQAAAACC+xGhAAAAAACTeaEAAAACgBOFoQAAAAEDN42hAAAAAQNQBaUAAAAAgMiBpQAAAAKDFM2lAAAAAgPRDaUAAAACg42BpQAAAAEAoY2lAAAAAQCOCaUAAAADA9p1pQAAAACCsoWlAAAAAgOOkaUAAAACAMLBpQAAAAMD2v2lAAAAAwO3DaUAAAAAgBt1pQAAAACD+4WlAAAAAIP0BakAAAABAORNqQAAAAGC4H2pAAAAAIHIkakAAAADAaD5qQAAAAOAFRGpAAAAAQDJgakAAAACAp2JqQAAAAIDhompAAAAAYKPCakAAAACAP8VqQAAAAOAB3mpAAAAA4EXjakAAAABA1e9qQAAAAOC/AmtAAAAAAA0ka0AAAACARjJrQAAAAGD3QmtAAAAAILFPa0AAAABgd19rQAAAAAA4YmtAAAAAYJdka0AAAACAcXJrQAAAAIDtfmtAAAAAYGWBa0AAAADgT4RrQAAAAIB7kmtAAAAA4LaUa0AAAADgsp1rQAAAAACYoGtAAAAAAHuja0AAAABAbrJrQAAAAABRw2tAAAAAAPbia0AAAACgEvJrQAAAAOCo/WtAAAAAQHoDbEAAAAAAHx5sQAAAACB3IGxAAAAAAHsjbEAAAADA0UJsQAAAAMC0VGxAAAAAII5ebEAAAABAymRsQAAAAKA8c2xAAAAA4Pl+bEAAAAAA5oJsQAAAAMB1jmxAAAAAoMehbEAAAABggqRsQAAAAODbrmxAAAAAwP2+bEAAAADAe8NsQAAAAIBt5GxAAAAAoDYEbUAAAACAHh5tQAAAAOBgIm1AAAAAwHs8bUAAAABgNkFtQAAAAODiQ21AAAAA4JdTbUAAAADAyVttQAAAAIC/YG1AAAAAwBhkbUAAAABgj2ttQAAAACCWfm1AAAAAYBGDbUAAAACAV5NtQAAAAKAQnG1AAAAAoLujbUAAAACgvq9tQAAAAMCbsm1AAAAAoNXAbUAAAACADcxtQAAAAKBc3W1AAAAAwH3ubUAAAABA0vNtQAAAAGArA25AAAAAIDYHbkAAAAAA8yJuQAAAAKCAMm5AAAAAwARDbkAAAAAAyF1uQAAAAKACZW5AAAAAgPRubkAAAAAA/IFuQAAAAOBthm5AAAAA4LCSbkAAAACgkJ1uQAAAAKBPo25AAAAAgDC9bkAAAABA+79uQAAAAIDhxW5AAAAAoDfgbkAAAADgs+JuQAAAAMCI5W5AAAAAIHcBb0AAAAAA4hRvQAAAAKDbIm9AAAAAoDtDb0AAAACAWEZvQAAAAKD5Y29AAAAAwHqDb0AAAADALJ5vQAAAAGAZpG9AAAAAIJSqb0AAAADgpr1vQAAAAAA23m9AAAAAoJzjb0AAAACg6QFwQAAAAKD7A3BAAAAAoDQJcEAAAADArRBwQAAAAIDMGHBAAAAAoF0fcEAAAAAglSBwQAAAAMA1I3BAAAAAAJQucEAAAABAPjFwQAAAAEBiQXBAAAAAQKZCcEAAAADgpU5wQAAAAOD7UXBAAAAAoGhacEAAAABAGGFwQAAAAGAiY3BAAAAA4BZncEAAAADg7mlwQAAAAIDgbnBAAAAAoP5xcEAAAADAOIJwQAAAAADqjnBAAAAAQDiScEAAAACAjJ9wQAAAACAGoXBAAAAA4E2icEAAAADAt6ZwQAAAAMCQqXBAAAAAwJeucEAAAADAErFwQAAAAKCDsnBAAAAAwFS/cEAAAADgxcFwQAAAAEDqznBAAAAAgD7ScEAAAAAgKNpwQAAAAECd5HBAAAAAgJbpcEAAAAAA/fFwQAAAAECcAnFAAAAAwM4McUAAAABA0hFxQAAAAMDmE3FAAAAAIMwgcUAAAABAzCJxQAAAAOC8L3FAAAAAIEIycUAAAABAEzlxQAAAAMDiP3FAAAAAQPlBcUAAAACAAVJxQAAAAOAZYnFAAAAAwE9wcUAAAABggnJxQAAAAKDReHFAAAAAAPaCcUAAAADg+YhxQAAAAKA4knFAAAAAIA2icUAAAAAAkqRxQAAAACBhrnFAAAAAIHWxcUAAAABADLNxQAAAAOA/w3FAAAAAoILQcUAAAAAArdJxQAAAAOBS33FAAAAAAAPhcUAAAADA0e5xQAAAACBH8nFAAAAAIAf4cUAAAABgk/9xQAAAAECfAnJAAAAAAKoLckAAAADA3A5yQAAAAKBLEnJAAAAAIDggckAAAADg7SJyQAAAAAAQK3JAAAAA4J0yckAAAADAvEJyQAAAAKDGSnJAAAAA4FtSckAAAACAZlpyQAAAAOCDYXJAAAAAANtuckAAAAAge3JyQAAAAADZd3JAAAAAIM1+ckAAAABgIINyQAAAACA6j3JAAAAAgA6SckAAAADAJqJyQAAAAOCvq3JAAAAAAN+tckAAAACggrFyQAAAAKDLwXJAAAAA4B7PckAAAADgPNJyQAAAACDd3XJAAAAA4DnhckAAAABgsOJyQAAAACA973JAAAAAgNLwckAAAADAR/JyQAAAAGDFAXNAAAAAgGQOc0AAAACgJhJzQAAAAGD1HXNAAAAAoNUic0AAAABg0i5zQAAAAIBfMnNAAAAAIJM2c0AAAABAWDpzQAAAACByQnNAAAAAoGZSc0AAAACgFl9zQAAAAGA7Y3NAAAAAIPltc0AAAAAAym9zQAAAAAA6cnNAAAAAIJqSc0AAAACgapRzQAAAACC6oHNAAAAAYJWic0AAAAAAL6lzQAAAAACLqnNAAAAAwDWuc0AAAADg069zQAAAAGB3snNAAAAAYH3Cc0AAAADggc5zQAAAAACi0nNAAAAAwCTjc0AAAABgF+lzQAAAAIDw6nNAAAAAwHDyc0AAAABAvgJ0QAAAAMBTCHRAAAAAoHoKdEAAAACAnhJ0QAAAAGCvIXRAAAAAoEIjdEAAAAAAQCh0QAAAAEDeLnRAAAAAYE8ydEAAAABACzp0QAAAAED5P3RAAAAAwBNCdEAAAADAf1B0QAAAAOBdUnRAAAAAYPhedEAAAADAgWB0QAAAAABWZXRAAAAAQAFqdEAAAADAXHJ0QAAAAOBZj3RAAAAAwN6SdEAAAADgo6F0QAAAAEBTq3RAAAAAINmydEAAAABgfr90QAAAAMDSwnRAAAAAYKrPdEAAAADAktJ0QAAAAIDj2XRAAAAA4NzbdEAAAABggeJ0QAAAAEAJ6nRAAAAAoKHydEAAAADgkwF1QAAAAGBBA3VAAAAAwDEOdUAAAAAgIBB1QAAAAKD+EnVAAAAAANkWdUAAAAAgphl1QAAAAGAoI3VAAAAAwMokdUAAAAAA7y91QAAAAKCkMnVAAAAAwABBdUAAAADAR0R1QAAAAEAoSXVAAAAAQO9LdUAAAACAGVB1QAAAAGD1UXVAAAAAgBxVdUAAAACg3mN1QAAAAACPaHVAAAAAIM5rdUAAAABAvXJ1QAAAAGAbeHVAAAAAgB9/dUAAAAAgrYJ1QAAAAODhi3VAAAAAQFeQdUAAAADg1ZJ1QAAAAMCbmXVAAAAAwMagdUAAAADAa6J1QAAAAGBhrnVAAAAAAJSydUAAAACgx7d1QAAAAGAQv3VAAAAAwKLCdUAAAACgncZ1QAAAAOB3znVAAAAAQL3SdUAAAADAnNZ1QAAAAGCv2XVAAAAAoIvidUAAAACghuV1QAAAAAAH7nVAAAAAIFPvdUAAAADgQfN1QAAAAMAz/3VAAAAAAOwLdkAAAABAtQ52QAAAACBqEnZAAAAA4DcidkAAAAAA3SN2QAAAAICpLnZAAAAAIDAxdkAAAADASDN2QAAAAICmQnZAAAAAgP1LdkAAAAAA7lB2QAAAAKDIUnZAAAAAoJpgdkAAAABAAGN2QAAAAKCQcHZAAAAAYJBydkAAAACA+4B2QAAAAMCegnZAAAAAoJaSdkAAAAAAoZ92QAAAAEB/onZAAAAAIBSqdkAAAAAg4a52QAAAACCpsnZAAAAA4J+4dkAAAAAAVb92QAAAAKASw3ZAAAAAwLLSdkAAAAAArd52QAAAAIAO43ZAAAAAgJvodkAAAABASOp2QAAAAIA883ZAAAAAIEL5dkAAAADgvfp2QAAAAGACCndAAAAA4LUSd0AAAADACyB3QAAAAKDzIXdAAAAAgKwjd0AAAABAsSd3QAAAAEDnL3dAAAAA4Egyd0AAAAAA1zl3QAAAAIC/PndAAAAAQG1Cd0AAAACAD0R3QAAAAOBQRndAAAAAoE9Pd0AAAAAg+1J3QAAAAGB6Y3dAAAAAgM1td0AAAAAAiW93QAAAAKCycndAAAAAgJt0d0AAAAAAu353QAAAAIAZg3dAAAAAICyJd0AAAAAgr5J3QAAAAEDOmndAAAAAIBSjd0AAAACAjKt3QAAAAGAzs3dAAAAAwMLBd0AAAADADcN3QAAAAKDJ0ndAAAAAAH/fd0AAAABg8+F3QAAAAODy6ndAAAAAgDjvd0AAAACAP/N3QAAAAOA5/XdAAAAAYMn/d0AAAABgphB4QAAAAEDOEnhAAAAAgFsVeEAAAACAoBp4QAAAAIAoHXhAAAAA4OsfeEAAAAAAfiN4QAAAACBRLnhAAAAAQGozeEAAAADgMT54QAAAACDYQnhAAAAAABJQeEAAAADgq1J4QAAAAECAY3hAAAAAYNpqeEAAAACgdnJ4QAAAAACpf3hAAAAAQFiDeEAAAADAwJJ4QAAAAGDrl3hAAAAAIFGjeEAAAABAlax4QAAAAKC4snhAAAAAIHS8eEAAAABABcN4QAAAAGCryXhAAAAAoE/OeEAAAABAKdJ4QAAAAACz3HhAAAAAoAzieEAAAAAgkux4QAAAAGDa7nhAAAAAoAvzeEAAAABghvV4QAAAAOCC/HhAAAAAwG3+eEAAAACg1QN5QAAAAADUDXlAAAAAYCATeUAAAADg7B55QAAAAEDYInlAAAAAgJAveUAAAACgjzJ5QAAAAOCyNHlAAAAAANo8eUAAAABg2kF5QAAAAICxRHlAAAAAgA1IeUAAAADgn015QAAAACChUnlAAAAAAEpVeUAAAAAAUGN5QAAAACCbbnlAAAAAgORyeUAAAADg/Xd5QAAAAIBGfnlAAAAAADWBeUAAAABAiYN5QAAAAOB4jnlAAAAAIPaSeUAAAACAdJ95QAAAAIDjo3lAAAAAILKueUAAAADAVbN5QAAAACCyxHlAAAAAoMjMeUAAAADADtB5QAAAAEBm0nlAAAAAwOfeeUAAAACA8eJ5QAAAAKCZ7HlAAAAA4OTzeUAAAABgRPh5QAAAAIDhAnpAAAAAANIEekAAAACATBJ6QAAAAGCJHnpAAAAAYLwjekAAAACAniV6QAAAACASLnpAAAAA4A8wekAAAABg+jJ6QAAAAKDhNHpAAAAAQNxAekAAAAAgJEN6QAAAAGD4TnpAAAAAIBtTekAAAABgVF96QAAAAEDuYnpAAAAAwLtuekAAAABgq3F6QAAAAECAdHpAAAAAABV8ekAAAACAUX56QAAAACB5hHpAAAAAwFyJekAAAAAA+I16QAAAAADmknpAAAAAQMOkekAAAACAtLx6QAAAAOAnwHpAAAAAgAfEekAAAACA6c16QAAAAMAS03pAAAAAYJTiekAAAADgW+R6QAAAACD85npAAAAAwPbvekAAAACg6/N6QAAAAOBY/HpAAAAAQOkIe0AAAABAjAx7QAAAAEDED3tAAAAAACUSe0AAAADAgRR7QAAAACBhGHtAAAAAoHAke0AAAABghCx7QAAAAGB9MHtAAAAAIG00e0AAAABAdDx7QAAAAODDQ3tAAAAA4FNUe0AAAABAMWV7QAAAAODCbntAAAAAAINze0AAAAAAzX57QAAAAOCKgHtAAAAAoOSDe0AAAAAA1I57QAAAAMDSkntAAAAAoOGUe0AAAADgZ6x7QAAAAGDIs3tAAAAAQPXBe0AAAAAgYdh7QAAAAECt43tAAAAAIBrne0AAAADArvN7QAAAACDl9XtAAAAAgHH9e0AAAABAegN8QAAAAKDnDXxAAAAAYHsSfEAAAAAg9xN8QAAAAOBFJHxAAAAAYFoyfEAAAADAVDV8QAAAAMDfRHxAAAAAgB1IfEAAAACAhVF8QAAAAICxU3xAAAAAQA9ufEAAAACA5XJ8QAAAAEBvd3xAAAAA4C1/fEAAAAAA24t8QAAAAMBHk3xAAAAAIOiUfEAAAACgXJ18QAAAAODPo3xAAAAAoK6ofEAAAABAvK18QAAAAID2sHxAAAAAoO2zfEAAAABAmb98QAAAAACtz3xAAAAAQALTfEAAAACApN58QAAAAOAa5HxAAAAAwGH0fEAAAAAAq/18QAAAAIBgA31AAAAAgIEHfUAAAABgHw59QAAAAAAtEn1AAAAAQMwUfUAAAADgNhh9QAAAAADZJH1AAAAAwHoufUAAAACAjzN9QAAAAAAkPn1AAAAAgHtEfUAAAABgskh9QAAAAOBtTX1AAAAAIFZSfUAAAACgJlZ9QAAAAIBuWX1AAAAAAAZlfUAAAABgSHF9QAAAAEAxdX1AAAAAAHh9fUAAAACgtIR9QAAAAGBAjX1AAAAAwDOVfUAAAACArZ59QAAAAGDZpH1AAAAAoHSpfUAAAABg0bJ9QAAAAGATtX1AAAAA4Fe9fUAAAACAx8F9QAAAACCXw31AAAAAoNHNfUAAAACAStJ9QAAAAKCC1H1AAAAA4MTdfUAAAAAgw+B9QAAAAEBt8n1AAAAAQEb1fUAAAADgwfx9QAAAAKDhA35AAAAAYH4HfkAAAAAAPw5+QAAAACDsEX5AAAAAgOQTfkAAAACAeRd+QAAAAGCvIX5AAAAAwHg0fkAAAADA1ER+QAAAAIAaT35AAAAAQEJSfkAAAACgo2B+QAAAAAD5Yn5AAAAA4BNlfkAAAABgpW1+QAAAAIB9cH5AAAAAAOJzfkAAAADgKn1+QAAAACCegn5AAAAAgFuFfkAAAACAmJB+QAAAACDjlH5AAAAAoNCjfkAAAAAgQK1+QAAAACDJr35AAAAAYA+0fkAAAABglsR+QAAAAMDqzH5AAAAAgOfUfkAAAADAi+N+QAAAAEAj9H5AAAAAICMPf0AAAADgMxN/QAAAAGD2FH9AAAAAYF0tf0AAAABgOzJ/QAAAAOBwNX9AAAAAoKpCf0AAAADgP0V/QAAAAICJSX9AAAAA4EFNf0AAAABAzGR/QAAAAIC3c39AAAAAIPR0f0AAAAAgPY1/QAAAAAAlkn9AAAAA4AOUf0AAAACgKZ1/QAAAAEDfpH9AAAAAoEC0f0AAAACAnsF/QAAAAGDS5H9AAAAA4NPxf0AAAAAgG/R/QAAAAADDAoBAAAAAIHgHgEAAAADggQqAQAAAAGDHDYBAAAAAwGsSgEAAAACAhBWAQAAAAEC/FoBAAAAAQNAggEAAAABgMyKAQAAAAAA7I4BAAAAAYPYngEAAAACA0ymAQAAAAGCXN4BAAAAAoDM5gEAAAACAuzqAQAAAAKArQoBAAAAAIJJKgEAAAADAllKAQAAAAMC5WoBAAAAAoDZcgEAAAABgn2GAQAAAAGAAeoBAAAAAgFmBgEAAAACAd4KAQAAAAEAEhoBAAAAAIFqHgEAAAAAgMI+AQAAAACBPkoBAAAAAIFGWgEAAAAAgtZqAQAAAAGD1oYBAAAAAgEGngEAAAACAF6qAQAAAACC4rIBAAAAAgAKugEAAAADgEK+AQAAAACC4soBAAAAAwOW0gEAAAACAh7eAQAAAAMBzuoBAAAAAgGW8gEAAAACAPcKAQAAAAOAGyIBAAAAAgHLKgEAAAADgsNSAQAAAAKBw4YBAAAAAwEXngEAAAABABOuAQAAAAMBR8oBAAAAAAFH0gEAAAADgrPaAQAAAACDL+oBAAAAAQFUKgUAAAADgFRKBQAAAAODYGYFAAAAA4PYigUAAAACAPCaBQAAAAMAZKIFAAAAAwE4qgUAAAAAAfy+BQAAAAEDSOoFAAAAAYPVCgUAAAADAWUeBQAAAAOBFSoFAAAAAIAlagUAAAAAgdGmBQAAAAEDIaoFAAAAAwCZygUAAAACgPXqBQAAAAGCDgIFAAAAA4EuFgUAAAACAlYaBQAAAAIBLioFAAAAAwLyXgUAAAABAk5qBQAAAAGC/nIFAAAAAgHGigUAAAACAd6SBQAAAAOAtp4FAAAAAoKCqgUAAAACABa+BQAAAAICHsoFAAAAAIAm6gUAAAABgXb+BQAAAAKApxIFAAAAAwB/HgUAAAADAeMqBQAAAACCIzIFAAAAAwNvPgUAAAAAgStOBQAAAAIC31oFAAAAAIHLZgUAAAADg7umBQAAAAKDa8oFAAAAAoNP4gUAAAABg1/qBQAAAAABJAoJAAAAAICwKgkAAAACASQuCQAAAAKCKDoJAAAAAYLUPgkAAAADgoRCCQAAAAKAfGoJAAAAA4GobgkAAAAAAIy+CQAAAACA6MoJAAAAAYH4zgkAAAADgeTaCQAAAACA/OoJAAAAAYJ4+gkAAAAAg90GCQAAAAIBrRYJAAAAAoJFGgkAAAAAgCUmCQAAAAADgTYJAAAAAwF9QgkAAAACgXVWCQAAAAOAsWoJAAAAAgGxfgkAAAABA+WaCQAAAAABhaoJAAAAAQIprgkAAAAAgJW6CQAAAAKCEd4JAAAAAQF55gkAAAAAgDX+CQAAAAKB7goJAAAAAwIqJgkAAAADgmIqCQAAAAIDGkYJAAAAAIOeVgkAAAACgn5eCQAAAAGDVmoJAAAAAoH+fgkAAAACAFKqCQAAAAOCAq4JAAAAAoBitgkAAAAAAta6CQAAAAGCDsoJAAAAAwCi7gkAAAAAAvb+CQAAAAOA/w4JAAAAAYDPHgkAAAADgOsiCQAAAAKD3yoJAAAAAgLzPgkAAAACAGNOCQAAAACCv2IJAAAAAoHHbgkAAAABgut2CQAAAAGAj5IJAAAAA4H/mgkAAAADAWeiCQAAAAECI6oJAAAAAQGPtgkAAAAAgRe+CQAAAAMB3+oJAAAAA4FEYg0AAAAAgoB6DQAAAAGAbIoNAAAAA4Joqg0AAAADgKC6DQAAAAKCDMINAAAAAoPsyg0AAAAAgTTaDQAAAAMASOINAAAAAYLE5g0AAAAAgQD6DQAAAAGAhSINAAAAAwM9Sg0AAAADgD1iDQAAAAEBBW4NAAAAAwAhng0AAAACgK2uDQAAAAMCzcYNAAAAAoFx3g0AAAAAgfoaDQAAAACCiiYNAAAAAYCiLg0AAAADA0I2DQAAAAID3joNAAAAAQKWQg0AAAAAglJiDQAAAACCVmYNAAAAAQE2hg0AAAABAg6KDQAAAAACHpoNAAAAAAJ2ug0AAAADA7a+DQAAAAEC/soNAAAAAgGG5g0AAAADgt7qDQAAAAAB1yoNAAAAAQCrPg0AAAADAUdGDQAAAAAB30oNAAAAAQNLag0AAAAAAOt+DQAAAAIDH4oNAAAAAgErmg0AAAADALemDQAAAAIBJ6oNAAAAAYHz2g0AAAAAgL/qDQAAAAKDq+4NAAAAAAKD+g0AAAACgyQaEQAAAAEAgGIRAAAAAQJQZhEAAAAAAHR+EQAAAAODzJoRAAAAAYAgthEAAAABgGjOEQAAAAGDHQoRAAAAAwGhFhEAAAABgBEmEQAAAAEBOT4RAAAAAoGlWhEAAAAAgf16EQAAAAEA3YYRAAAAA4NVihEAAAABg5GaEQAAAAKAQboRAAAAAgC9whEAAAADgt3GEQAAAAIDBiIRAAAAAQCSKhEAAAADgtY+EQAAAAACDk4RAAAAAwH6WhEAAAADgD56EQAAAACCpoYRAAAAAIIWuhEAAAABA47aEQAAAAEDWu4RAAAAAANjAhEAAAABAFsmEQAAAACBKzoRAAAAAQBbThEAAAACAEduEQAAAAGAt3YRAAAAAIPzehEAAAAAg0eaEQAAAAODJ8YRAAAAAwOf9hEAAAADgygGFQAAAAOCWBoVAAAAAQP0ZhUAAAADghyCFQAAAAICWIoVAAAAAoEQmhUAAAADABi6FQAAAAAChMoVAAAAAQOA0hUAAAADg0TmFQAAAAEA5PoVAAAAAIGlAhUAAAADgJkKFQAAAAABISoVAAAAAYKlahUAAAABAzmGFQAAAACBmboVAAAAAgHxxhUAAAADgb3OFQAAAAEDSdYVAAAAAoLaDhUAAAAAgN4aFQAAAAMBiiIVAAAAAgBaWhUAAAADg2ZiFQAAAAGDOmoVAAAAAYH2chUAAAAAAZp6FQAAAACC+poVAAAAAoGKphUAAAAAg8KqFQAAAAMBDsoVAAAAAoNm3hUAAAACgI7qFQAAAAKCnwoVAAAAAoNzGhUAAAADgg86FQAAAAKCZ0oVAAAAAQHTVhUAAAAAApdaFQAAAAOBv3oVAAAAAIKnfhUAAAACgwOKFQAAAAIBM54VAAAAAIIzrhUAAAAAg5O6FQAAAAEDG94VAAAAAoHIDhkAAAACAzRuGQAAAAMAGJoZAAAAAYEYrhkAAAAAg8DOGQAAAAADsNoZAAAAAgBE/hkAAAAAAi0aGQAAAAGB3SIZAAAAAACRShkAAAACAxFaGQAAAAADTZ4ZAAAAAYGxqhkAAAACAzIOGQAAAAGCCloZAAAAAYLudhkAAAADA256GQAAAAIBis4ZAAAAAYHO2hkAAAACgrM6GQAAAAIAd04ZAAAAA4J/ghkAAAACgX+aGQAAAAMA56IZAAAAAYBrshkAAAACg/fqGQAAAAMC7/IZAAAAAILcAh0AAAABgMQOHQAAAAID+CodAAAAAQCgWh0AAAACgAxuHQAAAAOBqHodAAAAAABwvh0AAAACAZDKHQAAAAGBNOodAAAAAYO9Bh0AAAABAd1aHQAAAACBNYYdAAAAAQHZkh0AAAACAmGeHQAAAAABga4dAAAAAAGBsh0AAAADALW+HQAAAAABScodAAAAAAGR5h0AAAACAYIWHQAAAAIC3kIdAAAAAgEuch0AAAADAFKGHQAAAAGCroodAAAAAQL+vh0AAAAAg3bKHQAAAACAltIdAAAAAoGvCh0AAAABAqMmHQAAAAIBa2IdAAAAAoJPih0AAAAAg6uWHQAAAAKAn54dAAAAAQH/vh0AAAACgQfOHQAAAAMBp94dAAAAAYNn8h0AAAABghf6HQAAAAIBoF4hAAAAAQBsbiEAAAADAFh2IQAAAAODNJIhAAAAAgMgliEAAAABgTiiIQAAAAMCRLYhAAAAAQOg7iEAAAAAA8T+IQAAAAOAPQ4hAAAAAYLdNiEAAAACgp1qIQAAAAIDsZohAAAAAIP1piEAAAADglnOIQAAAAODkdIhAAAAAYJ53iEAAAADgUX+IQAAAAEDLkohAAAAAoAGbiEAAAADAdZ2IQAAAAIAYoIhAAAAAgFioiEAAAADgka2IQAAAAMBlr4hAAAAAwHq5iEAAAAAgvL6IQAAAACBLwIhAAAAA4NnDiEAAAAAA4tuIQAAAAAAx34hAAAAAIDTgiEAAAADgUfKIQAAAAMB284hAAAAAQF//iEAAAADAhweJQAAAAKAaFolAAAAAQJkaiUAAAACA+iGJQAAAAEAMJ4lAAAAAAIEuiUAAAAAAzTKJQAAAAGA4NIlAAAAA4MU4iUAAAABgPT6JQAAAAODVQolAAAAAQCpTiUAAAADAeGuJQAAAAKB8eolAAAAAAMaFiUAAAABAsIuJQAAAAEBunYlAAAAAwDmgiUAAAADAr6mJQAAAAAAYrolAAAAAYBCziUAAAACgmr2JQAAAAKCsv4lAAAAAYLjCiUAAAAAgMcmJQAAAAOAcy4lAAAAAQBfOiUAAAACgIN+JQAAAAACL7IlAAAAAgI/ziUAAAAAAYvWJQAAAACBZEIpAAAAAoE8WikAAAACg+SKKQAAAACBYMopAAAAAgPQ1ikAAAAAgbzeKQAAAAKBjQopAAAAA4LtKikAAAACgHE+KQAAAAAD1UYpAAAAAoGhqikAAAABgzWyKQAAAAMCvcYpAAAAAILp0ikAAAADgdoOKQAAAAIC4hYpAAAAAIKOvikAAAAAAt7GKQAAAAOCctIpAAAAA4JHGikAAAAAg8sqKQAAAACCNz4pAAAAAgPXVikAAAABgg+iKQAAAAOADA4tAAAAAAK0Qi0AAAADg5BqLQAAAAKDOHYtAAAAAAAMmi0AAAADAeiqLQAAAAAAOMotAAAAAQI46i0AAAACAwEOLQAAAAIClR4tAAAAAQLdPi0AAAABgG1qLQAAAAOAKY4tAAAAAwEh2i0AAAAAgl32LQAAAAGDJjotAAAAAwH+ai0AAAACgVamLQAAAAKAbt4tAAAAAYHLMi0AAAADgxs+LQAAAAMBY34tAAAAAgKb3i0AAAADAI/+LQAAAAAC3B4xAAAAAAKgVjEAAAAAgbiOMQAAAAGAmQIxAAAAAoJpSjEAAAABgAmaMQAAAAEBwc4xAAAAAgKyAjEAAAADglIqMQAAAAMDujYxAAAAAQEmRjEAAAADgh5mMQAAAAAC5qIxAAAAAAHatjEAAAADA18mMQAAAAGDIzIxAAAAAoBPVjEAAAADgCteMQAAAACAS6oxAAAAAQF/6jEAAAABg6gKNQAAAAOCPD41AAAAAoFEbjUAAAACASySNQAAAAOBuP41AAAAAYKVFjUAAAABgu2KNQAAAACCXdI1AAAAA4HSIjUAAAABgpI6NQAAAAGD6nY1AAAAAIP+5jUAAAABgt8aNQAAAAIBd2o1AAAAAgP/mjUAAAACASh6OQAAAAABHJo5AAAAAYAQzjkAAAABAX2eOQAAAAEAaao5AAAAAYESDjkAAAAAgPI+OQAAAAGABn45AAAAAYFy2jkAAAAAAysyOQAAAAEAr5o5AAAAAwIbojkAAAACAtu6OQAAAAOBbBY9AAAAAgDgKj0AAAADgcA6PQAAAACD4Lo9AAAAA4Fozj0AAAABAF0CPQAAAAECbY49A</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14464">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=110" index="109" defaultArrayLength="1400">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="307.004" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="108.758" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.67" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14936">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14936">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAANUAAAAAAAIBRQAAAAAAAgE9AAAAAAACAQ0AAAAAAAEBSQAAAAAAAAFBAAAAAAAAANkAAAAAAAAA8QAAAAAAAAD9AAAAAAAAAP0AAAAAAAIBDQAAAAAAAADhAAAAAAACAQEAAAAAAAABJQAAAAAAAgEBAAAAAAACAQkAAAAAAAIBHQAAAAAAAAEtAAAAAAACASUAAAAAAAAA8QAAAAAAAAEhAAAAAAACAQEAAAAAAAABCQAAAAAAAgElAAAAAAACATEAAAAAAAIBHQAAAAAAAAEJAAAAAAAAAPkAAAAAAAAA8QAAAAAAAgEJAAAAAAAAATUAAAAAAAIBGQAAAAAAAAEJAAAAAAAAANkAAAAAAAABAQAAAAAAAgE5AAAAAAADAVkAAAAAAAABBQAAAAAAAAEBAAAAAAAAAQkAAAAAAAABLQAAAAAAAADxAAAAAAABAVEAAAAAAAABLQAAAAAAAwFFAAAAAAAAAQ0AAAAAAAABNQAAAAAAAAEJAAAAAAAAAOEAAAAAAAABYQAAAAAAAAFNAAAAAAAAAREAAAAAAAABAQAAAAAAAQFJAAAAAAACAQkAAAAAAAAA3QAAAAAAAgElAAAAAAAAAPkAAAAAAAIBCQAAAAAAAgEhAAAAAAAAAQEAAAAAAAABRQAAAAAAAADVAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAERAAAAAAAAAPUAAAAAAAIBDQAAAAAAAADdAAAAAAAAAQ0AAAAAAAAA3QAAAAAAAgEpAAAAAAABAVUAAAAAAAABKQAAAAAAAgE1AAAAAAAAATEAAAAAAAIBEQAAAAAAAgENAAAAAAACAQEAAAAAAAAA8QAAAAAAAAEJAAAAAAACARUAAAAAAAABFQAAAAAAAgEBAAAAAAAAANUAAAAAAAIBOQAAAAAAAADdAAAAAAAAAVkAAAAAAAIBKQAAAAAAAgEZAAAAAAAAARUAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOUAAAAAAACBlQAAAAAAAAD5AAAAAAAAAOEAAAAAAAABEQAAAAAAAgEBAAAAAAACAQ0AAAAAAAAA4QAAAAAAAAEBAAAAAAAAAQEAAAAAAAABZQAAAAAAAgEhAAAAAAACAUkAAAAAAAMBQQAAAAAAAgERAAAAAAAAAUEAAAAAAAIBTQAAAAAAAADxAAAAAAAAAN0AAAAAAAABFQAAAAAAAAERAAAAAAADAUkAAAAAAAABFQAAAAAAAADtAAAAAAACATUAAAAAAAABIQAAAAAAAAEBAAAAAAACAUEAAAAAAAIBRQAAAAAAAgGBAAAAAAAAARkAAAAAAAMBSQAAAAAAAgFBAAAAAAACAXUAAAAAAAABTQAAAAAAAAEBAAAAAAAAATEAAAAAAAIBBQAAAAAAAADdAAAAAAAAAQkAAAAAAAABLQAAAAAAAQFFAAAAAAAAAREAAAAAAAEBSQAAAAAAAgEJAAAAAAAAAREAAAAAAAABJQAAAAAAAgEFAAAAAAAAAU0AAAAAAAAA7QAAAAAAAwFVAAAAAAACAQEAAAAAAAABAQAAAAAAAADhAAAAAAACAQEAAAAAAAABIQAAAAAAAADVAAAAAAAAAOUAAAAAAAABaQAAAAAAAgEJAAAAAAAAASkAAAAAAAIBAQAAAAAAAADVAAAAAAAAATUAAAAAAAABIQAAAAAAAAEJAAAAAAACgZUAAAAAAAIBJQAAAAAAAAD5AAAAAAAAATEAAAAAAAIBbQAAAAAAAAENAAAAAAAAAO0AAAAAAAABKQAAAAAAAADtAAAAAAAAAOEAAAAAAAEBSQAAAAAAAAFBAAAAAAAAAQEAAAAAAAAA5QAAAAAAAwFRAAAAAAAAAREAAAAAAAAA9QAAAAAAAgEJAAAAAAAAAO0AAAAAAAAA/QAAAAAAAwFlAAAAAAAAAQ0AAAAAAAAA1QAAAAAAAwFdAAAAAAAAAREAAAAAAAABDQAAAAAAAAD5AAAAAAAAAPkAAAAAAAABUQAAAAAAAgEVAAAAAAACASUAAAAAAAIBPQAAAAAAAAEVAAAAAAABAVUAAAAAAAABRQAAAAAAAAFRAAAAAAACAQ0AAAAAAAIBWQAAAAAAAAEBAAAAAAAAAOEAAAAAAAAA4QAAAAAAAAEhAAAAAAACAVkAAAAAAAIBBQAAAAAAAgExAAAAAAAAAN0AAAAAAAABFQAAAAAAAAEBAAAAAAAAANkAAAAAAAEBYQAAAAAAAgEBAAAAAAAAASkAAAAAAAIBCQAAAAAAAAElAAAAAAADAYEAAAAAAAKiBQAAAAAAAAEdAAAAAAACAXEAAAAAAAABBQAAAAAAAgFVAAAAAAABAV0AAAAAAAEBZQAAAAAAAAFVAAAAAAAAAQEAAAAAAAIBDQAAAAAAAgEBAAAAAAAAARUAAAAAAAMBWQAAAAAAAgEZAAAAAAAAAVUAAAAAAAIBEQAAAAAAAADxAAAAAAAAARUAAAAAAAABHQAAAAAAAAERAAAAAAACASEAAAAAAAABDQAAAAAAAADtAAAAAAAAAU0AAAAAAAABSQAAAAAAAAFBAAAAAAAAATEAAAAAAAAA3QAAAAAAAYGJAAAAAAACAQkAAAAAAAABVQAAAAAAAAE9AAAAAAAAASEAAAAAAAIBEQAAAAAAAAExAAAAAAACASUAAAAAAAIBBQAAAAAAAgEpAAAAAAAAAQEAAAAAAAIBNQAAAAAAAgEJAAAAAAAAAN0AAAAAAAABQQAAAAAAAgEVAAAAAAACgY0AAAAAAAIBMQAAAAAAAAFtAAAAAAAAAR0AAAAAAAABTQAAAAAAAgEdAAAAAAAAAPkAAAAAAAIBBQAAAAAAAAEBAAAAAAABAUEAAAAAAAIBOQAAAAAAAgEBAAAAAAACASEAAAAAAAMBQQAAAAAAAgEBAAAAAAAAASkAAAAAAAABGQAAAAAAAgEBAAAAAAAAARkAAAAAAAABJQAAAAAAAAENAAAAAAADgYEAAAAAAAEBRQAAAAAAAgFNAAAAAAAAAP0AAAAAAAKBgQAAAAAAAgEhAAAAAAAAANUAAAAAAAABBQAAAAAAAADpAAAAAAAAAO0AAAAAAAIBJQAAAAAAAAEhAAAAAAACAWkAAAAAAAABKQAAAAAAAAEpAAAAAAACAQ0AAAAAAAAA3QAAAAAAAAFJAAAAAAACASUAAAAAAAIBCQAAAAAAAgEBAAAAAAAC8lEAAAAAAAGBhQAAAAAAAADVAAAAAAAAANUAAAAAAACB5QAAAAAAAADxAAAAAAACAQkAAAAAAAABBQAAAAAAAwFNAAAAAAABAVkAAAAAAAABUQAAAAAAAAD5AAAAAAAAAOEAAAAAAAAA5QAAAAAAAwFpAAAAAAAAAPkAAAAAAAABSQAAAAAAAgENAAAAAAACAU0AAAAAAAAA4QAAAAAAAgE1AAAAAAACAREAAAAAAAABFQAAAAAAAgFxAAAAAAAAAQkAAAAAAAAA/QAAAAAAAAEhAAAAAAACAQ0AAAAAAAABTQAAAAAAAgEVAAAAAAABAUUAAAAAAAABUQAAAAAAAgEpAAAAAAADAXkAAAAAAAAA5QAAAAAAAADpAAAAAAAAAOUAAAAAAAAA7QAAAAAAAADxAAAAAAACATUAAAAAAAAA3QAAAAAAAgEBAAAAAAAAASUAAAAAAAKBlQAAAAAAAwFtAAAAAAAAANkAAAAAAAAA2QAAAAAAA4GVAAAAAAAAARkAAAAAAAAA7QAAAAAAAADlAAAAAAAAAP0AAAAAAAABMQAAAAAAAAEtAAAAAAAAAT0AAAAAAAIBFQAAAAAAAADVAAAAAAAAAPEAAAAAAAABAQAAAAAAAADhAAAAAAACAVEAAAAAAAIBKQAAAAAAAgEJAAAAAAAAAPUAAAAAAAIBHQAAAAAAAAEBAAAAAAACAVEAAAAAAAIBJQAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA7QAAAAAAAAEtAAAAAAACARUAAAAAAAIBRQAAAAAAAQFBAAAAAAAAAQUAAAAAAAABNQAAAAAAAADpAAAAAAAAAUEAAAAAAAMBfQAAAAAAAAD1AAAAAAAAAQEAAAAAAAEBTQAAAAAAAAEdAAAAAAACAV0AAAAAAAIBBQAAAAAAAAFRAAAAAAACAQUAAAAAAAKBnQAAAAAAAgEdAAAAAAACAQ0AAAAAAAIBEQAAAAAAAAFtAAAAAAAAATUAAAAAAAIBOQAAAAAAAQFBAAAAAAADAUkAAAAAAAIBOQAAAAAAAADhAAAAAAAAAP0AAAAAAAABDQAAAAAAAgEVAAAAAAACAUUAAAAAAAIBJQAAAAAAAAEFAAAAAAAAAPkAAAAAAAABLQAAAAAAAAD1AAAAAAAAAS0AAAAAAAAA7QAAAAAAAAD1AAAAAAAAAOUAAAAAAAABeQAAAAAAAgElAAAAAAACAQEAAAAAAAOBpQAAAAAAAAERAAAAAAADAUkAAAAAAAABdQAAAAAAAgEhAAAAAAAAAPkAAAAAAAABBQAAAAAAA4GhAAAAAAAAAP0AAAAAAAIBCQAAAAAAAgEFAAAAAAAAATkAAAAAAAIBJQAAAAAAAADhAAAAAAAAATUAAAAAAAIBHQAAAAAAAgEBAAAAAAAAAOUAAAAAAAIBTQAAAAAAAAFhAAAAAAACAU0AAAAAAAAA9QAAAAAAAAD5AAAAAAABAUEAAAAAAAIBSQAAAAAAAwFBAAAAAAAAANUAAAAAAAABgQAAAAAAAADhAAAAAAAAAPUAAAAAAAABeQAAAAAAAgEBAAAAAAAAAQEAAAAAAAEBmQAAAAAAAAD9AAAAAAAAAPkAAAAAAAAA8QAAAAAAA4GJAAAAAAAAAREAAAAAAAAA2QAAAAAAAAENAAAAAAACATUAAAAAAAABJQAAAAAAAgEhAAAAAAACAZkAAAAAAAIBAQAAAAAAAADZAAAAAAAAAO0AAAAAAAIBRQAAAAAAAwGlAAAAAAACAU0AAAAAAAIBCQAAAAAAAwF9AAAAAAAAAPkAAAAAAAAA4QAAAAAAAgEFAAAAAAACATEAAAAAAAMBTQAAAAAAAwFxAAAAAAACAQUAAAAAAAIBAQAAAAAAAADpAAAAAAADAWUAAAAAAAMBUQAAAAAAAAEhAAAAAAADAXEAAAAAAAABOQAAAAAAAAEZAAAAAAABAZkAAAAAAAEBZQAAAAAAAAEdAAAAAAADAY0AAAAAAAABJQAAAAAAAADdAAAAAAACAQkAAAAAAAAA3QAAAAAAAADlAAAAAAABAUEAAAAAAAAA1QAAAAAAAAFNAAAAAAACAR0AAAAAAAABIQAAAAAAAADpAAAAAAACAREAAAAAAAIBBQAAAAAAAgEJAAAAAAAAARUAAAAAAAGBgQAAAAAAAADpAAAAAAABgbUAAAAAAAABRQAAAAAAAwFJAAAAAAADAZEAAAAAAAIBJQAAAAAAAADxAAAAAAACASUAAAAAAAIBpQAAAAAAAQFhAAAAAAAAAQUAAAAAAAKBlQAAAAAAAgENAAAAAAACARkAAAAAAAAA2QAAAAAAAADdAAAAAAADAWkAAAAAAAAA9QAAAAAAAgEVAAAAAAACATUAAAAAAAEBUQAAAAAAAADhAAAAAAAAAWEAAAAAAAIBEQAAAAAAAgEdAAAAAAADgbUAAAAAAAIBZQAAAAAAAAEJAAAAAAAAAREAAAAAAAOBmQAAAAAAAgFZAAAAAAAAAR0AAAAAAAABgQAAAAAAAAD9AAAAAAACAR0AAAAAAAIBBQAAAAAAAgEBAAAAAAABAakAAAAAAAABCQAAAAAAAAEFAAAAAAAAAPUAAAAAAAABNQAAAAAAAwFdAAAAAAACAQ0AAAAAAAAA8QAAAAAAAAElAAAAAAABAU0AAAAAAAIBJQAAAAAAAAD5AAAAAAAAAN0AAAAAAAMBaQAAAAAAAAElAAAAAAAAAWEAAAAAAAIBMQAAAAAAAgElAAAAAAACAWUAAAAAAAEBXQAAAAAAAAD9AAAAAAAAAQ0AAAAAAAIBBQAAAAAAAAEFAAAAAAACgZUAAAAAAAAA9QAAAAAAAAD5AAAAAAACAQEAAAAAAAIBLQAAAAAAAQFVAAAAAAAAgY0AAAAAAAIBTQAAAAAAAAGBAAAAAAABgYEAAAAAAAAA7QAAAAAAAAEZAAAAAAACAXkAAAAAAAAA5QAAAAAAAADlAAAAAAACATkAAAAAAAIBaQAAAAAAAADVAAAAAAAAANUAAAAAAAABEQAAAAAAAAEVAAAAAAAAgYEAAAAAAAABLQAAAAAAAADhAAAAAAACAQEAAAAAAAABHQAAAAAAAgFhAAAAAAACASUAAAAAAAIBYQAAAAAAAAD5AAAAAAAAAQEAAAAAAAEBVQAAAAAAAAD9AAAAAAAAARkAAAAAAAAA7QAAAAAAAgEJAAAAAAACgY0AAAAAAAIBCQAAAAAAAgEVAAAAAAACAUkAAAAAAAABFQAAAAAAAgFJAAAAAAAAAREAAAAAAAAA1QAAAAAAAADZAAAAAAAAAPUAAAAAAAIBCQAAAAAAAgFFAAAAAAACASkAAAAAAAAA2QAAAAAAAAE5AAAAAAAAAN0AAAAAAAAA8QAAAAAAAAD9AAAAAAACARkAAAAAAAAA/QAAAAAAAwFRAAAAAAACARkAAAAAAAAA9QAAAAAAAAEFAAAAAAACARkAAAAAAAIBGQAAAAAAAADlAAAAAAAAAWkAAAAAAAIBCQAAAAAAAAElAAAAAAAAAPUAAAAAAAEBlQAAAAAAAwGZAAAAAAAAAN0AAAAAAAABHQAAAAAAAAEdAAAAAAAAAQUAAAAAAAAA1QAAAAAAAADVAAAAAAAAAOUAAAAAAAABEQAAAAAAAwFZAAAAAAACASkAAAAAAAIBJQAAAAAAAAExAAAAAAAAAOkAAAAAAAIBEQAAAAAAAgEVAAAAAAAAAPkAAAAAAAABEQAAAAAAAAEpAAAAAAAAAVEAAAAAAAGBmQAAAAAAAAD9AAAAAAAAANkAAAAAAAABOQAAAAAAAgEhAAAAAAAAATEAAAAAAAIBDQAAAAAAAAFNAAAAAAAAAQkAAAAAAAABAQAAAAAAAgEhAAAAAAACAVkAAAAAAAABCQAAAAAAAAEJAAAAAAACAQkAAAAAAAMBYQAAAAAAAAD9AAAAAAAAAOkAAAAAAAEBRQAAAAAAAgF9AAAAAAADgYEAAAAAAAABIQAAAAAAAADlAAAAAAACATUAAAAAAAAA3QAAAAAAAAEJAAAAAAAAAUEAAAAAAAAA5QAAAAAAAAERAAAAAAACAQkAAAAAAAABMQAAAAAAAAFFAAAAAAACASEAAAAAAAABMQAAAAAAAADhAAAAAAAAAPUAAAAAAAAA5QAAAAAAAgERAAAAAAACAQEAAAAAAAAA+QAAAAAAAAD1AAAAAAACAVUAAAAAAAKBxQAAAAAAAYG9AAAAAAACAVUAAAAAAAIBCQAAAAAAAgERAAAAAAAAANUAAAAAAAIBJQAAAAAAAAD1AAAAAAABAUkAAAAAAAIBLQAAAAAAAgEZAAAAAAACAQ0AAAAAAAAA2QAAAAAAAAEFAAAAAAAAASEAAAAAAAIBBQAAAAAAAADZAAAAAAACASkAAAAAAAIBDQAAAAAAAAD9AAAAAAACAQEAAAAAAAIBQQAAAAAAAAEBAAAAAAAAAQEAAAAAAAEBXQAAAAAAAADpAAAAAAAAAQkAAAAAAAABAQAAAAAAAADVAAAAAAAAASkAAAAAAAAA+QAAAAAAAwFFAAAAAAAAARUAAAAAAAABGQAAAAAAAADtAAAAAAAAAREAAAAAAAIBAQAAAAAAAADpAAAAAAAAAPkAAAAAAAAA8QAAAAAAAAEBAAAAAAACARkAAAAAAAIBEQAAAAAAAgEdAAAAAAADAUEAAAAAAAIBCQAAAAAAAgElAAAAAAACAQEAAAAAAAEBWQAAAAAAAgERAAAAAAACAVEAAAAAAAAA8QAAAAAAAgElAAAAAAAAANkAAAAAAAAA6QAAAAAAAgExAAAAAAAAAQ0AAAAAAAAA6QAAAAAAAADZAAAAAAACASUAAAAAAAABFQAAAAAAAADZAAAAAAACAUEAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAPkAAAAAAAIBFQAAAAAAAgENAAAAAAAAAPkAAAAAAAIBEQAAAAAAAADpAAAAAAACAQ0AAAAAAAIBFQAAAAAAAgEVAAAAAAAAAN0AAAAAAAAA2QAAAAAAAAEVAAAAAAAAAPkAAAAAAAAA5QAAAAAAAADdAAAAAAAAAPEAAAAAAAIBAQAAAAAAAADpAAAAAAACwc0AAAAAAAABAQAAAAAAAAFdAAAAAAACAVkAAAAAAAABAQAAAAAAAgEJAAAAAAAAASUAAAAAAAGBjQAAAAAAAAElAAAAAAACAQEAAAAAAAAA7QAAAAAAAAEJAAAAAAAAANkAAAAAAAAA2QAAAAAAAAENAAAAAAAAAPUAAAAAAAIBCQAAAAAAAADVAAAAAAAAANkAAAAAAAIBCQAAAAAAAgEBAAAAAAAAAOUAAAAAAAIBFQAAAAAAAAEBAAAAAAAAAN0AAAAAAAIBAQAAAAAAAAD5AAAAAAABAUUAAAAAAAMBQQAAAAAAAADlAAAAAAAAAP0AAAAAAAABFQAAAAAAAAFJAAAAAAAAAQ0AAAAAAAABFQAAAAAAAgEdAAAAAAAAANUAAAAAAAAA6QAAAAAAAADtAAAAAAAAAQkAAAAAAAAA8QAAAAAAAgFxAAAAAAADAUkAAAAAAAIBPQAAAAAAAgFJAAAAAAACATUAAAAAAAAA+QAAAAAAAgEBAAAAAAADAXkAAAAAAAAA1QAAAAAAAAD5AAAAAAACAR0AAAAAAAAA8QAAAAAAAADdAAAAAAABQe0AAAAAAAABGQAAAAAAAwFdAAAAAAAAAUEAAAAAAAAA8QAAAAAAAADtAAAAAAAAAQ0AAAAAAAAA4QAAAAAAAADxAAAAAAAAAQkAAAAAAAMBYQAAAAAAAgEhAAAAAAAAATEAAAAAAAABJQAAAAAAAAERAAAAAAACASkAAAAAAAABKQAAAAAAAgEtAAAAAAAAANUAAAAAAAABIQAAAAAAAADZAAAAAAACATEAAAAAAAAA4QAAAAAAAADtAAAAAAADAY0AAAAAAAAA8QAAAAAAAAEVAAAAAAAAAQEAAAAAAAAA5QAAAAAAAADpAAAAAAAAAQEAAAAAAAAA3QAAAAAAAADVAAAAAAAAASkAAAAAAAAA5QAAAAAAAADZAAAAAAACAQkAAAAAAACBgQAAAAAAAgElAAAAAAADAUEAAAAAAAEiKQAAAAAAAAHVAAAAAAAAAQUAAAAAAAABDQAAAAAAAgE9AAAAAAAAAQ0AAAAAAAIBGQAAAAAAAADdAAAAAAACAQkAAAAAAAIBLQAAAAAAAAD5AAAAAAACAQEAAAAAAAAA3QAAAAAAAAERAAAAAAAAAQ0AAAAAAAAA5QAAAAAAAADtAAAAAAAAAPEAAAAAAAAA3QAAAAAAAAEhAAAAAAAAAS0AAAAAAAAA4QAAAAAAAADtAAAAAAAAANkAAAAAAAAA9QAAAAAAAAG9AAAAAAACAQkAAAAAAAIBPQAAAAAAAgERAAAAAAAAAPEAAAAAAAIBGQAAAAAAAAEZAAAAAAAAAQkAAAAAAAAA7QAAAAAAAAD9AAAAAAAAARkAAAAAAAAA4QAAAAAAAAEJAAAAAAAAAN0AAAAAAAABCQAAAAAAAgElAAAAAAAAAN0AAAAAAAIBAQAAAAAAAAEJAAAAAAAAAQUAAAAAAAAA8QAAAAAAAAEJAAAAAAAAAOkAAAAAAAAA7QAAAAAAAADlAAAAAAACARkAAAAAAAAA+QAAAAAAAQFhAAAAAAAAASEAAAAAAAIBCQAAAAAAAgElAAAAAAAAAQEAAAAAAAIBBQAAAAAAAgEZAAAAAAAAANkAAAAAAAIBCQAAAAAAAAENAAAAAAAAAR0AAAAAAAAA6QAAAAAAAADxAAAAAAAAAREAAAAAAAIBGQAAAAAAAgEFAAAAAAAAAREAAAAAAAABFQAAAAAAAADxAAAAAAAAAT0AAAAAAAAA9QAAAAAAAgElAAAAAAAAAR0AAAAAAAABEQAAAAAAAAEBAAAAAAACAQUAAAAAAAABAQAAAAAAAAENAAAAAAACAQEAAAAAAAABEQAAAAAAAgEJAAAAAAAAAP0AAAAAAAAA+QAAAAAAAAEVAAAAAAAAANkAAAAAAAKBiQAAAAAAAAD5AAAAAAAAAVkAAAAAAAAA9QAAAAAAAAEJAAAAAAAAAO0AAAAAAAEBaQAAAAAAAADtAAAAAAAAAO0AAAAAAAAA7QAAAAAAAADlAAAAAAAAAPkAAAAAAAIBEQAAAAAAAAD9AAAAAAACAQkAAAAAAAAA1QAAAAAAAADdAAAAAAACAQUAAAAAAAAA2QAAAAAAAgEZAAAAAAACARkAAAAAAAABLQAAAAAAAADlAAAAAAAAAO0AAAAAAAAA/QAAAAAAAADZAAAAAAAAAPUAAAAAAAABBQAAAAAAAAEVAAAAAAAAAPEAAAAAAAABMQAAAAAAAADxAAAAAAAAAU0AAAAAAAAA7QAAAAAAAAEFAAAAAAADAVEAAAAAAAABEQAAAAAAAADlAAAAAAAAAOEAAAAAAAABCQAAAAAAAgEBAAAAAAACARUAAAAAAAIBDQAAAAAAAADpAAAAAAAAAPkAAAAAAAIBBQAAAAAAAgEFAAAAAAAAANkAAAAAAAABEQAAAAAAAgEtAAAAAAACAQEAAAAAAAABFQAAAAAAAADZAAAAAAACAQEAAAAAAAABAQAAAAAAAADVAAAAAAAAAPUAAAAAAAABJQAAAAAAAAEJAAAAAAACAQEAAAAAAAAA2QAAAAAAAAENAAAAAAAAAQUAAAAAAAABGQAAAAAAAADpAAAAAAACAQUAAAAAAAABAQAAAAAAAAERAAAAAAAAAQUAAAAAAAAA3QAAAAAAAAE9AAAAAAAAAOUAAAAAAAIBKQAAAAAAAAERAAAAAAAAANkAAAAAAAAA9QAAAAAAAADhAAAAAAAAASkAAAAAAAAA+QAAAAAAAADVAAAAAAAAAOUAAAAAAAAA+QAAAAAAAAEFAAAAAAACAQkAAAAAAAAA4QAAAAAAAADtAAAAAAAAAO0AAAAAAAAA6QAAAAAAAgEBAAAAAAAAAPEAAAAAAAAA+QAAAAAAAADxAAAAAAAAAQkAAAAAAAIBOQAAAAAAAgEhAAAAAAACAQEAAAAAAAABEQAAAAAAAgEFAAAAAAAAANkAAAAAAAAA6QAAAAAAAgEFAAAAAAAAANkAAAAAAAABBQAAAAAAAAD9AAAAAAACAS0AAAAAAAAA4QAAAAAAAADhAAAAAAAAANUAAAAAAAABDQAAAAAAAADtAAAAAAAAAPUAAAAAAAAA5QAAAAAAAgENAAAAAAAAAPUAAAAAAAABBQAAAAAAAgFRAAAAAAAAAPEAAAAAAAIBBQAAAAAAAADhAAAAAAAAAQUAAAAAAAIBDQAAAAAAAADlAAAAAAACARUAAAAAAAIBDQAAAAAAAAE9AAAAAAAAANUAAAAAAAAA5QAAAAAAAAE5AAAAAAAAAP0AAAAAAAABAQAAAAAAAADVAAAAAAAAAOEAAAAAAAIBCQAAAAAAAgEFAAAAAAAAAOUAAAAAAAABCQAAAAAAAAE1AAAAAAAAANkAAAAAAAABSQAAAAAAAAERAAAAAAAAAN0AAAAAAAIBFQAAAAAAAAENAAAAAAAAAN0AAAAAAAAA4QAAAAAAAAEBAAAAAAAAASUAAAAAAAAA1QAAAAAAAAEFAAAAAAACASUAAAAAAAAA1QAAAAAAAAEFAAAAAAACAQ0AAAAAAAAA6QAAAAAAAADVAAAAAAACAR0AAAAAAAAA3QAAAAAAAAEZAAAAAAAAANUAAAAAAAAA/QAAAAAAAADhAAAAAAACAQkAAAAAAAABGQAAAAAAAgEBAAAAAAAAAPEAAAAAAAAA3QAAAAAAAAEJAAAAAAACAQkAAAAAAAAA4QAAAAAAAAD5AAAAAAAAAOUAAAAAAAIBKQAAAAAAAgEBAAAAAAAAAN0AAAAAAAABLQAAAAAAAADpAAAAAAAAAP0AAAAAAAABIQAAAAAAAgEZAAAAAAACAREAAAAAAAIBJQAAAAAAAADlAAAAAAACAQEAAAAAAAAA2QAAAAAAAAEhAAAAAAAAAOUAAAAAAAAA5QAAAAAAAADpAAAAAAAAAQEAAAAAAAIBAQAAAAAAAADdAAAAAAAAASUAAAAAAAABGQAAAAAAAADhAAAAAAAAANUAAAAAAAIBCQAAAAAAAgEhAAAAAAAAANkAAAAAAAAA2QAAAAAAAAERAAAAAAAAAOUAAAAAAAIBAQAAAAAAAADtAAAAAAAAAPkAAAAAAAAA+QAAAAAAAADxAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAEJAAAAAAAAANkAAAAAAAAA6QAAAAAAAAD5AAAAAAACAQkAAAAAAAABAQAAAAAAAADlAAAAAAACAQEAAAAAAAAA5QAAAAAAAADVAAAAAAAAANkAAAAAAAAA/QAAAAAAAgEVAAAAAAACAQkAAAAAAAAA3QAAAAAAAAD5AAAAAAAAANkAAAAAAAAA9QAAAAAAAADVAAAAAAACAQkAAAAAAAAA1QAAAAAAAgERAAAAAAAAAOEAAAAAAAAA3QAAAAAAAgEBAAAAAAAAAOEAAAAAAAAA+QAAAAAAAgENAAAAAAACAREAAAAAAAAA4QAAAAAAAAD5AAAAAAAAARUAAAAAAAAA7QAAAAAAAgEFAAAAAAAAANkAAAAAAAABNQAAAAAAAgENAAAAAAAAANkAAAAAAAABUQAAAAAAAgERAAAAAAAAAREAAAAAAAAA3QAAAAAAAADtAAAAAAACAS0AAAAAAAABFQAAAAAAAgEFAAAAAAAAAO0AAAAAAAAA3QAAAAAAAAD5AAAAAAACAREAAAAAAAABBQAAAAAAAAERAAAAAAAAANUAAAAAAAABCQAAAAAAAAD1AAAAAAACAQEAAAAAAAIBAQAAAAAAAADtAAAAAAACAQ0AAAAAAAAA2QAAAAAAAAEBAAAAAAACAUUAAAAAAAAA3QAAAAAAAgEdAAAAAAAAAOEAAAAAAAAA6QAAAAAAAAEJAAAAAAAAAQEAAAAAAAAA+QAAAAAAAADlAAAAAAAAAPkAAAAAAAAA2QAAAAAAAAD1AAAAAAAAAQ0AAAAAAAABEQAAAAAAAADxAAAAAAAAAQEAAAAAAAAA+QAAAAAAAAEJAAAAAAAAAN0AAAAAAAIBFQAAAAAAAAEhAAAAAAAAANUAAAAAAAAA4QAAAAAAAADZAAAAAAAAANkAAAAAAAIBAQAAAAAAAADVAAAAAAAAAOkAAAAAAAIBFQAAAAAAAAD9AAAAAAACAQkAAAAAAAAA5QAAAAAAAADVAAAAAAACAQ0AAAAAAAAA8QAAAAAAAAD1AAAAAAAAAOUAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAO0AAAAAAAAA3QAAAAAAAAENAAAAAAAAAQEAAAAAAAABBQAAAAAAAADpAAAAAAAAANUAAAAAAAIBDQAAAAAAAgEFAAAAAAACAQEAAAAAAAAA/QAAAAAAAADtAAAAAAAAAQkAAAAAAAIBGQAAAAAAAADdAAAAAAAAAN0AAAAAAAAA8QAAAAAAAgENAAAAAAAAAS0AAAAAAAIBAQAAAAAAAADpAAAAAAAAAPUAAAAAAAAA1QAAAAAAAADZAAAAAAACAQEAAAAAAAIBQQAAAAAAAADVAAAAAAAAANkAAAAAAAIBAQAAAAAAAAENAAAAAAAAAO0AAAAAAAABAQAAAAAAAgEFAAAAAAACARUAAAAAAAMBTQAAAAAAAgE9AAAAAAACAR0AAAAAAAAA5QAAAAAAAADxAAAAAAAAASEAAAAAAAIBAQAAAAAAAAERAAAAAAACARUAAAAAAAAA6QAAAAAAAgEJAAAAAAACAQEAAAAAAAAA3QAAAAAAAADdAAAAAAACARkAAAAAAAAA2QAAAAAAAgENAAAAAAAAAN0AAAAAAAAA5QAAAAAAAADZAAAAAAAAANUAAAAAAAAA+QAAAAAAAAD1AAAAAAAAATEAAAAAAAAA5QAAAAAAAgElAAAAAAAAAN0AAAAAAAAA6QAAAAAAAgERAAAAAAAAANUAAAAAAAIBEQAAAAAAAgElAAAAAAAAARUAAAAAAAAA1QAAAAAAAgEJAAAAAAAAAOUAAAAAAAAA2QAAAAAAAADVAAAAAAAAAS0AAAAAAAAA5QAAAAAAAAD9AAAAAAAAAOEAAAAAAAAA1QAAAAAAAAEBAAAAAAAAAQkAAAAAAAAA2QAAAAAAAgENAAAAAAAAASEAAAAAAAABDQAAAAAAAAE5AAAAAAAAASkAAAAAAAAA8QAAAAAAAADhAAAAAAACASEAAAAAAAAA7QAAAAAAAADhAAAAAAACAQkAAAAAAAIBAQAAAAAAAAEBAAAAAAAAAP0AAAAAAAAA4QAAAAAAAADlAAAAAAAAAP0AAAAAAAABCQAAAAAAAADtAAAAAAAAAPUAAAAAAAABAQAAAAAAAAENAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEhAAAAAAACAQkAAAAAAAAA1QAAAAAAAADVAAAAAAAAAPEAAAAAAAAA/QAAAAAAAAEhAAAAAAAAAQ0AAAAAAAABLQAAAAAAAgEBAAAAAAAAAP0AAAAAAAAA6QAAAAAAAgEBAAAAAAAAAPUAAAAAAAAA6QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBDQAAAAAAAAD9AAAAAAAAAQUAAAAAAAAA4QAAAAAAAADhAAAAAAACAQUAAAAAAAAA1QAAAAAAAAD9AAAAAAACASUAAAAAAAIBDQAAAAAAAADtAAAAAAAAAOEAAAAAAAAA7QA==</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=111" index="110" defaultArrayLength="1403">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="307.34" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="111.965" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1004.86" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="14968">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="14968">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAAAAOUAAAAAAAIBGQAAAAAAAAD9AAAAAAACAQ0AAAAAAAABBQAAAAAAAgERAAAAAAAAAPUAAAAAAAIBMQAAAAAAAAE9AAAAAAAAAREAAAAAAAABFQAAAAAAAgE5AAAAAAACARUAAAAAAAAA+QAAAAAAAADhAAAAAAABAVUAAAAAAAABAQAAAAAAAAD1AAAAAAAAAPEAAAAAAAABIQAAAAAAAAERAAAAAAAAAPUAAAAAAAAA7QAAAAAAAADpAAAAAAAAATUAAAAAAAABGQAAAAAAAgExAAAAAAAAAPkAAAAAAAMBUQAAAAAAAAElAAAAAAACAXUAAAAAAAABOQAAAAAAAgEBAAAAAAAAAT0AAAAAAAABBQAAAAAAAAD1AAAAAAAAAOEAAAAAAAABMQAAAAAAAgEBAAAAAAACARkAAAAAAAIBAQAAAAAAAADVAAAAAAACASUAAAAAAAAA+QAAAAAAAgERAAAAAAAAAPEAAAAAAAAA9QAAAAAAAwFJAAAAAAACAREAAAAAAAAA3QAAAAAAAgEdAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAEZAAAAAAADAUUAAAAAAAIBKQAAAAAAAgENAAAAAAAAAPUAAAAAAAAA5QAAAAAAAgEVAAAAAAAAAN0AAAAAAAABGQAAAAAAAAEhAAAAAAABAU0AAAAAAAEBVQAAAAAAAAEJAAAAAAAAAPkAAAAAAAIBGQAAAAAAAgENAAAAAAAAAOEAAAAAAAAA3QAAAAAAAgEJAAAAAAACARUAAAAAAAMBeQAAAAAAAAENAAAAAAACAQ0AAAAAAAIBFQAAAAAAAADpAAAAAAADAUkAAAAAAAAA3QAAAAAAAgEBAAAAAAAAARUAAAAAAAIBCQAAAAAAAAEhAAAAAAAAAO0AAAAAAAAA1QAAAAAAAgEVAAAAAAAAAPUAAAAAAAAA9QAAAAAAAAElAAAAAAACAQ0AAAAAAAABLQAAAAAAAgEtAAAAAAAAAPEAAAAAAAABCQAAAAAAAAD9AAAAAAADAU0AAAAAAAAA5QAAAAAAAADZAAAAAAACAQEAAAAAAAIBKQAAAAAAAgEBAAAAAAAAASkAAAAAAAAA/QAAAAAAAgEZAAAAAAABAVUAAAAAAAIBCQAAAAAAAAFNAAAAAAABAWUAAAAAAAIBNQAAAAAAAADhAAAAAAAAAOkAAAAAAAAA9QAAAAAAAAEdAAAAAAABgZ0AAAAAAAABUQAAAAAAAAFNAAAAAAAAANUAAAAAAAAA4QAAAAAAAgEJAAAAAAACATUAAAAAAAABCQAAAAAAAgExAAAAAAAAARUAAAAAAAIBDQAAAAAAAQGtAAAAAAAAATkAAAAAAAAA9QAAAAAAAgFlAAAAAAACAQEAAAAAAAIBLQAAAAAAAgEVAAAAAAADAU0AAAAAAAABDQAAAAAAAADdAAAAAAAAAU0AAAAAAAMBlQAAAAAAAADZAAAAAAACAREAAAAAAAAA6QAAAAAAAAEBAAAAAAACAQkAAAAAAAIBFQAAAAAAAgF9AAAAAAAAAOUAAAAAAAIBMQAAAAAAAgENAAAAAAAAgaUAAAAAAAABGQAAAAAAAADtAAAAAAAAAP0AAAAAAAAA+QAAAAAAAgEVAAAAAAAAASkAAAAAAAEBjQAAAAAAAAE1AAAAAAABAVUAAAAAAAIBAQAAAAAAAADxAAAAAAAAAPUAAAAAAAAA3QAAAAAAAgENAAAAAAAAAP0AAAAAAAAA+QAAAAAAAgE1AAAAAAAAAPEAAAAAAAIBEQAAAAAAAADlAAAAAAAAAO0AAAAAAAAA/QAAAAAAAgE5AAAAAAAAAOkAAAAAAAAA/QAAAAAAAgEFAAAAAAACASEAAAAAAAAA9QAAAAAAAADlAAAAAAADAU0AAAAAAAAA4QAAAAAAAAEJAAAAAAAAAPkAAAAAAAEBSQAAAAAAAAD1AAAAAAADAU0AAAAAAAEBSQAAAAAAAAD9AAAAAAACATEAAAAAAAABGQAAAAAAAADdAAAAAAAAARUAAAAAAAEBQQAAAAAAAAEhAAAAAAACAR0AAAAAAAAA8QAAAAAAAgEBAAAAAAACAQUAAAAAAAABRQAAAAAAAgFFAAAAAAACASEAAAAAAAAA1QAAAAAAAgEFAAAAAAAAAVkAAAAAAAIBKQAAAAAAAwFBAAAAAAACog0AAAAAAAIBIQAAAAAAAADpAAAAAAACAW0AAAAAAAAA1QAAAAAAAwFVAAAAAAAAARUAAAAAAAABBQAAAAAAAAD5AAAAAAAAAR0AAAAAAAIBCQAAAAAAAADdAAAAAAADAVkAAAAAAAEBRQAAAAAAAgEJAAAAAAACAREAAAAAAAABBQAAAAAAAgEZAAAAAAACATUAAAAAAAAA3QAAAAAAAADhAAAAAAABAVUAAAAAAAIBNQAAAAAAAgEJAAAAAAAAAN0AAAAAAAAA1QAAAAAAAAFNAAAAAAAAANUAAAAAAAIBMQAAAAAAAgFBAAAAAAAAAREAAAAAAAIBCQAAAAAAAAD1AAAAAAACAQkAAAAAAAIBFQAAAAAAAADdAAAAAAACASEAAAAAAAAA6QAAAAAAAAD1AAAAAAAAAWkAAAAAAAIBEQAAAAAAAwF1AAAAAAAAAO0AAAAAAAABNQAAAAAAAAEhAAAAAAAAAQUAAAAAAAABPQAAAAAAAAFNAAAAAAACAR0AAAAAAAABAQAAAAAAAAFtAAAAAAADAVUAAAAAAAABXQAAAAAAAAEVAAAAAAAAAPUAAAAAAAMBQQAAAAAAAAFpAAAAAAACARUAAAAAAAABNQAAAAAAAgEJAAAAAAAAAO0AAAAAAAEBbQAAAAAAAgEJAAAAAAAAAVEAAAAAAAIBDQAAAAAAAADhAAAAAAADAVUAAAAAAAAA/QAAAAAAAADtAAAAAAAAAUUAAAAAAAIBCQAAAAAAAAE1AAAAAAACAQEAAAAAAAIBHQAAAAAAAgENAAAAAAADUnkAAAAAAAJB4QAAAAAAAAERAAAAAAAAANUAAAAAAAEBeQAAAAAAAgEZAAAAAAADAUkAAAAAAAIBRQAAAAAAAgFJAAAAAAACAQUAAAAAAAIBFQAAAAAAAgFFAAAAAAACAUUAAAAAAAABRQAAAAAAAADtAAAAAAAAASUAAAAAAAAA1QAAAAAAAAD9AAAAAAAAANkAAAAAAAIBWQAAAAAAAAFRAAAAAAAAAPkAAAAAAAMBRQAAAAAAAAEBAAAAAAACASUAAAAAAAIBKQAAAAAAAAEJAAAAAAACAQUAAAAAAAAA2QAAAAAAAgEVAAAAAAAAAP0AAAAAAAAA7QAAAAAAAwGRAAAAAAAAAQEAAAAAAAIBDQAAAAAAAgENAAAAAAAAASkAAAAAAAAA4QAAAAAAAAEhAAAAAAAAAPUAAAAAAAABKQAAAAAAAAFJAAAAAAAAAPkAAAAAAAAA5QAAAAAAAAF1AAAAAAAAAT0AAAAAAAKBlQAAAAAAAAD5AAAAAAACARUAAAAAAAEBWQAAAAAAAADdAAAAAAAAgY0AAAAAAAABOQAAAAAAAgEpAAAAAAAAAQ0AAAAAAAIBGQAAAAAAAgEZAAAAAAAAAPUAAAAAAAIBBQAAAAAAAAEpAAAAAAAAAO0AAAAAAAIBGQAAAAAAAwFlAAAAAAAAAREAAAAAAAAA2QAAAAAAAAEZAAAAAAAAAOEAAAAAAAABfQAAAAAAAAExAAAAAAAAANkAAAAAAAABPQAAAAAAAAF9AAAAAAAAAPUAAAAAAAABHQAAAAAAAgENAAAAAAACAX0AAAAAAAAA/QAAAAAAAAEJAAAAAAACATEAAAAAAAMBtQAAAAAAAAEFAAAAAAACAQ0AAAAAAAEBVQAAAAAAAQFZAAAAAAAAASkAAAAAAAAA3QAAAAAAAgEhAAAAAAAAANUAAAAAAAABIQAAAAAAAADxAAAAAAACARUAAAAAAAABJQAAAAAAAADVAAAAAAACAW0AAAAAAAIBAQAAAAAAAADtAAAAAAAAAPkAAAAAAAKBiQAAAAAAAADxAAAAAAAAAQkAAAAAAAIBTQAAAAAAAgEBAAAAAAAAAOEAAAAAAAJBzQAAAAAAAQFVAAAAAAACARkAAAAAAAIBUQAAAAAAAgE9AAAAAAAAAPEAAAAAAAIBNQAAAAAAA4GhAAAAAAABAU0AAAAAAAIBBQAAAAAAAwFpAAAAAAAAAN0AAAAAAAEBUQAAAAAAAgElAAAAAAACAQEAAAAAAAABlQAAAAAAAgE5AAAAAAAAARUAAAAAAAABGQAAAAAAAgF5AAAAAAAAASEAAAAAAAABDQAAAAAAAgEBAAAAAAAAAU0AAAAAAAABBQAAAAAAAgEhAAAAAAACAR0AAAAAAAIBAQAAAAAAAADZAAAAAAAAAOEAAAAAAAEBQQAAAAAAAgEVAAAAAAACAQ0AAAAAAAJByQAAAAAAAgFRAAAAAAACAR0AAAAAAAIBbQAAAAAAAAEBAAAAAAAAASkAAAAAAAEBiQAAAAAAAAD1AAAAAAACATkAAAAAAAIBHQAAAAAAAAEpAAAAAAADAW0AAAAAAAABJQAAAAAAAwFNAAAAAAAAANUAAAAAAAMBUQAAAAAAAAEVAAAAAAAAAPkAAAAAAAABNQAAAAAAAoGJAAAAAAAAAXEAAAAAAAABAQAAAAAAAgFBAAAAAAACAT0AAAAAAAABEQAAAAAAAAFdAAAAAAACAUEAAAAAAAABBQAAAAAAAwFNAAAAAAACAS0AAAAAAAIBHQAAAAAAAAFZAAAAAAACASUAAAAAAAABCQAAAAAAAAFtAAAAAAACAQEAAAAAAAIBGQAAAAAAAADVAAAAAAADAVUAAAAAAAIBRQAAAAAAAgEFAAAAAAABAX0AAAAAAAAA9QAAAAAAAADVAAAAAAACAQ0AAAAAAAMBXQAAAAAAAADdAAAAAAAAAQUAAAAAAAIBQQAAAAAAAAERAAAAAAADAUUAAAAAAAIBfQAAAAAAAADxAAAAAAACATkAAAAAAAIBGQAAAAAAAAENAAAAAAAAAQEAAAAAAAABCQAAAAAAAgElAAAAAAACARUAAAAAAAAA/QAAAAAAAADdAAAAAAAAAO0AAAAAAAKBjQAAAAAAAADpAAAAAAABAVEAAAAAAACBnQAAAAAAAgEtAAAAAAACAVUAAAAAAAEBbQAAAAAAAAE5AAAAAAAAAO0AAAAAAAIBRQAAAAAAAAEBAAAAAAAAAakAAAAAAAAA3QAAAAAAAwFBAAAAAAADAVUAAAAAAAAA7QAAAAAAAADlAAAAAAAAAQEAAAAAAAEBYQAAAAAAAgEdAAAAAAACAXUAAAAAAAABKQAAAAAAAAEhAAAAAAAAAT0AAAAAAAIBXQAAAAAAAAENAAAAAAACAb0AAAAAAAMBZQAAAAAAAAFpAAAAAAACAQ0AAAAAAAAA6QAAAAAAAYGdAAAAAAACARkAAAAAAAIBDQAAAAAAAgEVAAAAAAAAASkAAAAAAAABDQAAAAAAAwFBAAAAAAAAAZEAAAAAAAAA6QAAAAAAAAFFAAAAAAACAVkAAAAAAAABHQAAAAAAAgExAAAAAAACAXUAAAAAAAIBVQAAAAAAAAD1AAAAAAAAAOUAAAAAAAABXQAAAAAAAAEJAAAAAAACAQkAAAAAAAIBMQAAAAAAAAERAAAAAAACAQEAAAAAAAAA7QAAAAAAAgEJAAAAAAACAUUAAAAAAAABFQAAAAAAAAD5AAAAAAACARUAAAAAAAAA1QAAAAAAAAE9AAAAAAAAAPUAAAAAAAIBDQAAAAAAAwFBAAAAAAAAAQEAAAAAAAABYQAAAAAAAgEVAAAAAAAAASUAAAAAAAGBkQAAAAAAAgElAAAAAAADAZEAAAAAAAEBVQAAAAAAAAD9AAAAAAAAAPkAAAAAAAMBbQAAAAAAAgEFAAAAAAACAS0AAAAAAAIBDQAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA1QAAAAAAAAENAAAAAAACAUkAAAAAAAIBGQAAAAAAAAEdAAAAAAAAAQkAAAAAAAIBAQAAAAAAAAFdAAAAAAACATUAAAAAAAMBQQAAAAAAAAEFAAAAAAAAARUAAAAAAAMBUQAAAAAAAAERAAAAAAAAAOkAAAAAAAIBUQAAAAAAAADlAAAAAAAAAR0AAAAAAAMBQQAAAAAAAgEtAAAAAAAAAOkAAAAAAAIBBQAAAAAAAgFlAAAAAAAAATEAAAAAAAABOQAAAAAAAQGtAAAAAAAAAOEAAAAAAAMBRQAAAAAAAAD5AAAAAAACAV0AAAAAAAIBOQAAAAAAAADVAAAAAAACATUAAAAAAAABCQAAAAAAAADhAAAAAAACAQEAAAAAAAABJQAAAAAAAAEhAAAAAAAAARkAAAAAAAABAQAAAAAAAADtAAAAAAACASkAAAAAAAIBVQAAAAAAAADpAAAAAAACAVUAAAAAAAAA4QAAAAAAAADxAAAAAAACATUAAAAAAAABHQAAAAAAAAEdAAAAAAADAUEAAAAAAAIBJQAAAAAAAAD5AAAAAAABAV0AAAAAAAAA7QAAAAAAAAENAAAAAAACAQUAAAAAAAABZQAAAAAAAgEdAAAAAAAAAWEAAAAAAAAA/QAAAAAAAADZAAAAAAADAUkAAAAAAAAA1QAAAAAAAADlAAAAAAACAQ0AAAAAAAABUQAAAAAAAADpAAAAAAACgaEAAAAAAAIBDQAAAAAAAAElAAAAAAAAAREAAAAAAAABUQAAAAAAAgERAAAAAAACATUAAAAAAAIBRQAAAAAAAwFlAAAAAAACARUAAAAAAAAA/QAAAAAAAgEZAAAAAAAAAQ0AAAAAAAIBDQAAAAAAAwFFAAAAAAAAAOEAAAAAAAIBcQAAAAAAAAFhAAAAAAAAAOkAAAAAAAAA5QAAAAAAAAERAAAAAAACARkAAAAAAAAA3QAAAAAAAADZAAAAAAAAAS0AAAAAAAIBJQAAAAAAAAD5AAAAAAAAAQ0AAAAAAAABTQAAAAAAAADVAAAAAAADAVkAAAAAAAABMQAAAAAAAAD5AAAAAAAAAS0AAAAAAAAA2QAAAAAAAADlAAAAAAAAAOEAAAAAAAIBIQAAAAAAAAExAAAAAAABAUkAAAAAAAAA9QAAAAAAAgEpAAAAAAACAU0AAAAAAAIBMQAAAAAAAAEJAAAAAAAAAQkAAAAAAAABIQAAAAAAAgERAAAAAAACASUAAAAAAADB+QAAAAAAAYGpAAAAAAACAWkAAAAAAAIBBQAAAAAAAgEBAAAAAAADAUkAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAQUAAAAAAAIBDQAAAAAAAADpAAAAAAAAAQkAAAAAAAIBFQAAAAAAAAERAAAAAAACARUAAAAAAAABBQAAAAAAAgFVAAAAAAACAT0AAAAAAAABGQAAAAAAAADhAAAAAAAAAPUAAAAAAAABGQAAAAAAAADhAAAAAAAAAPkAAAAAAAAA1QAAAAAAAAEJAAAAAAAAAP0AAAAAAAABRQAAAAAAAgERAAAAAAAAASEAAAAAAAIBCQAAAAAAAgE5AAAAAAABAVUAAAAAAAIBXQAAAAAAAAExAAAAAAACASEAAAAAAAABLQAAAAAAAADZAAAAAAAAAP0AAAAAAAIBIQAAAAAAAAD9AAAAAAAAAR0AAAAAAAABFQAAAAAAAADZAAAAAAAAAQUAAAAAAAABDQAAAAAAAAElAAAAAAACATEAAAAAAAAA+QAAAAAAAgE5AAAAAAAAAOkAAAAAAAABQQAAAAAAAADVAAAAAAAAAS0AAAAAAAAA7QAAAAAAAAENAAAAAAAAASEAAAAAAAIBAQAAAAAAAAD1AAAAAAACATkAAAAAAAIBBQAAAAAAAwFFAAAAAAACAREAAAAAAAIBEQAAAAAAAgERAAAAAAAAAN0AAAAAAAAA/QAAAAAAAgElAAAAAAAAANkAAAAAAAIB7QAAAAAAAADtAAAAAAACgYkAAAAAAAABIQAAAAAAAAEhAAAAAAABAYUAAAAAAAAA5QAAAAAAAADxAAAAAAAAASEAAAAAAAABJQAAAAAAAADpAAAAAAABgYEAAAAAAAAA7QAAAAAAAgENAAAAAAAAAN0AAAAAAAABJQAAAAAAAAD1AAAAAAAAANUAAAAAAAAA8QAAAAAAAADVAAAAAAAAAQEAAAAAAAAA9QAAAAAAAAEFAAAAAAACASkAAAAAAAAA1QAAAAAAAAENAAAAAAAAAPUAAAAAAAABJQAAAAAAAAEJAAAAAAACAT0AAAAAAAIBFQAAAAAAAAElAAAAAAAAARkAAAAAAAABEQAAAAAAAAD9AAAAAAAAASkAAAAAAAABCQAAAAAAAAEZAAAAAAAAAP0AAAAAAAABEQAAAAAAAADpAAAAAAACAQUAAAAAAAABDQAAAAAAA4GZAAAAAAAAAQ0AAAAAAAIBWQAAAAAAAADtAAAAAAADAVUAAAAAAAABBQAAAAAAAgEBAAAAAAAAARkAAAAAAAAA6QAAAAAAAADVAAAAAAAAAYUAAAAAAAIBCQAAAAAAAADdAAAAAAAAAPEAAAAAAAGCDQAAAAAAAgEdAAAAAAABgZkAAAAAAAABKQAAAAAAAgFJAAAAAAAAAP0AAAAAAAAA9QAAAAAAAgElAAAAAAAAANkAAAAAAAIBBQAAAAAAAADtAAAAAAAAARUAAAAAAAABFQAAAAAAAAE1AAAAAAADAUEAAAAAAAABDQAAAAAAAgEFAAAAAAAAARkAAAAAAAABAQAAAAAAAgEFAAAAAAAAAOEAAAAAAAIBNQAAAAAAAADZAAAAAAADAX0AAAAAAAAA8QAAAAAAAgEVAAAAAAAAAPUAAAAAAAIBOQAAAAAAAADVAAAAAAACAQkAAAAAAAAA3QAAAAAAAAD5AAAAAAAAAO0AAAAAAAABIQAAAAAAAAEJAAAAAAADAWkAAAAAAAABDQAAAAAAAQFdAAAAAAAAAS0AAAAAAAOySQAAAAAAAADtAAAAAAAAAR0AAAAAAAEB5QAAAAAAAwFdAAAAAAADAU0AAAAAAAIBBQAAAAAAAAE1AAAAAAAAAOEAAAAAAAAA7QAAAAAAAAFBAAAAAAACAQUAAAAAAAABHQAAAAAAAADpAAAAAAAAAQkAAAAAAAAA8QAAAAAAAADVAAAAAAAAAOkAAAAAAAIBQQAAAAAAAAD5AAAAAAACASkAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAQEAAAAAAAAA3QAAAAAAAgExAAAAAAAAATUAAAAAAAGBzQAAAAAAAAD1AAAAAAABAUkAAAAAAAABAQAAAAAAAgEdAAAAAAAAAPkAAAAAAAAA6QAAAAAAAgEpAAAAAAACARUAAAAAAAAA1QAAAAAAAAEFAAAAAAACAQEAAAAAAAIBSQAAAAAAAgEVAAAAAAAAAOkAAAAAAAAA5QAAAAAAAgEZAAAAAAAAAP0AAAAAAAAA6QAAAAAAAgEJAAAAAAAAAOUAAAAAAAAA1QAAAAAAAgEdAAAAAAAAAO0AAAAAAAAA6QAAAAAAAgEBAAAAAAACARkAAAAAAAAA+QAAAAAAAADpAAAAAAAAAPUAAAAAAAABVQAAAAAAAgEFAAAAAAAAATUAAAAAAAIBPQAAAAAAAAENAAAAAAAAAO0AAAAAAAAA9QAAAAAAAgE5AAAAAAAAAO0AAAAAAAIBJQAAAAAAAADdAAAAAAAAAOkAAAAAAAAA3QAAAAAAAADtAAAAAAAAARUAAAAAAAAA8QAAAAAAAAEJAAAAAAAAAQEAAAAAAAAA8QAAAAAAAgEBAAAAAAAAAO0AAAAAAAABQQAAAAAAAAEVAAAAAAAAARkAAAAAAAIBGQAAAAAAAADlAAAAAAAAAOEAAAAAAAABBQAAAAAAAADlAAAAAAAAAPUAAAAAAAIBFQAAAAAAAADdAAAAAAACAQEAAAAAAAABCQAAAAAAAADpAAAAAAAAANUAAAAAAAAA5QAAAAAAAAD5AAAAAAAAAOUAAAAAAAABEQAAAAAAAAD9AAAAAAAAANUAAAAAAACBiQAAAAAAAAEJAAAAAAABAVkAAAAAAAABEQAAAAAAAAEpAAAAAAAAATUAAAAAAAABCQAAAAAAAQFFAAAAAAAAAPUAAAAAAAABJQAAAAAAAAEVAAAAAAAAAVkAAAAAAAAA3QAAAAAAAADhAAAAAAACAR0AAAAAAAABCQAAAAAAAgEFAAAAAAAAAQUAAAAAAAABEQAAAAAAAAEBAAAAAAAAAP0AAAAAAAAA2QAAAAAAAgEVAAAAAAAAAP0AAAAAAAABTQAAAAAAAwFJAAAAAAAAAOEAAAAAAAABEQAAAAAAAADpAAAAAAAAAQEAAAAAAAABEQAAAAAAAgERAAAAAAACAUEAAAAAAAIBAQAAAAAAAAD1AAAAAAAAAQkAAAAAAAABAQAAAAAAAADtAAAAAAAAASUAAAAAAAABAQAAAAAAAgENAAAAAAAAAPUAAAAAAAAA9QAAAAAAAAEFAAAAAAAAAOEAAAAAAAABAQAAAAAAAgEFAAAAAAAAANUAAAAAAAAA8QAAAAAAAAD9AAAAAAACAS0AAAAAAAABEQAAAAAAAgEFAAAAAAAAAOUAAAAAAAABAQAAAAAAAAD1AAAAAAAAANUAAAAAAAAA+QAAAAAAAgEVAAAAAAACAREAAAAAAAIBTQAAAAAAAgEhAAAAAAAAAP0AAAAAAAABAQAAAAAAAADlAAAAAAAAAOkAAAAAAAABMQAAAAAAAgEZAAAAAAAAAQEAAAAAAAABHQAAAAAAAAEFAAAAAAACAQkAAAAAAAABGQAAAAAAAADZAAAAAAABAUEAAAAAAAIBFQAAAAAAAADxAAAAAAACAUEAAAAAAAAA7QAAAAAAAAD5AAAAAAACAU0AAAAAAAIBEQAAAAAAAAERAAAAAAAAAN0AAAAAAAABAQAAAAAAAAE5AAAAAAAAAQUAAAAAAAABBQAAAAAAAgEVAAAAAAAAASEAAAAAAAAA7QAAAAAAAgEhAAAAAAAAAP0AAAAAAAIBLQAAAAAAAAD1AAAAAAAAAOkAAAAAAAABDQAAAAAAAADdAAAAAAAAAPkAAAAAAAAA9QAAAAAAAAEVAAAAAAAAASUAAAAAAAAA4QAAAAAAAgEZAAAAAAAAANUAAAAAAAAA8QAAAAAAAADhAAAAAAAAAOkAAAAAAAABAQAAAAAAAADdAAAAAAAAAOkAAAAAAAABMQAAAAAAAADZAAAAAAAAAOkAAAAAAAMBdQAAAAAAAAD9AAAAAAAAASkAAAAAAAAA2QAAAAAAAAD5AAAAAAAAARkAAAAAAAABDQAAAAAAAAEJAAAAAAAAAR0AAAAAAAIBGQAAAAAAAADdAAAAAAACAS0AAAAAAAAA6QAAAAAAAAE9AAAAAAAAAR0AAAAAAAIBCQAAAAAAAAD1AAAAAAAAAPUAAAAAAAIBFQAAAAAAAAEpAAAAAAAAAOkAAAAAAAAA3QAAAAAAAADpAAAAAAAAASkAAAAAAAAA9QAAAAAAAADhAAAAAAAAAQkAAAAAAAAA7QAAAAAAAgEFAAAAAAAAAN0AAAAAAAABCQAAAAAAAgEFAAAAAAAAASkAAAAAAAAA7QAAAAAAAAEFAAAAAAACAR0AAAAAAAIBCQAAAAAAAADpAAAAAAAAAPUAAAAAAAAA3QAAAAAAAADhAAAAAAAAAQ0AAAAAAAABGQAAAAAAAADtAAAAAAAAANkAAAAAAAAA2QAAAAAAAAD9AAAAAAAAAQUAAAAAAAAA4QAAAAAAAADxAAAAAAACATkAAAAAAAIBAQAAAAAAAAE9AAAAAAACAQ0AAAAAAAAA9QAAAAAAAAEBAAAAAAAAAPEAAAAAAAABIQAAAAAAAAD5AAAAAAAAANUAAAAAAAABDQAAAAAAAADdAAAAAAAAANkAAAAAAAIBFQAAAAAAAgEZAAAAAAAAANkAAAAAAAABCQAAAAAAAADpAAAAAAAAAP0AAAAAAAIBGQAAAAAAAgERAAAAAAAAAOEAAAAAAAAA3QAAAAAAAADxAAAAAAACARkAAAAAAAIBEQAAAAAAAAEZAAAAAAAAAQUAAAAAAAAA+QAAAAAAAADZAAAAAAADAUEAAAAAAAAA9QAAAAAAAADVAAAAAAAAAPUAAAAAAAIBAQAAAAAAAADtAAAAAAACAQ0AAAAAAAAA3QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA1QAAAAAAAAEVAAAAAAACAQ0AAAAAAAABAQAAAAAAAADxAAAAAAAAAQEAAAAAAAAA4QAAAAAAAAD9AAAAAAAAAPUAAAAAAAAA3QAAAAAAAAD9AAAAAAAAAS0AAAAAAAABEQAAAAAAAAENAAAAAAACAQkAAAAAAAAA+QAAAAAAAADlAAAAAAACAQ0AAAAAAAIBGQAAAAAAAADhAAAAAAACATEAAAAAAAAA2QAAAAAAAAEFAAAAAAACAQkAAAAAAAABAQAAAAAAAAEFAAAAAAAAAPUAAAAAAAAA+QAAAAAAAAENAAAAAAAAAREAAAAAAAIBOQAAAAAAAgEJAAAAAAAAAREAAAAAAAABDQAAAAAAAADVAAAAAAAAAREAAAAAAAAA5QAAAAAAAAEBAAAAAAACAQ0AAAAAAAAA2QAAAAAAAADtAAAAAAAAAREAAAAAAAAA+QAAAAAAAAERAAAAAAACARkAAAAAAAIBJQAAAAAAAgE1AAAAAAAAAOUAAAAAAAIBKQAAAAAAAgEFAAAAAAAAAO0AAAAAAAABLQAAAAAAAAElAAAAAAAAAPEAAAAAAAAA/QAAAAAAAADtAAAAAAAAARUAAAAAAAAA+QAAAAAAAgEJAAAAAAAAANUAAAAAAAAA7QAAAAAAAgEpAAAAAAAAANUAAAAAAAAA6QAAAAAAAADpAAAAAAAAARUAAAAAAAIBAQAAAAAAAgEFAAAAAAAAAOUAAAAAAAAA2QAAAAAAAAEhAAAAAAAAAQUAAAAAAAAA+QAAAAAAAgEFAAAAAAACAQUAAAAAAAAA1QAAAAAAAgEBAAAAAAACASEAAAAAAAAA8QAAAAAAAADVAAAAAAACARUAAAAAAAABDQAAAAAAAADlAAAAAAAAAN0AAAAAAAAA+QAAAAAAAgENAAAAAAACAQUAAAAAAAAA5QAAAAAAAAD5AAAAAAACAQEAAAAAAAAA7QAAAAAAAADxAAAAAAAAAOkAAAAAAAIBAQAAAAAAAADVAAAAAAAAAQkAAAAAAAABBQAAAAAAAADhAAAAAAACAREAAAAAAAIBPQAAAAAAAgElAAAAAAAAANUAAAAAAAIBDQAAAAAAAADtAAAAAAAAAPUAAAAAAAAA6QAAAAAAAADhAAAAAAACAQEAAAAAAAAA/QAAAAAAAAEBAAAAAAACAQEAAAAAAAAA7QAAAAAAAADZAAAAAAAAAQUAAAAAAAABGQAAAAAAAADpAAAAAAACAREAAAAAAAAA/QAAAAAAAADtAAAAAAAAAN0AAAAAAAAA9QAAAAAAAADZAAAAAAAAAQEAAAAAAAIBAQAAAAAAAADVAAAAAAACARkAAAAAAAAA4QAAAAAAAAERAAAAAAAAAQEAAAAAAAAA+QAAAAAAAADhAAAAAAAAAO0AAAAAAAAA4QAAAAAAAADhAAAAAAAAAOUAAAAAAAAA9QAAAAAAAADtAAAAAAAAAN0AAAAAAAIBHQAAAAAAAgEJAAAAAAAAAPEAAAAAAAAA7QAAAAAAAADZAAAAAAAAAO0AAAAAAAABAQAAAAAAAADlAAAAAAAAAQ0AAAAAAAAA2QAAAAAAAAEJAAAAAAACAQEAAAAAAAIBBQAAAAAAAADVAAAAAAAAAOEAAAAAAAAA/QAAAAAAAQFRAAAAAAACARkAAAAAAAABSQAAAAAAAAEBAAAAAAAAAN0AAAAAAAABCQAAAAAAAAEJAAAAAAAAAPkAAAAAAAIBIQAAAAAAAADZAAAAAAAAAOEAAAAAAAAA5QAAAAAAAADZAAAAAAAAAOEAAAAAAAIBDQAAAAAAAADZAAAAAAAAAQkAAAAAAAAA6QAAAAAAAAEJAAAAAAAAAPkAAAAAAAABAQAAAAAAAgEpAAAAAAAAAOEAAAAAAAAA8QAAAAAAAADhAAAAAAAAAN0AAAAAAAABFQAAAAAAAAEhAAAAAAAAAN0AAAAAAAAA+QAAAAAAAADpAAAAAAAAANUAAAAAAAABJQAAAAAAAgEBAAAAAAAAAO0AAAAAAAAA5QAAAAAAAADhAAAAAAAAAN0AAAAAAAAA5QAAAAAAAADhAAAAAAAAAQkAAAAAAAAA9QAAAAAAAADtAAAAAAACARUAAAAAAAIBDQAAAAAAAADZAAAAAAACAQUAAAAAAAAA7QAAAAAAAADxAAAAAAAAAP0AAAAAAAAA+QAAAAAAAADVAAAAAAAAANUAAAAAAAABDQAAAAAAAAD1AAAAAAACAQkAAAAAAAAA3QAAAAAAAADdAAAAAAACAREAAAAAAAIBFQAAAAAAAADZAAAAAAAAAQEAAAAAAAAA9QAAAAAAAADtAAAAAAAAANkAAAAAAAAA4QAAAAAAAADVAAAAAAACAQ0AAAAAAAAA6QAAAAAAAADZAAAAAAAAAQkAAAAAAAAA3QAAAAAAAADlAAAAAAAAAQUAAAAAAAIBBQAAAAAAAgEdAAAAAAACAQkAAAAAAAIBAQAAAAAAAgEJAAAAAAAAAOkAAAAAAAAA4QAAAAAAAgEFAAAAAAAAAP0AAAAAAAAA5QAAAAAAAADpAAAAAAAAANUAAAAAAAAA7QAAAAAAAADlAAAAAAAAAOUAAAAAAAAA2QAAAAAAAADdAAAAAAACAQUAAAAAAAAA8QAAAAAAAgEpAAAAAAAAAOEAAAAAAAABDQAAAAAAAAENAAAAAAAAAOEAAAAAAAABOQAAAAAAAgEFAAAAAAABAUUAAAAAAAAA5QAAAAAAAADtAAAAAAAAANkAAAAAAAAA7QA==</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+			<spectrum id="spectrum=112" index="111" defaultArrayLength="1473">
+				<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1" />
+				<cvParam cvRef="MS" accession="MS:1000294" name="mass spectrum" />
+				<cvParam cvRef="MS" accession="MS:1000130" name="positive scan" />
+				<scanList count="1">
+					<cvParam cvRef="MS" accession="MS:1000795" name="no combination" />
+					<scan externalSpectrumID="1">
+						<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="307.678" unitAccession="UO:0000010" unitName="second" unitCvRef="UO" />
+					<scanWindowList count="1">
+						<scanWindow>
+							<cvParam cvRef="MS" accession="MS:1000501" name="scan window lower limit" value="97.4734" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+							<cvParam cvRef="MS" accession="MS:1000500" name="scan window upper limit" value="1002.81" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						</scanWindow>
+						</scanWindowList>
+					</scan>
+				</scanList>
+				<binaryDataArrayList count="2">
+					<binaryDataArray encodedLength="15712">
+						<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>AAAAAExeWEAAAADglZZZQAAAAKBYGVtAAAAAwPqFW0AAAADg1OBbQAAAAGCwhVxAAAAA4FIEXUAAAAAgRjpdQAAAAIBtRF1AAAAAgOiEXUAAAABAg8JdQAAAAIDXQV5AAAAAIHhGXkAAAADgs31eQAAAACBegl5AAAAAAErGXkAAAADAOgFfQAAAAOCIRV9AAAAAwAx/X0AAAADA/4hfQAAAAGC5vl9AAAAAACvDX0AAAADAVMZfQAAAAICyAmBAAAAAQHYjYEAAAABAX0BgQAAAACDRYmBAAAAAwJxwYEAAAABgzndgQAAAAGCcfWBAAAAAAEuAYEAAAADAi59gQAAAAAA2oWBAAAAAwDCjYEAAAAAgNr9gQAAAAODL0GBAAAAA4GbfYEAAAACgueFgQAAAAEBuAmFAAAAAwEgkYUAAAADA1j5hQAAAAGA9Q2FAAAAAwHZgYUAAAABAuX5hQAAAAKBSgmFAAAAAgLqjYUAAAAAgybBhQAAAAAC5vmFAAAAAIKPCYUAAAACATMRhQAAAACAC3GFAAAAAQK3eYUAAAABgB+JhQAAAAGDR/2FAAAAAACQDYkAAAABg1iBiQAAAAIC/PWJAAAAA4JhSYkAAAADg2F5iQAAAAAD6YWJAAAAAALpjYkAAAABA+39iQAAAACADhmJAAAAAwOifYkAAAADAGqNiQAAAAGAIw2JAAAAAIFvkYkAAAABg1P9iQAAAAMDtBGNAAAAAoDYjY0AAAABgcj9jQAAAAMDoQ2NAAAAAQLlaY0AAAACANV5jQAAAAACMYGNAAAAAoLRjY0AAAACgwn9jQAAAAMCihGNAAAAAgL+fY0AAAACALaNjQAAAACD0p2NAAAAAoBetY0AAAABAM7RjQAAAAAAsv2NAAAAAIPLDY0AAAABAYd9jQAAAAEAR42NAAAAAQDH+Y0AAAADA6wJkQAAAAKDqEWRAAAAAoLofZEAAAABgWSNkQAAAAEAtYmRAAAAAwC9lZEAAAABA33xkQAAAAOAbg2RAAAAAoBOgZEAAAAAAx6FkQAAAAMAbv2RAAAAAwN/BZEAAAAAAeuBkQAAAAKAA5GRAAAAAwM7wZEAAAABAZgFlQAAAAKCIIWVAAAAAYE9CZUAAAABgzl9lQAAAACBqY2VAAAAAQPBvZUAAAABAIoBlQAAAAEBWg2VAAAAAgPafZUAAAAAANaNlQAAAAGC+v2VAAAAAQIPfZUAAAAAgNONlQAAAACARAGZAAAAAwHYEZkAAAADgAB9mQAAAAEAqIWZAAAAAILlDZkAAAAAAp1BmQAAAAKB4YGZAAAAAwHtkZkAAAADgJoBmQAAAAMD/g2ZAAAAAgAqQZkAAAADAH5NmQAAAAMB8n2ZAAAAAoK+iZkAAAAAgo6VmQAAAAGBVvmZAAAAAAKzCZkAAAADAgMRmQAAAAGCw4GZAAAAAALDjZkAAAAAgQO5mQAAAAODdAGdAAAAAYBkEZ0AAAAAgHRFnQAAAACAEH2dAAAAAQEghZ0AAAABAZyNnQAAAACB3Q2dAAAAAwFJNZ0AAAABgs1BnQAAAAAC/Y2dAAAAAYNpyZ0AAAACgBYFnQAAAAIAug2dAAAAAIDugZ0AAAABA7KNnQAAAAEDxwWdAAAAAIIrPZ0AAAABgxtJnQAAAAGB/4GdAAAAAwKrjZ0AAAACAHfRnQAAAACBdAmhAAAAAQLARaEAAAAAAZCFoQAAAAAAUMmhAAAAAoOFeaEAAAACgQ2JoQAAAAKAMdGhAAAAAQNd/aEAAAAAg/oJoQAAAACA9nmhAAAAAALyjaEAAAACAu8BoQAAAAEBLxGhAAAAAwEHSaEAAAAAA+OBoQAAAACC55GhAAAAAQKwBaUAAAACg7AVpQAAAAEBkEGlAAAAAwCgdaUAAAAAg9iBpQAAAAEAXQGlAAAAAIPNDaUAAAAAgV2BpQAAAAOAIZGlAAAAAIPtyaUAAAAAAIoVpQAAAAKAqkmlAAAAAYGicaUAAAABAoqNpQAAAAMDLvmlAAAAAgOTCaUAAAABAqOBpQAAAAMBs5GlAAAAAQH/yaUAAAADAav9pQAAAAABZA2pAAAAA4I8eakAAAADgdSBqQAAAAODrImpAAAAAoGs/akAAAADAGkNqQAAAAGD0XWpAAAAAYNxiakAAAADgTmdqQAAAAGCKbWpAAAAA4AVzakAAAAAAbYFqQAAAAGD4lGpAAAAA4OOdakAAAACAB6NqQAAAAECOtmpAAAAAQKy9akAAAABADMJqQAAAACDVxGpAAAAA4OXdakAAAACgfuRqQAAAACDD72pAAAAA4Nz+akAAAADAcB1rQAAAAGBRJGtAAAAAIP00a0AAAABAUkJrQAAAAMBsYGtAAAAAIHBka0AAAADAYX1rQAAAACD/gWtAAAAAILOda0AAAACgsqNrQAAAAECpw2tAAAAAAK7da0AAAACAGuRrQAAAAGB+A2xAAAAAYBwTbEAAAACgTSNsQAAAAIBhMWxAAAAAIJpDbEAAAABAdVRsQAAAAAA8XmxAAAAAQNFhbEAAAAAAy2RsQAAAAACwcGxAAAAAIPZ/bEAAAABgcYVsQAAAAABrkmxAAAAAIAqebEAAAAAghaJsQAAAAKDEvWxAAAAAAGXCbEAAAACAQ+FsQAAAAOBj5GxAAAAAANXsbEAAAAAAywJtQAAAAODXEW1AAAAA4EodbUAAAAAAbyRtQAAAAKAKKG1AAAAAoGVBbUAAAADALkRtQAAAACBlXW1AAAAAICpkbUAAAACAyXBtQAAAAADLgG1AAAAA4LGDbUAAAADAl55tQAAAAEBwpW1AAAAAoCizbUAAAADAc8BtQAAAAMCUw21AAAAAIJnhbUAAAAAAAuVtQAAAAMAvA25AAAAAQFsebkAAAADATiJuQAAAAECDQm5AAAAAINpQbkAAAABge2BuQAAAAKBoZW5AAAAAQBmDbkAAAABgX5BuQAAAACDynW5AAAAAQJGibkAAAACg7KpuQAAAAMBws25AAAAAwPa5bkAAAAAA6cJuQAAAAKD33m5AAAAAACLkbkAAAACAS+9uQAAAAEDM8W5AAAAAIAb4bkAAAACAugFvQAAAAIAWHm9AAAAAYNQgb0AAAAAgDCRvQAAAAIC5M29AAAAAoFpCb0AAAABgb1JvQAAAAAAbXG9AAAAAIBVjb0AAAACADW1vQAAAACBUfW9AAAAAICaDb0AAAABAY6BvQAAAAKCno29AAAAAoM+/b0AAAABg3MNvQAAAAEBWym9AAAAAYOrdb0AAAAAg5ORvQAAAACBz8m9AAAAAIKz/b0AAAAAgMQJwQAAAAKBZBHBAAAAAoDwOcEAAAAAgshBwQAAAAACrF3BAAAAAQDwZcEAAAADAyiBwQAAAACA9KXBAAAAAgAwycEAAAADgBj9wQAAAACCLQXBAAAAA4CRHcEAAAADgkE9wQAAAAKB4UnBAAAAA4CFYcEAAAABALmJwQAAAAIC4Z3BAAAAAoNFucEAAAAAgxHFwQAAAAEC1c3BAAAAAYKJ3cEAAAAAABX9wQAAAACDlgHBAAAAAAB+CcEAAAADgeodwQAAAAEDBjXBAAAAAAHuScEAAAABgIpRwQAAAAODSmXBAAAAAACybcEAAAAAADaJwQAAAAODIrXBAAAAAoDGvcEAAAAAA07JwQAAAAIBwtXBAAAAAQE67cEAAAABAhcJwQAAAAMAdz3BAAAAAgBLRcEAAAAAgg9JwQAAAAAAc3nBAAAAAoJLgcEAAAADASfBwQAAAAGC58nBAAAAAAAL9cEAAAAAgCQFxQAAAAECGA3FAAAAAgAcKcUAAAABAaxJxQAAAAKBtH3FAAAAAwJkicUAAAADAOi9xQAAAAOAJMnFAAAAAoBg6cUAAAACAn0BxQAAAAGCWQnFAAAAA4ChKcUAAAACgpk5xQAAAAEBQUnFAAAAAIOxecUAAAADgA2FxQAAAAKCGYnFAAAAAIKppcUAAAAAgt25xQAAAAGAKcnFAAAAAYNt5cUAAAACAu35xQAAAAOCOgnFAAAAA4IeJcUAAAAAgV5JxQAAAAADgn3FAAAAAQJiicUAAAABg+apxQAAAAKD/rnFAAAAAwJaycUAAAABgYblxQAAAAOBpwXFAAAAAoPXCcUAAAABgl9BxQAAAAKDq0nFAAAAAwCDVcUAAAADA199xQAAAAMCS4nFAAAAAYEbkcUAAAABgqe9xQAAAAIDy8XFAAAAAQPIAckAAAADgkgJyQAAAACACC3JAAAAAYMAOckAAAAAATxJyQAAAAAAJGXJAAAAA4FUickAAAAAgAS5yQAAAAEDkMXJAAAAAQMZBckAAAACA5UVyQAAAACBCUHJAAAAAIFpSckAAAABgpllyQAAAAABfYXJAAAAAoKxickAAAABA0m1yQAAAAID7bnJAAAAAYGNyckAAAADgBIByQAAAAKDShHJAAAAAIJCRckAAAADAJ5lyQAAAACA0onJAAAAA4PKnckAAAADAEq5yQAAAAKDur3JAAAAA4EOyckAAAADgY7VyQAAAAIDkvnJAAAAAQJrCckAAAABgKdJyQAAAAGDx2nJAAAAAYOneckAAAADALuJyQAAAAADg8HJAAAAAoJH/ckAAAABggAJzQAAAACA2CXNAAAAAYIcQc0AAAAAAtBJzQAAAAOCtIHNAAAAAoBwic0AAAAAABSpzQAAAAABiMHNAAAAA4Isyc0AAAAAg3T1zQAAAAOD0QXNAAAAAgMRDc0AAAAAgAE9zQAAAAMCmUnNAAAAAQIdic0AAAADAC2lzQAAAAIADb3NAAAAAIIRzc0AAAACArHlzQAAAAKCyf3NAAAAAwGaOc0AAAAAAbJJzQAAAAGD7oXNAAAAAwDapc0AAAADAU69zQAAAAGDEsHNAAAAAANCyc0AAAAAAO8BzQAAAAIAQwnNAAAAAAIbOc0AAAADAjNJzQAAAAMAc3HNAAAAAAO/ic0AAAACgiPJzQAAAAACt9HNAAAAA4GX6c0AAAABAx/5zQAAAAABBAXRAAAAAgIIHdEAAAABAnhJ0QAAAAMB9H3RAAAAA4FQhdEAAAADAtSJ0QAAAAEA6KHRAAAAAQN8vdEAAAAAAmDJ0QAAAACCdOnRAAAAAoHFCdEAAAAAgO0h0QAAAAOB/UHRAAAAAoFhSdEAAAAAAkGF0QAAAAGC2bnRAAAAAgClwdEAAAADA5XF0QAAAAGCOc3RAAAAAIEWPdEAAAACg4ZB0QAAAAODOknRAAAAAIHmVdEAAAABAxJ90QAAAACDgoXRAAAAAIJikdEAAAADA6qd0QAAAAKDQrnRAAAAAYDqydEAAAAAgArx0QAAAAOCBwnRAAAAAIDfPdEAAAADAp9J0QAAAACCV4HRAAAAAgPPidEAAAACAm+Z0QAAAAOBl7nRAAAAAQJfydEAAAABAJvd0QAAAAMAs/XRAAAAAQK0DdUAAAACgbBJ1QAAAAOAQHnVAAAAA4IAfdUAAAABgSiJ1QAAAAIDiMHVAAAAAoKEydUAAAADgOkJ1QAAAAGAwUnVAAAAAAKpTdUAAAACgjFd1QAAAAGBoWnVAAAAAYPJhdUAAAACAx2R1QAAAACBEcHVAAAAAYLRydUAAAAAA2H51QAAAAIDQgnVAAAAAgFOPdUAAAABgspJ1QAAAACBZlnVAAAAAoJyidUAAAAAg87J1QAAAAGAPw3VAAAAAYFfRdUAAAABA8dJ1QAAAAMAA43VAAAAAAAzzdUAAAAAgOv91QAAAAMAXAXZAAAAAwPUCdkAAAABgvRF2QAAAAKApE3ZAAAAAAJQjdkAAAACAIy12QAAAAAAeMXZAAAAAIJIzdkAAAACA7D92QAAAAOByQnZAAAAAgMJKdkAAAABAYUx2QAAAAMB/TnZAAAAAwAZRdkAAAAAAb1J2QAAAAIAdYXZAAAAAwGRidkAAAACAGWl2QAAAAMBVbnZAAAAAYM1ydkAAAABA9IN2QAAAAEBah3ZAAAAAYNmKdkAAAADAUo52QAAAAIDzknZAAAAAoF+idkAAAACgt7J2QAAAAGCbu3ZAAAAA4EG/dkAAAABgSMN2QAAAAMDez3ZAAAAAQLnSdkAAAABg1eJ2QAAAAMDi63ZAAAAA4LXudkAAAADAu/F2QAAAAGA383ZAAAAAoD4Rd0AAAAAAGxN3QAAAAKDvGHdAAAAAoM8dd0AAAADg9B93QAAAAKBXIndAAAAAIPQjd0AAAAAgiyV3QAAAAABBKndAAAAAYKctd0AAAAAgii93QAAAACD1MndAAAAAwMlDd0AAAADAnE53QAAAAKDcUndAAAAA4DZed0AAAABgd2J3QAAAAGDicndAAAAA4KJ7d0AAAACgsoJ3QAAAAEANjndAAAAAoP6Pd0AAAACg0pJ3QAAAAGDElndAAAAAQPOZd0AAAAAgt553QAAAAEC9o3dAAAAAwICyd0AAAAAg6MF3QAAAAMBEzXdAAAAAoDzRd0AAAABAzNJ3QAAAAMCl2XdAAAAAQAred0AAAABAXON3QAAAAABH7ndAAAAAQGLzd0AAAACgkQJ4QAAAAGBnCnhAAAAAANEMeEAAAABA+A54QAAAAGAiE3hAAAAAwLkYeEAAAABAISN4QAAAAOBOL3hAAAAA4F8yeEAAAAAA6j94QAAAAABBQnhAAAAAINxFeEAAAABgh054QAAAAODhUnhAAAAAgGxbeEAAAAAA02J4QAAAACCZb3hAAAAAIBVzeEAAAACgrYJ4QAAAAAAsj3hAAAAAoMmSeEAAAADAopR4QAAAAKA1nnhAAAAA4AiheEAAAABAqKJ4QAAAACCVs3hAAAAAYKu7eEAAAAAAcst4QAAAAIDQ0nhAAAAA4OvceEAAAAAgUeF4QAAAAGCv5HhAAAAAYNjseEAAAABglO54QAAAAKCq8HhAAAAAgDvyeEAAAADAdv94QAAAAMDUAXlAAAAAoNkHeUAAAAAgew15QAAAACAtE3lAAAAAgK4deUAAAAAgwC55QAAAACDQMnlAAAAAwIA3eUAAAADArzx5QAAAAKDuQ3lAAAAA4K9OeUAAAACAZ1J5QAAAAACUY3lAAAAAoC5zeUAAAAAgWYN5QAAAAKDniXlAAAAAgPGMeUAAAACgepB5QAAAAKAek3lAAAAA4MuZeUAAAAAAE6R5QAAAAGDgpnlAAAAAYOmseUAAAABg27J5QAAAAMDawnlAAAAAYI3EeUAAAADgi8x5QAAAAIDkznlAAAAAQFHTeUAAAACg9dd5QAAAAICb33lAAAAAYOjpeUAAAACgMex5QAAAACBm8XlAAAAAwA3zeUAAAADA3fR5QAAAAMAG/3lAAAAA4IMCekAAAADAvgh6QAAAAODZDXpAAAAAYDQQekAAAABgsBJ6QAAAAADeH3pAAAAAYMohekAAAABgAS56QAAAAGBPMHpAAAAAAM4yekAAAAAg+zl6QAAAAIBZPnpAAAAAQJdDekAAAACg/016QAAAAMAIUXpAAAAAAEFTekAAAADASWN6QAAAAKBxaXpAAAAAAJVyekAAAAAAoXR6QAAAAOBtfXpAAAAAoG6AekAAAAAguIZ6QAAAAKBQjnpAAAAAIMaSekAAAAAATZ16QAAAACBAoXpAAAAAACykekAAAAAAqq56QAAAAGCXsnpAAAAAQMu0ekAAAAAAq8B6QAAAAMBZynpAAAAAIEPNekAAAABA0NF6QAAAAEDT1HpAAAAAIHrdekAAAADAPeB6QAAAACDa43pAAAAA4JrzekAAAADAov16QAAAAOABBXtAAAAAwOcOe0AAAADAtRN7QAAAAMCEHHtAAAAAgHYge0AAAAAgcCR7QAAAACCLLHtAAAAA4Loze0AAAABAkTx7QAAAAEBPRHtAAAAAwLNHe0AAAAAgFVN7QAAAACABVntAAAAAoLZde0AAAAAAS2N7QAAAAKA2Z3tAAAAA4NFze0AAAACgdH57QAAAACDZgXtAAAAAYJyEe0AAAADAgYt7QAAAAEAFlHtAAAAAQP+je0AAAABADa17QAAAAADDrntAAAAAYFewe0AAAABgrbN7QAAAAMDUw3tAAAAAAHvUe0AAAACAyuF7QAAAACDG5HtAAAAAQIbse0AAAABAO/F7QAAAACAPFHxAAAAAgNsdfEAAAAAAyyJ8QAAAAADpKnxAAAAA4OsufEAAAADgMjZ8QAAAAIBDRHxAAAAAIJpKfEAAAACgJlN8QAAAAMBYYHxAAAAAIMZjfEAAAADA/WZ8QAAAACCaanxAAAAAgBdvfEAAAACguXJ8QAAAAGAtdHxAAAAAAEKBfEAAAABAmox8QAAAACBJjnxAAAAAIPmQfEAAAACAbZR8QAAAAGB6nnxAAAAAAAqkfEAAAADg4LB8QAAAAAAhtHxAAAAAwIa6fEAAAACAu798QAAAAKAnw3xAAAAAwAfIfEAAAABAbMp8QAAAAKD0zHxAAAAAIDLUfEAAAABgtt98QAAAAIA/43xAAAAAwLPtfEAAAAAgkPR8QAAAACAVA31AAAAAIIENfUAAAACAOxN9QAAAAOApHX1AAAAAwGEjfUAAAACA7SV9QAAAAGB7Ln1AAAAA4OY0fUAAAACgkTl9QAAAAMCXRH1AAAAAAExIfUAAAACgqE19QAAAAACcU31AAAAAIPVifUAAAAAgKWV9QAAAACCban1AAAAAIN9wfUAAAABg/HJ9QAAAAOBXdX1AAAAAYI97fUAAAACAtYR9QAAAAODljX1AAAAAoDiQfUAAAABA6ZR9QAAAAIDYpH1AAAAAwISqfUAAAAAA4a99QAAAAEBNtH1AAAAAQBq4fUAAAABA7L19QAAAAMCsv31AAAAAIFDBfUAAAADA8MR9QAAAAEC5yn1AAAAAINbNfUAAAAAge9R9QAAAAOAw131AAAAAwG7ZfUAAAADA8tx9QAAAAGCQ5H1AAAAAoF7yfUAAAABggv19QAAAAGBeAn5AAAAAgOYNfkAAAACgxg9+QAAAAIAzFH5AAAAAgHEcfkAAAAAAeCF+QAAAAID2NX5AAAAAwDI/fkAAAAAgkUR+QAAAAIBaTX5AAAAAAIFTfkAAAABAzmF+QAAAAEAtZX5AAAAAwJ9vfkAAAABAlHR+QAAAAGD5fn5AAAAAwOGBfkAAAACAv4Z+QAAAAEDhkn5AAAAAgJWkfkAAAACg8ax+QAAAAOBWtH5AAAAAQAS3fkAAAAAA6b9+QAAAAGDXxH5AAAAAQO/TfkAAAADA3eB+QAAAAKAn835AAAAAYAj8fkAAAADgZQR/QAAAAIDDDn9AAAAAgN0Vf0AAAACAPxh/QAAAAMCINX9AAAAAoI1Ff0AAAAAg1kl/QAAAAADoT39AAAAAIKFTf0AAAABgmlV/QAAAAKBfXX9AAAAAIKRjf0AAAACAg2V/QAAAAMCQcH9AAAAAoGd1f0AAAAAgmoN/QAAAAGDUiH9AAAAAIIiUf0AAAABAWaJ/QAAAAABqpH9AAAAA4NSpf0AAAABA2LN/QAAAAMDqxH9AAAAAYMDTf0AAAAAAlfJ/QAAAAMAM9X9AAAAAoPACgEAAAACADwiAQAAAACB+CoBAAAAAwMAMgEAAAABArRCAQAAAACBvEoBAAAAAAKMWgEAAAABAMRqAQAAAAIC2H4BAAAAAYAYhgEAAAADgECKAQAAAAAA/KIBAAAAAQGwygEAAAADAzzaAQAAAAOCpN4BAAAAAoJA6gEAAAADgTD2AQAAAAKDSP4BAAAAAAGBCgEAAAADAn0qAQAAAAABFTYBAAAAAoKNSgEAAAAAgV1SAQAAAAOAUVoBAAAAA4PZXgEAAAABAw1qAQAAAAICRX4BAAAAAoIBigEAAAACA+2OAQAAAAICVaYBAAAAAYKZugEAAAABgl3CAQAAAACDFcYBAAAAAoHpygEAAAAAAtXWAQAAAAEA1fYBAAAAAIBuCgEAAAACA9ImAQAAAAGAHj4BAAAAA4DaSgEAAAACgapuAQAAAACBSnYBAAAAAAKSigEAAAAAgUqSAQAAAAIBgpoBAAAAAgMSngEAAAAAAbKqAQAAAACAtsoBAAAAAwGmzgEAAAAAANrWAQAAAAGB5uoBAAAAAwGjCgEAAAAAAJ8SAQAAAAGBTyYBAAAAAAGHKgEAAAADgh9KAQAAAAGA114BAAAAAoPLYgEAAAADAv9mAQAAAAICp2oBAAAAAANXhgEAAAAAgqeqAQAAAAICb7oBAAAAAYBfygEAAAAAAGfeAQAAAAMAu+oBAAAAAQM8BgUAAAAAATQSBQAAAAOBMBoFAAAAAwJYKgUAAAABA9hCBQAAAAODJGYFAAAAA4H0mgUAAAADAQCqBQAAAAMA4MoFAAAAAoLo1gUAAAADgQzqBQAAAAMDgP4FAAAAA4LhBgUAAAACA+UKBQAAAAEAPR4FAAAAAYMJKgUAAAAAgYVKBQAAAAICSVoFAAAAAIAhYgUAAAABgMVuBQAAAAIArYoFAAAAAIBZmgUAAAAAA6GmBQAAAAKAhcoFAAAAAINN2gUAAAAAg7HiBQAAAAOBFfIFAAAAAQO2HgUAAAACgRIqBQAAAAKDqjoFAAAAAQPeRgUAAAAAgS5aBQAAAAEAxl4FAAAAA4EGagUAAAACAg56BQAAAAAA6p4FAAAAAwMaygUAAAABgcLaBQAAAAECyuIFAAAAAQDa6gUAAAABgPb+BQAAAAOD4yYFAAAAAgD3LgUAAAABgddiBQAAAAIBV2oFAAAAAQLrfgUAAAABgweqBQAAAAADs7oFAAAAAoIDxgUAAAAAA0PKBQAAAAIAv+IFAAAAAAG36gUAAAACAEQCCQAAAACClAoJAAAAAwHAEgkAAAABgYQeCQAAAAKDkCoJAAAAAYHYOgkAAAACAwhGCQAAAAIBXE4JAAAAAIE4XgkAAAABA3BqCQAAAAEB9H4JAAAAAoGQjgkAAAAAguSaCQAAAAMBALoJAAAAAoBY3gkAAAADgQDmCQAAAAECpOoJAAAAAwLxGgkAAAABAs0qCQAAAAACtUoJAAAAA4JhXgkAAAADALFmCQAAAAMBeWoJAAAAAoMxggkAAAADAmWeCQAAAACDfaYJAAAAA4BFvgkAAAABgVHKCQAAAAGBGeYJAAAAAgE16gkAAAAAAIXyCQAAAAMCWgoJAAAAAABeOgkAAAACAA5CCQAAAACB1lYJAAAAAIKqagkAAAACgVKKCQAAAACBZo4JAAAAAYHKmgkAAAACAcqqCQAAAAECNr4JAAAAAoFKygkAAAACAgrOCQAAAAOBDuIJAAAAAIOW6gkAAAAAA/b+CQAAAAIBgwoJAAAAA4KHGgkAAAADgK8iCQAAAAKAfy4JAAAAAQDLQgkAAAADgxNOCQAAAAKAk2oJAAAAAgGTigkAAAACgyumCQAAAAOAc7oJAAAAAAOTwgkAAAAAAevqCQAAAAOAKAoNAAAAAYNAGg0AAAAAghgiDQAAAACCMCYNAAAAAwA8Lg0AAAABA8wyDQAAAACD7EYNAAAAAQKAag0AAAACgyB6DQAAAAEA/I4NAAAAAIMkqg0AAAADACDaDQAAAAGD3NoNAAAAAoLg7g0AAAAAAZECDQAAAAAD9QoNAAAAAAG1Rg0AAAABg11KDQAAAACDmV4NAAAAAoIBag0AAAAAAEWKDQAAAAMAiY4NAAAAAAEJug0AAAADglnCDQAAAACChcoNAAAAAgON2g0AAAAAAb3qDQAAAACBij4NAAAAAAIySg0AAAABABpaDQAAAAIAql4NAAAAAQLGhg0AAAAAgPKuDQAAAAEDMs4NAAAAAYNC+g0AAAACA68eDQAAAAKDfyYNAAAAAoH3Qg0AAAAAAr9qDQAAAAACN3INAAAAAwAbfg0AAAAAgOeODQAAAAECT8oNAAAAAoA/3g0AAAACgBvqDQAAAACDz/oNAAAAAoO4ChEAAAADghgeEQAAAAEDWC4RAAAAAQKEPhEAAAADgphCEQAAAAEChFoRAAAAAgIoYhEAAAABgiRqEQAAAAOBdMIRAAAAAYPkyhEAAAAAArTaEQAAAAMB1PYRAAAAAwE9BhEAAAACgk0aEQAAAAGDnR4RAAAAAYItWhEAAAADAIV6EQAAAAGDXYoRAAAAAwDBlhEAAAADgI2qEQAAAAEAEboRAAAAA4HxvhEAAAADAonCEQAAAAOAndoRAAAAAQGV3hEAAAABAP3qEQAAAAMAWf4RAAAAAYNOGhEAAAABgvI6EQAAAAMD6koRAAAAAoMeWhEAAAACgwZuEQAAAAODQoIRAAAAA4NulhEAAAACgJqmEQAAAACAfq4RAAAAAwPKvhEAAAABAPcKEQAAAAEBZyoRAAAAAgNLWhEAAAABAbN6EQAAAAIB14oRAAAAAoIPuhEAAAAAAVPeEQAAAAICU/YRAAAAA4MUGhUAAAAAAmAqFQAAAAODXDoVAAAAAgN8PhUAAAAAALhKFQAAAAEARGIVAAAAAAOoehUAAAAAgUSmFQAAAAOBnKoVAAAAAAKQvhUAAAACAUEqFQAAAAOBTS4VAAAAAQO1NhUAAAACgy1WFQAAAAEBsWIVAAAAA4DNghUAAAAAA6WqFQAAAAODnboVAAAAAoPtyhUAAAADgCn6FQAAAAIAVh4VAAAAAgP2ShUAAAAAA75SFQAAAAGDdnIVAAAAAwE6ehUAAAAAgDaOFQAAAAABOp4VAAAAAIH2vhUAAAABAKbOFQAAAAGBltYVAAAAAwJe2hUAAAADgNbqFQAAAAADfv4VAAAAAAEzChUAAAAAAtMqFQAAAACDUzYVAAAAAwH3QhUAAAACAwdOFQAAAAMA/14VAAAAAoPbdhUAAAAAAieKFQAAAAMC/9oVAAAAAYOH+hUAAAAAANRaGQAAAAICCHIZAAAAAIBonhkAAAADg+SuGQAAAACC3MYZAAAAAIFM7hkAAAACAhD6GQAAAAEBnSIZAAAAAwJZMhkAAAABAqlGGQAAAAGAsV4ZAAAAAgBNnhkAAAAAAQm6GQAAAAMAkc4ZAAAAAYHZ2hkAAAABgC4WGQAAAAKCRhoZAAAAAwFiOhkAAAACA95OGQAAAAIAfmoZAAAAAYMGchkAAAADAZ5+GQAAAAEATo4ZAAAAAQOCmhkAAAAAAtaqGQAAAAECCrIZAAAAA4LeyhkAAAADgKbqGQAAAAEAHv4ZAAAAAQG/GhkAAAADgTMmGQAAAAKDT3oZAAAAAYMDlhkAAAADgZOqGQAAAAIDM64ZAAAAAAAnyhkAAAACAEvSGQAAAAGBE+IZAAAAAQCX7hkAAAACggv+GQAAAAGDaAYdAAAAAgDUHh0AAAADAFRKHQAAAAMCvFodAAAAA4I8Yh0AAAABAhCCHQAAAAOBuL4dAAAAAwIU6h0AAAAAgPECHQAAAAADTTodAAAAAwN5Wh0AAAACgP2aHQAAAAACva4dAAAAAIHtuh0AAAABgSXKHQAAAAEArd4dAAAAAoCR7h0AAAADgLn+HQAAAAGAnhodAAAAAAGiKh0AAAACAR4yHQAAAAIB/j4dAAAAAwFqSh0AAAABgfpmHQAAAACDFnYdAAAAAwNSgh0AAAACg7KWHQAAAAKCPq4dAAAAAYFGth0AAAAAg9K6HQAAAAACYsYdAAAAAAPO3h0AAAAAAjLqHQAAAACA0v4dAAAAA4J7Ah0AAAABAUMKHQAAAAKCsw4dAAAAA4MfGh0AAAADgC8+HQAAAAGCF04dAAAAAIGXbh0AAAABg5t6HQAAAAOBG54dAAAAAgIPqh0AAAAAA/+2HQAAAAGBF+IdAAAAAAH8LiEAAAABATA6IQAAAAGB3D4hAAAAA4JsRiEAAAACg6haIQAAAAMCGIohAAAAAID8liEAAAABALCeIQAAAACA8KohAAAAAYFAziEAAAACgVEOIQAAAAMArRYhAAAAAQNpRiEAAAAAgQlWIQAAAAKC7ZYhAAAAAQPVniEAAAABgkHCIQAAAAECwcohAAAAAAKiAiEAAAACgL4SIQAAAACBPhohAAAAAoISgiEAAAADgDqqIQAAAAGBLtohAAAAAAPi6iEAAAABAS7yIQAAAAACcxohAAAAAAPTOiEAAAABAbuyIQAAAAED37ohAAAAAwGIKiUAAAACABxeJQAAAAIB6GolAAAAAAJAdiUAAAADgSB+JQAAAACAKJolAAAAAgNYxiUAAAAAAcTaJQAAAAOB+QolAAAAAIJFHiUAAAABAGEmJQAAAAKB2TIlAAAAAgBNWiUAAAADACFqJQAAAAMB+YolAAAAAIKpkiUAAAABgHWyJQAAAAOA3b4lAAAAA4Ah7iUAAAABgeY2JQAAAAAAjkolAAAAAQGCYiUAAAACAUp6JQAAAAKBasIlAAAAAoEu1iUAAAAAAIb6JQAAAAADhx4lAAAAAgMnKiUAAAABgxc2JQAAAAOAC54lAAAAAgELziUAAAAAAXfeJQAAAAMCw+YlAAAAAIC8IikAAAABgtxaKQAAAAEBWL4pAAAAAYPs3ikAAAACgsT+KQAAAACAhR4pAAAAAoLFVikAAAAAgi2yKQAAAAKBCcopAAAAAYNR0ikAAAABgUoiKQAAAAOAgjopAAAAAwAiXikAAAABgn6KKQAAAAEDprYpAAAAAwO+zikAAAABgtb2KQAAAACCAxYpAAAAAgLnfikAAAADgYgqLQAAAACDpEYtAAAAAQLsXi0AAAACAMhqLQAAAAGDaIotAAAAAwI8qi0AAAACgpDKLQAAAACCBTotAAAAAoB5Yi0AAAADARH6LQAAAAMATgYtAAAAA4Leui0AAAACgMbSLQAAAAOB+uotAAAAAYAzDi0AAAAAgIciLQAAAAAC2y4tAAAAAwLPPi0AAAABA+tyLQAAAAEA/54tAAAAAgPnoi0AAAADApP6LQAAAAOBAAoxAAAAA4GYDjEAAAABgQRKMQAAAAOCyFIxAAAAAoC4XjEAAAACgJh+MQAAAAKAAJ4xAAAAAwFUsjEAAAABAWjOMQAAAAMBCOoxAAAAAILhCjEAAAABAcVKMQAAAACDnVYxAAAAAoAljjEAAAAAgA2eMQAAAAECRboxAAAAA4KlyjEAAAACgxnaMQAAAAAAjf4xAAAAAgK+DjEAAAADgcIqMQAAAACANmIxAAAAAQHqcjEAAAACgGqKMQAAAAGBZsoxAAAAAAGO0jEAAAAAAGLeMQAAAAOBEu4xAAAAAADnOjEAAAACA39mMQAAAAODr6YxAAAAAIIPtjEAAAAAgHQGNQAAAAGBFA41AAAAA4GMQjUAAAACAsx2NQAAAAKDGHo1AAAAAoD0mjUAAAACg/i6NQAAAAECrMo1AAAAA4FE+jUAAAABAp0GNQAAAAGB/WI1AAAAAYPdajUAAAAAg7XKNQAAAACCBfY1AAAAA4KOKjUAAAABgKJCNQAAAAGB5k41AAAAAYMiXjUAAAABgKqaNQAAAACBNrI1AAAAAgGeyjUAAAADglNGNQAAAACA17I1AAAAAII3tjUAAAACAJvONQAAAACDpGI5AAAAAgJQajkAAAACAUyKOQAAAAEAJO45AAAAAgHE+jkAAAABgzFaOQAAAAIBxYY5AAAAAoLRjjkAAAADg93OOQAAAAOB5hY5AAAAAgDaIjkAAAACgpo6OQAAAAIAZlo5AAAAA4BeYjkAAAABAn96OQAAAAKBjEo9AAAAAQC0Wj0AAAAAAKBqPQAAAAIACK49AAAAA4GM7j0AAAABggVKPQAAAACB6Vo9A</binary>
+					</binaryDataArray>
+					<binaryDataArray encodedLength="15712">
+						<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS"/>
+						<cvParam cvRef="MS" accession="MS:1000523" name="64-bit float" />
+						<cvParam cvRef="MS" accession="MS:1000576" name="no compression" />
+						<binary>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</binary>
+					</binaryDataArray>
+				</binaryDataArrayList>
+			</spectrum>
+		</spectrumList>
+	</run>
+</mzML>
\ No newline at end of file
diff -r 91311aa08cdc -r 15646e937936 test-data/MM8.mzML
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/MM8.mzML	Fri Apr 07 07:35:01 2017 -0400
@@ -0,0 +1,6207 @@
+<?xml version="1.0" encoding="ISO-8859-1"?>
+<mzML xmlns="http://psi.hupo.org/ms/mzml" xsi:schemaLocation="http://psi.hupo.org/ms/mzml http://psidev.info/files/ms/mzML/xsd/mzML1.1.0.xsd" version="1.1.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
+<cvList count="2">
+<cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Vocabularies" version="2.26.0" URI="http://psidev.cvs.sourceforge.net/*checkout*/psidev/psi/psi-ms/mzML/controlledVocabulary/psi-ms.obo"/>
+<cv id="UO" fullName="unit" version="1.20" URI="http://obo.cvs.sourceforge.net/*checkout*/obo/obo/ontology/phenotype/unit.obo?revision=1.20"/>
+</cvList>
+<fileDescription>
+<fileContent>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+</fileContent>
+<sourceFileList count="1">
+<sourceFile id="sourceFile" location="Z:/tmp/bruker/MM8_2-F%2c1_01_5950.d" name="analysis.baf">
+<cvParam cvRef="MS" accession="MS:1000772" name="Bruker BAF nativeID format"/>
+<cvParam cvRef="MS" accession="MS:1000815" name="Bruker BAF file"/>
+<cvParam cvRef="MS" accession="MS:1000569" name="SHA-1" value="7ade07ca5f336a6e8378bd0ba9992528b1c766b5"/>
+</sourceFile>
+</sourceFileList>
+<contact>
+<cvParam cvRef="MS" accession="MS:1000586" name="contact name" value="Bruker Customer"/>
+<cvParam cvRef="MS" accession="MS:1000590" name="contact organization" value=""/>
+</contact>
+</fileDescription>
+<sampleList count="1">
+<sample id="sample" name="MM8">
+</sample>
+</sampleList>
+<softwareList count="2">
+<software id="exportSoftware" version="3.0.0">
+<cvParam cvRef="MS" accession="MS:1000717" name="CompassXport"/>
+</software>
+<software id="instrumentSoftware" version="2.3.40.0">
+<cvParam cvRef="MS" accession="MS:1000692" name="Bruker software"/>
+<userParam name="AcquisitionProgram" value="micrOTOFcontrol"/>
+</software>
+</softwareList>
+<instrumentConfigurationList count="1">
+<instrumentConfiguration id="instrument">
+<cvParam cvRef="MS" accession="MS:1000703" name="micrOTOF-Q"/>
+<componentList count="3">
+<source order="1">
+<cvParam cvRef="MS" accession="MS:1000073" name="electrospray ionization"/>
+</source>
+<analyzer order="2">
+<cvParam cvRef="MS" accession="MS:1000081" name="quadrupole"/>
+</analyzer>
+<detector order="3">
+<cvParam cvRef="MS" accession="MS:1000253" name="electron multiplier"/>
+</detector>
+</componentList>
+<softwareRef ref="instrumentSoftware"/>
+</instrumentConfiguration>
+</instrumentConfigurationList>
+<dataProcessingList count="1">
+<dataProcessing id="exportation">
+<processingMethod order="1" softwareRef="instrumentSoftware">
+<cvParam cvRef="MS" accession="MS:1000035" name="peak picking"/>
+</processingMethod>
+<processingMethod order="2" softwareRef="exportSoftware">
+<cvParam cvRef="MS" accession="MS:1000544" name="Conversion to mzML"/>
+<cvParam cvRef="MS" accession="MS:1000747" name="completion time" value="2010-12-14T14:45:43"/>
+</processingMethod>
+</dataProcessing>
+</dataProcessingList>
+<run id="run" defaultInstrumentConfigurationRef="instrument" startTimeStamp="2008-09-01T09:48:37.296+01:00">
+<spectrumList count="198" defaultDataProcessingRef="exportation">
+<spectrum index="0" id="scan=1" defaultArrayLength="1743">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="97322.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04999210" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7250.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.47036021" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.55373727" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0081" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8248">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3152">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="1" id="scan=2" defaultArrayLength="1708">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="98590.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04984548" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7064.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.79936816" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.95962133" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0137" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8072">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3116">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="2" id="scan=3" defaultArrayLength="1708">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="96425.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05049372" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7124.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="993.95915423" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.96275610" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0193167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3128">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="3" id="scan=4" defaultArrayLength="1747">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="97144.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05095196" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7067.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.75597159" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.97086379" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0249167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8260">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3184">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="4" id="scan=5" defaultArrayLength="1730">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94631.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05063156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6891.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.46938792" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.47387575" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0305333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8180">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndUD+4Xxxvae0g7CWl/Gooye79tWZlfhC9Ce6H4GX2VRLuMkpWQtGXvIjtF9spq709b8uuP17n3Oe9zn3PuPc+9zz3ZVub8/O9r51vNH51vKlQ6lyh/dxZR++mcOK7K+ez3auf9rbXOsqKNzrveNjpbjWtxvife5mxk3uZMmXbnvbbtzhvedThbGXQ6m1R1Ol9X73O21+h3LpAVwSMFUYw3EUNQpBjcVMShJzoITiqScOmUxHk9KdToSOOUhzRCmqUxXFcGm3plEKAsi4fDZVFoKIfFavIIeSGPoi/ymC6Ux84OBaTtUoRrlyKyZJWwMEQJcZ1K6JRXhnyiMmQUVKCroIrPvaqYoKSGQf1qSK9TR4nUYCQOHwzNzsGY2aOBUOEQuHZoYqKBFtYHaUHQroUrBtowaNeGQFkHp3t1sU9bD8rb9NAlpo94bX3kmehDq1sfdt0GaFEfitjfQ3G1YRhiJY3wdqgR9nQbIXnwcFzqG46fWiNw+vcIlCqMhFP7SFzebwyDfmMEdozCJ00TzO8wgWGPKT4NN8OUYDM8ajODhoI5dPXNsXebOSx6zKGhZYElZhYQVbLEYwNLiKdZ4t5vS8zttkJ0iAB+/QI86bZGu7wN1hrZ4PhvG4wzt0Wnny3mHbfFompboMsOB+tGo6hvNMq77FGu54B9tQ6w6XOAmM4Y7PcaA4/eMXAOHQvZ5rF4KuY4UHtHZPg54nO7IyZKOeFYgBOCep0QNnwc5M+Ng6BxHDaLjofMqPH4d8gE6ItMRK3VRNi3TESJziTcbp2E0UqTcWzbZLxqmoyKGmf87nVG/BbgQgew5Q8hZT0FcxqmoNhqKqx6pmKw9TS47ZiGlrZpuKo+Hct9piNHbAaeNM6AlORMCIfOxLXmmRgrPQsTgmcBjbNwQ2s27vjPxovu2bDRckGwwAXqO13QkOCCpmIXXG5xQYvmHNzZNgfFTXMwU3YuzARzcaNlLip05iHEdx6Su+Zhpcp8xNvNh1rQ/IGY+ZgrtwBBdgvwLmgBlrUvgI22K9IErnjo5grfLa5QFrqivXkhZm5ehN7mRTD1XIwDfYux1nIJ1jUuQbbaUnzsWYqr2svwv+BlSOtehuVB/0C+6R9Yjl6OyE3LEda6HPvsV6C7cQXeaa6EufVKCNpWwljFDe/93DCi0w0TdVYN5LcKEk2rcHXTarR3r4ab1hqsFKxBTuAajGhbg7dN/+Kp8lp8sFmLsqa1eN+9Fl83rBt4G+twcsx6FPWuR4adO9LWu2NHrTtG97pjseEGXN6yAd9EN+Ky90aMP74RS4QbUTtuE1a7b8Lzxk1oV/TAqiAPtP/0wFgtT0z19ETgGU88b/LESCsvpPt7obTdC6t0vHHRyRtv/bwR2uWNe6t8ELzZB+8afDBRxReCP75Q8/LD1jY/eJj4Y4WXP4Ji/KFb7Y+fZgFoCw/AktoAWPQHYOrgQEx2CsRG30CYngjEcJEgnLIMQuPaIKyvD0Ks52YkVG2Gn+gWlJpsgbnfFvxu2AKnUVvxc8pWaHhvhaBmK46LBOOGTzC82oNxzy8EUUkhqP4Wgj+9IbiouA1j/bZBLXYbTv7YBoOubUjW2g7XydvRtXE7vtVux/Xe7YiY/j9crf8f6gJ3YE7CDnxq3wE31Z1I+LUT/eN24Zf7LoT93AUx+d24a7AbH+13I3brbhjG74bsyd2IvLIb/Z27cU0mFJ5DQ3HCKhTrgkJRcSUUvcJQxCv9h2N2/+F24H/Ii/8PScUD564BxPfghcoePLbdg/igPfgTvwceBXsgVbQH09v2YGb/HvzVCMMW6zC8WhIGheAwXIkOg/3JMKRfDAM/hiGvLwyRhuE4ZReOO8HhuHwsHPOuhiNZGA4F+70QBu6FV9heVCftRdzJvVC4she+vXvxxjICT7dGwOFEBCoLIrBeGIG5ivvwwHAfRG33Ic55H+wD9qFi9z7sP7gPIoX78M+TfTj8bh8+C/fByjoSVZsjsSAtElKtkUj/Gwlbq/2YEbAfaSn70ZO7H7Jt+5GrdAB3BQcw2P8ApI4fwOX8A3D7ewC/xaOgbByFCTZRCAyIwutzUajIj4K6MAqlRtHws4/GmKXRsA6ORldyNBpuRGNhazT+isfAzToG1VNiBvosBs92xsA6LQb78mOg0xaDLoNY/AiIxfc9sfgnJRYT8mLh3RWL7TJx2GUZhw8BcRArjIOpMA5jHeIRFhiP+NR4rL8cj6CueNjIJQz0VwLW+CegLCsBItcTcFeYAFHxROQrJcLHIhHeAYk4XZCIN22JWOqUhKqpSZiwOQlyx5KgU5AEtiXBtz8JGbYHsSfoIPoPH0R0wUFYth6EuNUhnPc/hO3hhyCdeAg7cw7hdPEhuLQdgr/9YbwIPIwp8YfRWHAYzu2HUSY4AgccQUjAEXw7cgQWbUcwWyYZq7WSMc0mGWEByajMScagtmS4OaYgxz8FgsQUPCxIgV5rCo4qHEWH6VEU+B7Fi+NHoZl7FJfbj8JfPhU3rFOh7J8K37RUlJelYlZjKkT6U5EgOIbSgGN4d/gYXC4ew1/hMYwechza1sex0f846lOOY/nF4/B7eBxfhcdx0+wEzvmdwOfIE0gqPIFJ9SewtPMEJCVO4ojVScwOOInYxJP4lX8SY+6chI7wJJZqnIKjzSks3HwKhsdOQebCKei3nMJ8uzQU+qUhc28aalPSIDibhoKCNNQL01DqdxoP9p/GmFOnoV54GouaT+OvVjrkrdPx1SMdR0PScf9EOr7npKO5OR2uMmfQKziD6wFnsCblDKQyz2D9lTP40XwGzrZnMSbgLI7lnIVb04Cvcw7Zludwy/8civPOYXfLOSy3yoBiQAbunchAc34GLjVnYPKg83g85Dy+mJ+Hzubz2J94HqNzzyOz/TxslDMRbpWJU/MzMSggE/lnMuHblInEIRdQbnYBVvMuYLXvBWgcvgDnpgtI6riA7QpZSDbPQoFLFsx8s7DqQhZiirMg3ZSFl1bZOO+XDf+UbDzPy8ajhmzk+udg7H85eHA0B0eKcmDXkoPfYrmIHZKLI4JclPnmQvq/XBTm5eJeay4OS+UhXCMP6dZ5yPPOg3VeHqTa8hBvnQ8dn3xkRObD70w+HB7mw02Yjw+WBej3LsDulAIk5BXgRmUB3rUUwEH2IqaZXMR834vYdPTiwD0X4dJxEe6WhQj3KcShE4U4cKEQIa2FiNS4hFtml6A97RKUfS/B8PAlvMi6hFUPB6i9hNFdl/DY7DJu+17G5v8uY3beZZwRXsZh3Su4NPoK9gZcwbvQK1ibdQUdzVeQ1XcFKwRXIeRVpPlehWbSVUzPvors5qsI076GWabXsM33GgzDr+FB1jW8bb2GU6bXMc7nOuTOXseQ/Ov40HQdawxvwEhwAyWON6DpfQPmO29g0ZEbuNp8Ay6CmxiOm9jkfRNh+TcxuOkmyk1v4bvPLUyNuYVV2beQ2noLXWq3EWl3Gwq+t/Ez6jb0c24joeU2PljcgYfXHYRH3cGwjDs4XXQHRs13kGNyF/8LuIs3F+7iYONdHJW5B4HePcy2uAdnj3voi72HkPP3IPP4HrIa70FDuwgxxkXoQRH8txThyLEibMwtgk1tEcZOLMZSn2KMOF2MSVnFyPpYjOKGYqTJ3Yev2X28D7iPkkP3sfDcfaxovI8/Kg+QPeoBQrwfYGbuA7jXPsDYjgfIF5Rgkk8JXh8sgWd2CRxrS9DSUwJRnYf4n81DrOJDuHo/xMoLDzGs9iG07B4hyfMR5gQ/QtWxR7iY9Qhd9Y/gJngMD//HCDz0eGD3e4xS9Sdo934CnUNPsDLzCeSrnsC/7Ql2mT+FyPSn0Fz6FA3eT7HvyFMoZT1F6vWnA/vOU6TrPkO11TOYr32GWwHP0Hj4Gd5lPYPUw2cDNXsGadPnyPF6juUnn+NtznNsb3qOtVqlaLcsheHUUjz3LMX9XaU4eLoUb/NKodNQiivWL/DM8wWOHXyB63kv0PfrBWZYlWGIdxl0csuQ0FyGcEE5RniWI2V/ORoulKOlpBxJLeW4qfkSYZYv8T/Pl5gQ/hLtF17Cp+4lrgteQX/5K3T6v8LcI6+wLesV9ha9Qk3DK2ioVGCRcQU03Ssw2qsCEuEV0MitwMy6CsipvcYj89dQ9H+N4fGvsT3vNcqrX8Oo8zUSLN7gwKY3mB71Bv/mvUFpyRvMrH2DB0PfwtL2Lcw3vcXZw2/hePYtHue/RWHDW6iNeIcKr3coPPgO/ZnvkHftHSLq3qHa4D3CBO/R4vEeNS3vMcrqA1Q9PmBZ4gdsz/2AmNoPcBj1EW6eHzE58yOCaz5ibt9HjLf+hB1zP8HG/xPmxn1CT84nTK/7hFTlz9g24jN2b/qM8VmfUVn/GY7mX3B60xekZX/B1rovEMNXcNNX+GZ8hfTrr1Cp/wpv9UroW1TiqG8lbkRU4vPxSry8WonGkkqI1VRCo6MSGWbfoDr+G957fBuI/Qa15m8Ya/kdEZ4DHP0Og+zvUL3+HcfrvqNZ4Qc2WP/AU/cfqIz6AZ30HwOz5wes1H7imMlPVE37CdENP+F09idW3v0J19qfmGn7C4Ubf6H7yC+oZ/yC27Vf2Fz3C9L6VdC1qcLGqVXw3VAFh51V2BFXhcenq/CougonOqtgZFYNa89qjIyuxpwL1dhaW43f9jVI8qjBpbgaJJ6rwaZPNfhQX4PHvTWQNqtF26ZaqEbU4ntGLdSe1KKmrhZCtTosH1mHVPc6uBfWweteHX7W1SFEth5DrOqRv6EeutvrsS6nHhIv67HoV/3AnG1AtGUDkqY3QMmjAfuzGyCsa4C1UiPuj2nE8zWNSDrTiKOPGxFR04hr2k1Y59GE7XFNyDzThLbGJngMa4alezPGXm3G5PoBa9yCqvUtMNzfgrxzLUh91oLKXy2IUm7FNKNWuHi0oud8K/5tbsXvdW2oy2lDxPc2uCgIcWC4EKKbhJh8TogZd4WQqBNCrF+IZOV2zPZoR0RoOzbsb0fS6XakF7Rje1E7njW0w9y4A4mTO/BxQwcc0gf8+g5ky3fiq20n3Dd24p/9nYg83YmHNZ1YqtCFWJMuiDl0odOnC7Y3ulD9vQvHmrugot2NMs9uXMrsRqlUD75t6MGC3B4su9+D6roepJv0YpZ3L9SjevH1VC9W1PUiftxvhG38jV1JvzHxzG+Mf/obPVW/UW3Whx2+fbi1vw9BJ/sw42YfLKr6MPlvH57q/MF7sz+w2vAHi87+QV3RH+R8/YNWo36cm9GPgrX96DvVj7rsfmQW9ePHj37McPyL6uV/8XfTX2xL/Atc/Qu1yr9YIyHC7Woi3Goown9Gi7BivgitgkXo9p8IC6JEeCVVhGaXRXi+TISln0UYLhThczlR5umIcpadKKdBlDcXidI1QJQbUkRpnCdKu9ei1O4RZaSSGOP0xXjZQYznZ4vRdJEYN6wRo/wWMY6KE+O+o2L0zhNjyWsxDvoixq8tYgzpEeMJSXHq6ovzs0CcscvFKe8uzs7N4uyOFuf2I+IcWSjOuDJxnmgVZ06POPPVBjHNdhBPTBvEuW6DaOs/iA57BzE0bhDnpwzix/xBnFUxgHAQj0pL0MdOgikLJPh6jQTHBElwcYIEa09JUPSSBFUfSDDglQRP/5Dg0RYJ+opJMkhZktONJBlgJckd8yQ5b6UkHfwlueWkJJ/lSbL3kSTlyiVZ91OSq4SSjFSR4mB9KcraSXHYXClaL5Hil9VSbAmS4prdUjyZIMXyVCnOLpTi7xYpUlqablrSvGklzZZ50szzl2b5MWkyV5pnbkhz/gNpjnkrTddf0oxol6aYjgzP2cowdokMpdbJMNtHhnqnZShdIEPxIhkWv5Sh8JcMh7fK8MhvGUaryvKHgSx17GXp5irLVD9Zem6XZVScLHeky1KiQJaPKmRZ+UGWJm2yVDCQ4whbOR5ZIke5NXI85SfHhzFyjM+T47ibclzzWY6H2uTo1C/HNg15rjeSZ7eFPIXL5GmyVp6tAfIcFSHPceny7CqQZ8lbeXr9GtBb5DlLRYGXhyuwdowCd81WYMQyBS5bq8AjXgoURChwSu6AXq7ApkYFThRXpJSBIt9YKxILFSkToMhpexS5IFuRhnWKHNaryNbJSlzvosS6QCU+SVDi/FQliuYpcewNJZpVKPF4mxIjbZRptFKZqhuUqRw3QIYy39Up86+4CkNUVCi0UWGVqwpHrFRhuZcKIwpV+G+ZCue1qTBaVJUtGqq0tFRlzQJVvvFX5YdYVb7LV2VRuSqvfVDl1O+q3NumyuXSakyxUqP8AjXGuKvRerMae0PVqH1gwM9Vo0GdGrU61Kirqc7dM9QZtVSdk4PUmR2rzqnJ6jQsUOcL9cFssRjM+VMH02f1YD4qG8w57wez7NdgvmwbzAfKGtxpqcGT0zS4eJkGP67TYESABn2yNbivVIMTWzX4XGwI/wiGMNN3CDMODKFV9hCueDuEZc1D+EhRk+OtNPlooSaHBmnyVLQmoy9qUlmoyVQtLfaYa3FnpBar87UYU6/FBWra1LDSprKjNhV8tDklRpttt7QpoqBDA4EOj/rr0CJKhytSdGiWrcOpT3Ro+k6Hml0DurouG2x0WeCkyy3rdentq8trB3V5PVuXafd1KflNl4dE9eirosdqSz3GOehx7UQ9GizUY623Hh3D9fgoX4+DS/V4tkOPUrb6VKI++a8+r23R5+pkffrn6/P2M326vNZnt7IB3Q0NeNXGgKfnGLA3wYC7cwwY9cKAmnUGjBgylHLmQ7kgcCidLw+la8VQ4utQbjEwpLyNIQ9MMuS3GYY0TDZkQo4hP9cb0k5xGM8LhnHFwmEcu2YYNTcPY3LaMGrlDGPti2GUlDHidTMjznMxYo6HEccEG7H4oBHf5BkxoMyIplVGVG0zYpDCcP6eOZxTo4dzy8PhnLBwBIVeI9iwdQQdskbwbMUIPv00glWtI7h22kguXTSSV0JHMjp7JI2KR/LZi5H0bB/JXFljGlkY88lKYxp7GdM2xpglOcZc88qYqe3GXDBuFBO3jeKPvFHsfjaKu9+PYnPTKB5QMGGziQmT7U14aakJZTaasDLAhP6hJqzINOH7jya0bzVhx2BTmpqbMsjFlOO9TNlaYMpPJaY88cqUP7XMeNjCjKMmm7FlphlTfMxYHGXGjAtmnNdgxqXS5lQxM+eiJea84GXOr1nmPPPBnIoN5rxsZkGViRac5WVByYsWLHpowbGtFrymasn3jpaU9LdkUpIlz2dbctwjSxp2WfLLICteV7BisqMVZRZZcZG3FSVCrViSa8Wz5gKq+gh4PFJAk8cCOn0V8FeDgBCz5mQba4bOsmZ4rjVXDbPhNwsbjnC24QVPG3YG2rDnwAApNuzIsqFtsw1nSdmyfqEtD66z5Tt/W55PsKVTpi0vltlS3tyOTTPtOHuRHTM22lFvnx3/O2/HOU/sOGH9aFZtGc3i8tE8ZWHP5bRntp89HRPsWZVpz0E37LlCwYFtax0YGuDAXbEO/JXhQJ1CBy4vG7A1DrScPIZPI8aw33os93Isbd+M5StTR7b4OtIm0ZGuZx2ZnuPIPX2OnG/mxAB7J7bDicaLndi70YmbzzjxxLBxFLUcx5ol4zh03nh2e47n7JDx3PV8PJsUJ9DLYgIzxCby4oaJPCYyiQ/MJzFm8SQu2jaJ9ecm8XDbJE7YOJmK1yZzbcNkzpjmzDWezgwxBpfZgYozwXPl4Bofsn4HOSWRLKoh3/eSJvJTuGfkFFpFT2Fx1hSOrJ/CZ+pTmX52Kp80TqWO+TS+9Z9GRkxjUO80BitMp7PPdAZHTKfF/ekcIjWDmaNm8EDuDPYsnMkUz5nUap7JMuVZ/Oo+i5qBs3hYOIsmZrO5cJQLu9e5MCrFhS9nzeVV77k8cWcu8XQuY+rmMuPiPK5+MY/bNs3n+YL5XFMzn59VXOln7crgqoX0l11ExdmLGea2mAvvLuYhk6W8GriUunOXcdC3ZXTZ8A8XzljO9I0rmTDFjdeWutGoZBWL+1ZRaLKaqdGrqW/6L0eFruXHe+u50dWdf9e580X8Bg69u4F1Nh5MmOPJB5e9qDXFm0Zrvfkw2Yda9T5srPRlpYIfMxL9OOphALXGB1LyUCDH9gXR1HQzN9VvGfg3tjLBLJiN4cEsWBDC4oxtrHy6jbJftvH/jeuYBg==</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3124">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="5" id="scan=6" defaultArrayLength="1708">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="96093.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05001313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6693.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="994.75592178" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.03667117" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.03615" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8084">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3100">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="6" id="scan=7" defaultArrayLength="1692">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="95084.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05057195" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7269.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.64438953" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.27261826" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0417667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7988">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3072">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="7" id="scan=8" defaultArrayLength="1747">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="96124.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05024573" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6970.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="997.04586465" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="98.92971484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0473833" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8256">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3160">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="8" id="scan=9" defaultArrayLength="1758">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="99294.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05006318" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7280.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.60048171" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.96644244" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0529833" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8304">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3228">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="9" id="scan=10" defaultArrayLength="1688">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93886.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05029788" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6659.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="989.77740642" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.96504125" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0586" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7992">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3040">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="10" id="scan=11" defaultArrayLength="1706">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94572.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05029416" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7434.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.18929354" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.95582537" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0642" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3076">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="11" id="scan=12" defaultArrayLength="1677">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93631.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05079710" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7687.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.60617069" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.96511691" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0698" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7924">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3044">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="12" id="scan=13" defaultArrayLength="1655">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91499.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05043945" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6981.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.20064402" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.52322985" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0754167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7812">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3004">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="13" id="scan=14" defaultArrayLength="1689">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92041.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05045600" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6573.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.99655364" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.52231960" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0810167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7972">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="14" id="scan=15" defaultArrayLength="1691">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93660.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05022874" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7081.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.17973913" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.17462961" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0866333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7992">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="15" id="scan=16" defaultArrayLength="1702">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93632.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05073541" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7319.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.10344156" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02274428" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.0922333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8044">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV1VYFmoTpLtDuiSlJBURixlRROXYiccmpME8vx1gICUgKDbSKWIndmBjFyhI1wci5c/FPrM7e7HvzTs7myH7zf27UpX7k6Zq920dde66fQ3uK982uesKtbsfsG53f+0gcH/3q9P9tVWX+1a13+4b6n+7f1Psdpex7Haf2/fHvdykx13cp9fdrbrX/aJqn7tMdb+7rfqA+6z6v+7BUkKwlxVGWLwwYpREcMNSBDNERRFvIYoOITH82yUGfVVx3GmTQKWoJNJ0JVGmJAWfRCncb5aCto40FgmkUSsng+sGMrgWIQMhfVks6JOFqLIcrr+TQ02nHDKM5VG9XR47uuTR1a0Any5F9MspYdkWJcTIK8MjShmUV8G/oqrolFRDmqYadoqpY7lAHRfFNPCzQwNXJDShItBEmIgW1I20cD9BC0LtWsjL0EZZhzY+/9aBiakuNq/XRWW/Lhihh6y/eqiw0Id6tz5C1Qzg3mWA9QaG2C9khFEiQ7F4/VD8kDZG3VBjPHtgjKi/JmisN8XLXlMIN5lhv4g5zIeYI2vAHHqdFgjcNAxDuobBUNcSC5ss0dNvCX9TK0z6bYU5+tZ432MNDUMbPPprgz5DW/R320Kn1w65+vaw3GKPgA57pBg7oL/fARdVHTHQ5wjp/5wg2+UEr35nePSNQI3/SJQ3jMQHXxf0/HGBS9MozBZzhdUGV/T+dkWc9WjEN43GS1E3WIe6wbvJDeYmY+BqMBbDhMdBxGIcPATjUNU+Hut0JqC4ZQIC/+eOeZ3uONsCzG8iZoZPhH3LRHjbe0Dg54HF/R7I7J+Ej72TEW/liaqNntjU5InnllPwOnQKWvum4GiIF142eWG2xlSs/D0VPiHT8LJ1GtYETYdkw3Rk+HujfaM30uu90TfgjbPB/8C14R/Iq83Axw8z0NcyA0N1Z6KlYyaeCGbhjtNsvA6YDeW+2QgPmoNp7XMwR2cuvIPmYmvDXFQLz4OX4zysa5kHyU3zodUxH5q6C7B07QLYtS1Ao85CXHJaiK8LF0IneSGCBAuR6bQIOasWQaN1EZa0L8ZMWR/4G/igKcwHdi0+MAhbAgfBEvzr9C9m9v+LAKOlWNe2FGX2yzAhchnutS1DgcFyGI5ejrI1y9HcvBxDtVbgUOcKbHRdiZN+KzFRsBK2I1fhwdlVmNq7CpHHVkOxfjW2yvhC19wXocG+iGz3hZStH5Z6+OHBEj/UtvpBVsEfH1z8MeaIP242+8NAKgBDwwIwuyEA6pprUBG8Bqmda9BvGYgj8YHoaQ3EQdcglPkF4VV9EKqEghE0Jhg+vsGQ3RaMooZgPDcKgV54CJIHQtCyMRTPakORIxuGv5Zh+BwaBv3uMPywDoefZzi8NoZDu3cQR0egdn0Eek5GoLczAlpjI3HANxIjmiKhb7oWnkvWIrl1LaQD1mF5wzoYOq7HzlXrIT6wHiPdNiC5cQNkXDfCrXoj1gzZhNKRmzAmeBPmCjbh/Z//4BTyP0xo/B8e+m9GUuNmyLhtwccVW1DctgWSY7ZiUtNWeAtvQ73hNhx22YaR67ZB5cQ2eF7chuXd2zBedTvKDLejOHI7PiVtx+/07fgg2I4n4jvgb7gDUc47kLl2B27F7oDCxR2QHNiBGoWd8HfeiY+bdqIhfic2FO3Em987kS66C1edd0F77S7MOrALySd3IebcLlxp34UpsrvRbbQbgU67obBxN6rTd6OxZDdU2ndDxnEP9oTvQfHuPaiK24M1x/ZgVOkeOAr2wNA4CiOcopC+Lgo5SVFIOhmF6NIouP+OQvnoaASFR6MwJRpfS6Nh1RGNG+p78W34Xiit2wu70r3Ye2svJgn2ImvkPnyJ2IfRh/ehsmgfpLr3IVFyP2oc9mNr5H5UZezHiaL9cL+9HzsF+5EsdADJzgewxPsAJkccwLv/HcD34wewJ+cAlM4fQGLnAdiYxOC4SwxaImLQnhQDj9MxcD8fA7TFIFXoILw0DyLX5ODgjIO4N/Ug1q4/iNStB3Hn9EEElA72Ph7Exc6DcBWPxRe7WCjMi0Xuf7EwPBEL83OxcBHEYrNjHEI2xCHjfBx6f8XhqSAOk/vj0C0bD1+XePwvPB5JSfE4XBiPV23xyOqNxx2HBGSEJeBVcQL6OxKwwSURL8ISkbkvEUolifj3QSKiBIOc0SGMiziEI8cOYVjpIWR2HkK7bhJ2RyRh8uYkHN2XhOjDSXjSnQQ3zWTEuCTDbHYyyiOSUbg7Ge+SkqHyMRmn2pJRIJ2CAPsUNK1Pwea4FHw9nYKC4hSM6EiB6PrDqDh0GE2Fh1EmOIzbcqloG5qKu06piEMqlMNTsS86FZHFqbjXlYrvpmnYGpoGofg0lBenIVWQhlKVI1CzP4KksCP4nX8EWx4ewbf2I+jUOop2u6OQCz+K5t1HcejYUdwrOwqdpqPIMk7H1LHpsFyfjpKEdLw+nY7zJelovJmOCZ3paB9xDMKexyC54BhCIo6hO/oYZqQeQ1bJMRi3H8Mzh+MYsuE4Hkcfh3Ducfz6fhxP2o7jkNEJ3LU7geaZJ7A7/ATy957AP/dODO6LE9AXP4k0x5M4tfYkthafxLGHJ+HfchJ7NU+hzvoUcl1OQTDvFERDTqEn7RTSck8hqPMUKkecRuiM04haexqVZ0/jv7bTyDU9g6gRZyAUfgaz4s9AqfgMklrPwNsqA6JhGTiwLQNfD2ZgT0kGZLoysNjwLHwczkIm7CwiD52FddZZzLhxFomCs+gakQmLsExoJ2RCLT8TgZWZqGzPxG+bLDwJy0JiXhYSHmXBvC0LF3SyITM2G4tDsuGyKxsDR7NRmZuNvtZseOjmIMohB7PCc7A1NgfZx3JQWZCDmNYc+A/kDHqWXNywyYW/ey4qg3JxLDEXRSdzsasoF9FtuZilk4dI2zw0BudhTHoejArykNKahxihfOxXyIe8Qz62hefjW1o+osvyIdmSDxm5ApjrFuCwfQFWoQBxkQXYvr0AM48UoKSoAIL3BTjXVoBoyULY2BZiX3Ah0rcVwutkIUZdKYT000IUNxWiU7YIL3SLcMO5CKEhRSjILMKnS0WQaC/CZvNinB5RjPERxVDaXwz5vGKsaimGu10JNqEE1xeW4EhYCUQSSxB4pgSpjSWYpn0OtcPO4XH4OXw7cg4HCs9h4Po5BLScg75oKXarlKLMuhTlgaUYn1+K/8pLMbyjFEa25zEn9Dwetp/HIY0yHLQug+y4MvSHlMEuuQz2xWU42VoGCccLCAu7gNf5F2Dw7gL8Gi9AUvQiguwuwiLiIsoKLuJY00V42l5CY8AlzFl/CbEnL8Gp8BI+3bqEzueXsK7xEr6bXMbLsMvo33kZikWXcbr1MsoVrqBu2BVUT7iCzpArUMi7gs8dVxBjdhU3Ha7CIfQqkhOuYmvRVSwVXMVPm2u4EHINE0uvoaDxGlTtr8MC13E75Dr2bL8Og/TrSMi7DrOb1/G4+TqcJW7gotUNtPIGJobewJajN7A+9wYcG2/gs/VNMOQmhPJvwq3xJuTNbmEjbmFM0C1EJt+CXPMtTLK6jYag22DKbTiU3sa3jtt4L1UOF8tynAotx6yD5Th/tByTc8qxuKkcNjZ3YB96B0vz7+Dq9Tv4p+0ODC3vInLiXVQF3cXd1LtYVHgXo57exdX6u7hmew/Tg+9Bs+Ae+lvuIWXgHmps72NlyH30F9+H06/7uODwALPnPsDY0AeojX2AhUUPwKYHsFB7iAWWDzE54CEUUx7C99RD9DU+xF61Rygwf4T3ax5hx+FH0Lv1COvfP0Ja/SOs7HqECo3HqHZ8DJugxziY/BgNpY/xsOExSp2e4H3AE9xPeYIPuU9g1vAEO/WeIsnuKYaPewrN4KfQ2PcUywqfIrruKXJVKzDbrgJe7hW461eBFfsq8LSoAg8qK9DTWAEtkWcoH/4MWv7PsHTnM2Qcfgbd4mdoVX+OUcbPUezwHJlrnkMq5TmeZj2Hxr3n8Gt7DmGzFxAPfoGHyS8gl/sCVvUvsMb65aDXfAmDuJdQOfcSfXUvcVn8FfqsXkF46iuUrnkF9dxXWNv8ClYar9Hp8ho9Ia9xKec1vtx7jcsNr/FJ6g087d/A3OMNBCFvMOnAG7zKe4Og+jeYJl2JBxMqIRpUia7CShxuqkS+xluo27/FIf+3UEl5i3Elb/Gz+S2Oq75DtdU7XPnnHeaGvMPTtHeY1/oO3s7vEe37HumJ75HV8B7zLT5gSdAHdB/6AK+iDxA8/jDorz9AR/cjtoz/CPXwj1CM/YhFRR9R9OAjAn59xEbtT4h2+gSp4E/oy/+E166f4RX4GXMOfsbygs8wb/2MGssviPX6goDgL3iU+AXdp7/gxc0vWPbjC7Ksv0Iv6CskEr/i39yvuHnrK1rqvkJI9BseBH9DWtY3qN76hta2b5hg8h3b5nyHW+B3zM7/jtPXv2Nz+3fkj6rC8jlVsA6ugmheFYIfVCHhVxXsVarxZ3U1NDZUwzGxGsEnqvH3fDVmNFSjwvEHpqz+gam7fkAn9Qf6Cn9g8Z0fWN70A97GP7HH9yeyDv3E3OyfWNr0E72WNZCcVoOwkBo8OV6DI0U1EDTUYJpFLfTH1MJ0Re3g7q2F9JlaiFyqRfSvWggp/cIQ61/wC/4Fjau/cOPxL9SOqMPL4Dr8iauD6ek6bLpUh5q6OqQ41yPCrx5v/6uHSvwgFtSjqKYei8Qa4GHcAJNRDXBb3IDLIQ04X9iATy8aUFrdgFmdDejQa8Qqu0ZM8W/ErC2NKMxsRN+NRiyvb8QCxyas9W3CjBNN2J3fhJCnTVhX04QlSs3ItG6GvXczZgQ340JcM4YWNmNh7WCu24KelS04PHiIZd9rwYXaFmwd2ooG/1YIbW7F5KJWrK9rxUXhNoRatmG8VxvS5rdBO6gNgXltqLvbhhy7duT7tcMypx2vvrWjqrsdNXYdUAnswMzEDty+0gHVig78/d6B050dsDcSYLmzALJrBBjYJ0DLcQESCgX4VifAaL1OfHXpRNTqTkzf14nlWZ2DN14nFId04ZRzF3qCujA1owsyVV24LvMbDsG/sazgN2LrfmPPkG6sMOuGrGs3dqzuRvaZbvxzvRvzarshZ/oHU3z/oCPhDzTK/iD7xx+c+D1YK/ZAx7gHM+x6cGR1D8pP96CysQey8r3oN+7FBJdeOIX2wiG/F7jWi2c/exGm0Id74/pww6cPT4P6sDezD90/B3PFfpib9mOOcz+q5/Rj7cp+dJzsx+Tb/RD90Y8CuQH4rR5A+OUBLKwZwN+hf/HZ8S+w8i880/8i+PZf9NT+xXdVIVqZChFOQtRYLERBjBADi4XYcFmIcpVCPPhFiPL1QvzSKsQYeWGWDhHmKCdh6i4Q5sYIYSrtFaZygjDvnRLmlBJhGt4XpskLYZp1CfOMogjlNES43FiEvo4iHOshwjxvEWYuFeG6SBE2J4owuESEj9+IMOWLCGs7RDhZTJSzVEQ5x1aUvi6i9PIW5ZcIUdbvEqVtqijvnBcl74uy9J0oF7eKsqpblEJSYkzQEaOxvRi7QsRYuFGMrlFibEkU464MMVaViPHjYzHe7hDjjT4x5iuLc6mBOC2cxLnTXZwfpotTZ4U4O4LFeWXDYG+nOM8li/PqCXHePi9O7TfiFPkhzvV94rRRl6CZsQQ9HCRYOkWCS5ZLMDFMgjKxEpx/RIKHyiS497YEU95KUNAiwbhuCS5UleQUTUl6O0vStUCSYrcluU1Jipv0pXjZVorzR0rx6kwp1oRJUTNFiralg1y5FIUqpKhfJcVlnVLcrSdNfTtpiq2Q5r+h0jy4UZpZZ6QpXyrN9fek6fNCmmyX5gFHGcoslGFcmAwfxsvw9XEZfiyWocIdGa6slGFjhwx9tWUp5iTLdxNlmb1ClqvDZRmZKsstBbJUuCDLZfdk2fdKlmO/yrKuQ5ZHtORoaS/H5RPluGqOHENXylE7WI720XLsSJDjskw5apXK8f4POUq3DdZ/5HhJRp59mvKMN5VntJM8rf+RZ91qeaqHy3PoLnlmxcozoFieKJdn+nN5tvTKU15DgV52ClwwW4GSaxQ4bYMCJ0cr8ESCAg0LFBj7WoHC1QpU6VKgxoACzw1RZJSRIpWpSMVFijQIVeTIQkW2XVDkumeKDO9SZJKqEuc4KNFnqhKbfZVYFqhEuzwlXq5V4sh2JdbbKvOuqzKLZyrzUrgytdKUqVOizIb7ynz3XJmn2gdRUYVetir0CVHhomIVvm5T4WoVVf62VaWQqyr/C1Rl7g5VNh9V5bh8VaZeV+WMWlUqdKuyX12NV4zU+Gu4GnePUONlbzWO8FFje4gad8Wp0TlFjbePD3Ln1Oh1VY26z9WoKFDjWDF1TlJV5w9Hdf5Hde6Yrs7mEHWOrlbn+CZ1OqsM4V/nIfwWNGTw/w3h9PwhHCYYwnRnDZ6eqUGNMA0OiddgWJEGrzzQ4IavGvSo06DNgAZXK2pyqa0mxzprspGaNA3RZPA6Td5L0KR88SD3XJOHvmhyTpsmfbo0WSSsxQJFLUbaa9E6RIsDsVoMEmhRXVybrsbanB+pTc8YbYqf1+aEx9qc9FGbfnI6PDtch1YTdGg2U4erInV4J1mHEoU6jPyqQ4M2Hb4S1eUCBV1m2umyM1KXjjm6vHdDlxXPdOnTostyGz3Weehxw2I9SkTqcVGsHnMK9Li6XI8Dr/SYUqXH7EY9Xhyuz0BvfXqG6bOqQJ/3v+jTxdCAF20MmDDLgDdWGtBwgwFN9xpwYokBjRoMWGhlyAw3Q06ea0ivEEOGxxjSN9mQ5ucMeeKqIe3aDVmnbsRyWyOqjjNiYrARdxYZce0LI8Z8MGJ/sxEfKw8dfONQygQPZWnUUB7tGEoLEWOmaRhzprUxzQKNOWSdMfWTjFmTZ0yVJ8bM+WFMBUMTJjiZcOZmE14/a8JdhSb0vWzCWU9MeOGjCcc0mXC5lCmnWJty4WJTzgw1ZcJ/poxpMuV9NTPuMjHjSXszWnqb8WWwGfP/Z8ae/YNx2YweFWbMrjdjnaw5A4zNed/OnAJPczoFmzN+hzn3ZJvzdpM51wlbsG24BQv9LBi204JpLy3oVW/BgA4L/pEaRtMRw1iwbBjbHgyjf8MwNo20ZFmwJR/tsaTtU0veb7VktLwVa0ZaUXSaFbnIio2RVoM6aMXnHVacZGjNaktr/gqwpssOaxoXWNPvqTXxyZqdzdZUkbWhzywbLgu1oWG6DS3zbGhwzYYZEraMDrOl0d1BHD6cdSuH83PQcL66MpzHhthxsZUdK53tuGW8HS8V2vHXKzu+dbSn2EV7/mm0Z76oA8WGOvCVrQOtAx04/LUDsy0ceTHUkUa7HXkzx5EHmh15Ut+JPlOcGBDixO5YJ27LceLPO050lHdmi70zv8U582yJM+/edubjZ87s/+bMtG5nvnMbwXH/jOCuayNY0jKCynoj+Sh4JAtqR/KlnQvf5blQQX4UtzqOYuysUexfN4onMkdRqXAU1VtGsdrBlSumuXLWElcuKnFlpvZoms8YzcM5o7n93Gh+UHVjn64b1RzcOG+rGxv2uXFTvhtdGt2oLjGG+zXGcOiwMVw0cQxtK8bwwIixnBk1lu/zxtLg0thBvR7L4R7jeC5iHC/HjuO+inFMrB9Hn5zxNBeM54W/47nKegL3+02gcvgE/i92Aq9YuFM8A6wuAPf8An8qkVY2ZPFqUrmYPPyMXCA3kfWeEznBdyK15T2oYu1Bh1oPPuvx4Ix1kwY1cRJnbJrMzRcnc/HjyZxr7kmtyZ5cnO3J9fc92fXak7OnT6FJ3BQeLZjCsdFeDGvyotijabw5ZDqLu6fzuI03z2735pHX3px29x9OdZtB998zOHveTO6SnEOXwDk8WzuHj+fM5d8x85gdM496S+ZT3nEB+2MWct61RVRoXcRnFotpX7uYLQOLWZi3hM7Oyxgeupy3dyxncPsKtieu5MGyVZxfsYqThq/m0Eu+3FPoxwnS/pRSCOL/skJovTuUD93DeFYpnDftwukyI5xLGyIYt3Idj+/ZxP8D4ip6zQ==</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="16" id="scan=17" defaultArrayLength="1718">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94807.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05014678" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7176.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.40313474" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96712477" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.09785" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8124">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3088">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="17" id="scan=18" defaultArrayLength="1633">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="89106.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05031815" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7564.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.57923680" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.97680320" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.10345" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7720">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2948">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="18" id="scan=19" defaultArrayLength="1687">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92144.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05051560" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6393.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="979.62002139" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.97623717" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.109067" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7980">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3056">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="19" id="scan=20" defaultArrayLength="1665">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92043.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04981838" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7372.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.71396686" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02151026" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.114667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7876">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3004">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="20" id="scan=21" defaultArrayLength="1695">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93733.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05001956" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7207.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.53950578" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="98.95000975" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.120283" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8012">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="21" id="scan=22" defaultArrayLength="1683">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91755.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05067152" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6965.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.70051469" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.95819097" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.1259" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7956">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3056">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="22" id="scan=23" defaultArrayLength="1657">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91510.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05133839" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7637.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.13496696" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.97686029" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.131517" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7840">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3000">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="23" id="scan=24" defaultArrayLength="1662">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90863.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05049642" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7520.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.80075045" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96448041" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.137117" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7856">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2996">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="24" id="scan=25" defaultArrayLength="1702">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92678.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05044221" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7139.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.73242756" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.54117287" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.142733" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3056">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="25" id="scan=26" defaultArrayLength="1610">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87334.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05040495" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6824.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.75871850" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.99583964" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.148333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7620">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2904">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="26" id="scan=27" defaultArrayLength="1645">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92131.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05000260" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6999.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.06112688" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02552812" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.15395" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7788">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNVnc0Fm4Utvfeskf2ZycKlecmGtp7q1D2SqpfExUpRZFRGVH2TEpRSkVFpWjQIvMzPpvw88dznufc95z3nPe+9z73Sgj/tMsR/W33SazVbiOz3U5ppNNuWRPTLlu/1+4XP8suZ3jQLtB8yO706LBdueWInQxr1M5Pcswu0nLMLnZy3G6p4oRdp+Q/u4tS03aivTN21Xxs0BxiA0OQHf5T7KjU4QDbIAdkhDjxWJcTERxcSBvmgmwZN3ay8+BfHw9uK/FCaZAXGgp8aO7lg6SIAAyGBZAmIQjZ70LQGRbC1WFhePqJYM+QCN4KiYHvtBhGhMThxxSHl5AEdBkSqByXgJ6IJHazJOF4XgpxPNIIGZZGjJwMmv/J4L6MLDx9ZTE2KItcTjmcGJDDfU55lMvJIzRQHl8H5PG3fw4SJRRQN6IAVTlFpE4qQoVNGW+1lMEZqAzvMWU0qKpg+ZAK6sRVkXxUFVPjqlAcVkO0gjoedarDm00DO7Q0MNCvgRRuTRTOaCLv6Fxc756LyXEtWExqw5alg+0zOrjkqYurg7p4GqGHyW49rGLTxzx1ffwWMECWkgEk/xmgWp6BPdMM2Ksb4uK0IY5qGeHjkBFKRYyhPmEMR2UTcI2ZYEjdFNLTpnjZZYbAwHnonpqHjd0WKJ6yAEfgfFzsno/dU/PhO2YJc/YFWHh0ARKGFyBQYyG4BxaCfcAaljo2CPK2wb8ZG4gr2yKXaYswrkX4Z7gIsaOLsG1iMaqklsCmfwm4NewgyLLDPFXg6FHg4ACwSZXgcozA6iO0s5bigZE9XH7aI4FjGX6PLsPubge8m3HAhJEj0pmOqJBbPvs3yyHfuwJhsivh5bkSW7NWYmh8JezlVkFzcBU4PJzwpdcJfdKr8W9oNZSH1mCb2VrsebwWnr1rkTJnHRC4DhH967BeeT3U+9eDybkBC1Q34DJrA9aZbMSK/o1Q1tuEge5NcOHcjCrlzSg4vBnVvZvRrLkF65hb0Ma+FcMKW2HvvxW9A1tRJbMND9K34fbfbRid2IYTltuR5rMdI8zt4NPaAfZ5O8DjvQOfmTvwynQnrPN24vDwTtyX34WW0V0YMdsN8twN76ndqJu3B5k+eyAytgdPNfdCls0ZmrLOSAlyhnanM8yU94HNdB/6hvfB1WA/pv7sx+LJ/RDWOoBe9wNYyjyAZdIueGPpAtuDLojrcoGNlCtWtbnCY9IVIeJuYHi7wa7XDa7cB5FmeRBr/A8iufsgJngO4avXISh1HcIxLXdUHXKHLtMdSewecDD2gMxBD2QMe4BX2RNulp6Y6+KJA32e+E/EC/cWeMFtixfkPb2g3OsFU2lvFFl5480hbxxn84GKuw/orA8w6QMxXV+IufvixrQvqjX9wObjB7twPwy0+cF9xg8mav64be2P+W3+aOAKAMsqAPXHAmDWEQBYBeL4+UBwtwZC1eUwXgcdhjLzMNhtgsDlHQSj1iBMch1B7fEjmOw9gjLNYIR4BoOnMxi1E8EwcTuKVOZRhKocQ1XWMRyaPIavPcdx2vc/vO/5D+WCJ7DK/AQyPE4g8+cJjIucxDnrkygNP4lnwydxRO0UtpifwvYjp2B1+xQ+T5xCteppUPBp9ESfxo+h03g5fRoy5mcwEHAGVyLPQLjsDFaPn8EusbO4sPksygLOwvXEWQxfOYuSm2eRn38WweVn8WHwLN5zhEBWIgT7gkLw9HQInG+H4FhRCNobQhA5HYK3AqEINQ1FgnUouI6EQvFcKFyvh6K6KBTt/aG4Ox0KdpkwLDYPQ3pAGKwSwzBYGIabg2Fo5j2He2bncHf5OWQFnoPgrXOwvH8OFrXnwDF+DqPS53FX4zxC/M/jWOx5fBw4jwrZCyg2voDGwAvYk3wBy4ovILbxArazLiBNLhwzxuHItg1Hi184cmPDseRhOCyGwyFoHoFO/wjcj4rA6lsRCH0YgXfDEbN3XYRcwEWkXL2IcdZFBPFF4ppmJPSNI1HjF4np05HgiZvVqZGYYkViucAlnNG8hO1+l6B78hJ8Uy6hg3UJrzQvgy/gMpwKL+NW1WW0cUThqkoU5lpFYYtfFDzCouCaEoUTrChsN76CD/5X8KL4Cnobr+Dyvyu4538VKeeu4sCzq7jOugoF7mhILI7Gf/7ReJEQDdHcaCwti0ZTbTSOjEZDUzAG1sYx2O4fg8VhMXifGIOCkhisHoiBBt813JxzDZMm1xAccA1jcdcwMnwN3HOvY83h68iNvo661OsoL76OYdb12bkRi80LY8H0jUXw8VhMXI5FXmwsDLJiUTsaCz3ZOGwxjkPj4TiUxMXhc0EcJp7Fwak3Dscm49BiegPnnG5ggc8NsPJvwG7oBoRN4/FqZzy4fePBdiUee/LjIVEdj1+seKyQSMDI3ARYmyXAzzcBqXEJcMhIQOFgApZKJSLJKBErHBKx0y8R+dcTkZOciG9FibMzMREHZJKgZpiEjbZJ8PRPgkBCEngLkiAzmgRvs5uoDLyJyISbCMu7iczBm3hudAs1XrfwNuIW8hJuoTz/FsKHZlngNiSUbmOr720w8m7DffA2mniTocVIRpRVMv55JkP7SDJKzyUjNikZ9TnJkO1Phhh/CmZMUsDhnQKz9BTsLk4B/0AK5BVTkWOUij7vVNSfSoVbairEhlIRJpeGDSZpWOqXhumzadh2Iw3OBWk435OGEas7kPK7gzcJdzBUcgf5rDt4IpMOf4N0DAWkY6owHU9H0+FgmAEV/wysD82ATWwGRAcywK14F5YGd2FveRdigXdhHnUX53Pu4srAXTiZ3sPCgHtwzLmHSeY9PODNxAqzzNlYJpYnZ6L+USZ+DmTCnZGFCv8szCvOwsPuLIhNZ2F8YzY0A7KRWZA960vZeDuRjTaJHDC8cvDqRg6c+nLAFMxFtnYuTszLxVrvXDBO52JdYi6+5+Uig5ULG6481BrkYcI7D8dO5KErLg+Mojwofc/D8sE8JIvlQ9kqHze98uEVno+U2/kQKsjH6f58BBsVIMa3AFvuFeDYiwLgUwGShgpQMqcQFgaF4PUtRPa5QswkFGIyuxCyrwpRyizEC8UiaBgUQX5pER54F+FVfBHCeouQzyjGzyXFWOhRjMGEYgjlFGPJQDFGGCVo9CiBXFIJFmWWYKq4BF/6SmD2rwSO8vfh7Xsfe0PvQzLxPlpy76Oy6z60xUrhZ1yK8z6lcM4qnfXpUiyaKUWw9wO05zxAQt8D3Jcrw2bjMtR7l8EzrAyHr5Zhd1YZ9PrKkG7yEDo+D+F/8SFK8h5Ct/shbAIezfbhIwQPPoKWYTkkvMoR8qYcob3lcBF+jBUmj3Fq0WOMHnoMj4jHeBD3GBbZj/F64DG26TzBL68n6Lr7BOOVT2Zr6gleMCqgbF+BYp8K7A+vwNH4CjjmVmC8uwKbzCtRt7MSyZ6VmD5fCdncStT3VqJB6ymWBD7FttynmCx7Com+pzil/Az3DZ9ht98zON98BvOcZ3CoeYbTPc9wUqEKlXpVuGZbhTsBVYjLrUL54yqYfqnCx54qmAg/R5ThczQte479Xs/xPPw54tOf42Hfc/jyvJh95wsc83mBl2EvoB79Au25L7Ck7wUuG1XP9mo1chKrMS+nGlsrqiHXX400qZeotniJLf4vURb3EnX5L7GR9RI3tF7hsvcrRGa9gvbTV/DvewVHhdco132NWK/X8L7xGnWs1+CbU4ODRjV4aFsDU48alAbWgDeuBnIZNfivuwZp+rWo8a6FdlQttmTWwuRTLZb31oJL/w3yPd8g+twbSOS9QXnNG7R3vYGhyFucMnqLr3gLTc+3sM17O5v/t7M7zFvA+B1WebyDeso7JOW/w2/mO6RNvAO/SR1qfeqw6FId/iuoQ0NXHZaa1kMd9XjtVg+P4HoMR9fjVV49AjvrsVjkPf4YvMdTu/ewd3+PpOT34J54DxPZD/ht8AGfD33AuvQPWFD1Aa2dH/By7AM89D+i8tBHKBR9xOqej+CQbkAiowEzvg0ozW3Avo4GFOt9wpmAT2DLm0X3J+hPfsJVw89Qcv+M5rDP4Mn/jGnmZ7hKNMLApBHTyxuR7dEIye5GlJo0Icm9CUGpTchmNsFB6gsGDL4g3e0L7O59AUfPFyRNfMFlg6/47vUVDjGznPoVD/q+Ik/vG9psvmHZ4W8Ij/uGz7nfEFP5DT+Y3zDE8x3b9L7jpc93VEd9n90/vsNNrxnKK5txwLMZvOHNuJbZjNzu2ZhiCz4btmDPkhYw3FpQnNuCK1UtkOlogajuD0y7/wBf2Q+IDfyAus5PNFv9xGq/n/gY/hNmmbP85CcGmT+xROAXutV+4b75L0wf+oUfeb8QXPELve2/sIfxG5cO/EZnxm/0PfqNCtZvRAv+wWutP3g+7w/E3f/gVN4f9Ff9wY7+P9hl2Yqn7q24EtaKzzGteJLdit1drVit0YYWnzbMD22DXUYbPpe1YePvNmQMtGG7418c8/iLwpi/cM7+iw3tf/FVvR3LPNuxIaodi7Lb4fy3HdFSHfik04EOrw7olXYgvr0DBgKdyFXoBKd5J0o8O1F4tRPFeZ043tsJRZEufLPtwiaXLjTe6Jrd7btg1d+FK/rdMFzbjfSD3bDN7kZTezdO6/bg0/oefHHpgbF/DyKjenAmrQejbT14NI+JMjcmth5joiiaiVN3mbj1jokfnUyw6fUiJLAXH/72YkavDxqWfbB168PZvD74tPVhI3s/zmv3w9KvH06Z/bjztx/xIgO4oDeA0dUD2O82AO6CATC7BrBVkoVmVRYSnFmYOcyCQzQLfOksHHzEwoEeFuzVBsHrMYh7GYMo6xmEs8oQ8t2HIHpnCOW9Q0iXG0aR/jCu2Q/j7o5hXPAYxos/w0g9MIJFwSOoixmB2Z0RaDFHUKM9CuODo3CJH0XwvVE4l43ibOsofgqNQZoxhntuY+jPGoND5xhIeBwJc8ehYjOOz27j4Hw0jgVt49DWnsB+8wkscZnAvlsT+Fo4gbCOCQSoTkL64CSY8ZMoaJ1El8o/vHb9B5mr/1BX8A/mXf8QpzEFzh1TWHFoCvoxUygrn0J25xTsdabRaTMN1T3TaPaZhmv5NJyGphFuNoNXPjM4nDGDU39n4GjORqus2ejdWjZy3cJGovvYqMWbjVKD2OhkNBuVprIRewEbGday0aYGNprDYqPHXOzUIMFOf03YSXMNOwX7zeIaO4kVs5PTJ3ZaOTR7xsZB7nM46Ik5B7U6cNCXzRy0O4CDIoo5yKmagxa+5aA1nzjI5AcHyfRxUAsvJ7XLcVLYPE7qWMtJ9QGcJHqRk14mclJEEyctHuSkV1JctNOMi8iBizLWcNGWA1wk689FlxK4KLqIi4w+cNHlHi5KHuWilZLcVDOHm9TNuclhCze17eWmjX7ctCCOm/yKuInrHTc9a+Kmod/c9JfFTY8leShQnYdqTXho/2Ye0tvNQ9pBPNRUyEO6jTykOMRDFTM8ZMbHS6vFeMlXnpd0dXnJwoyXdoXx0tAlXkqP56X7D3ipsIqXQhp4SZ/FS0FTvOQow0eDe/jIKGgWF/no9y0+isnjo0/lfJT8no9ONPNRngg/6ZvxU7c1P4Vs5afC/fyk7cNPvgX8VFrHT5Ot/LRlnJ/e8QnQC0UBijIQoLF5AsS7ToB+bxegDm8BUj4sQLujBIgnXoCKiwTI4bkATbwXoLxvAuQmIUiPTAXJar0gXTgiSBmlgiT0SZB2dQjSCpYgmfIIkb+RENnPF6J/+4TI8qQQOUUK0er4Wb4jRHIlQtT8WohUG4WI2SpEHSwhEhUWpm5ZYRo3EyaZDcLUsFeYnIOFaeSSMHnkC5NprzBZiIpQir4IDZiL0J+VIrRoswjleIkQK1CENE6KEFuBCJm3itDyERFy4hclHhlR8jYRpTRvUdINE6WbN0RpMEuUmopEaVGT6GzNiZHoOjGqcBWjk+5idOO6GN26I0bfCsTItVqM9nwUIxOWGF2bJ07p3uKUcFicvM+KU9dlcSqPFaexYnE6NiBOb8bEKVdVgkLNJKjSSoJU10uQwj4JYveWIFahBMk9kSCunxIU2ydBnRySNCgpSRPLJGmriyQ1e0lS7GFJWhAlSTfjJKm6UJKSvktSpawU7TCQorm2UrQzQIoEL0mRRo4UrSqWIldpaWo2lSbuRGmaXyBNt/5IU2C/NF0ylaEL1jJ02l+GJm/J0PJCGTrbIEMDTBnKYpelFWKytMBRlirWy9JXN1mSC5CloOOyVHVJlj4WyhJXtSxZMWWpS1SO+NTk6KaBHPVbyVGFuxwpnZQj5wg5OnBTjlry5Uj9rRyZj8hRkqA8xVrK08od8tTkJ0/O7fK0g2cOvROfQ3/N5pDh3jnUf3EOBcXOIbbCObS1dw5pGitQ7yIF+m+lArHCFOhBkQL9faZAZjMKZGWqSJXLFGlhoCLF5ynS0seKdO2zIkXPKJK0rBJZmCjRlc1K5LZPiTi8lWjFeSVyylWiI6VK5PpiVg8o0SEzZcJ6Zer3USa2ImX682pW9yiTh4kKRS5TIcX1KhTtrULZJ1XoQpEKaYyqULyQKq1+o0qNvarEI6tG3mpq9MtIjbY5qdFaHzU6U6BGHuVqdLxWjYZ/qNFUvxpFcqtTpog6XdBVp9tm6lSzRp0a8tRJ7pM6TbWr040+dWo00qA3WzXor48G3c7WoOjnGuT5RoOW9WjQPFlNUjDUpCcrNemkjyalHNWk6LuapFqgSQF/NGnJkCZVGc6lbMe5FLZ1Lh25PpeY2XMppmYucTTOpb0Dc8lFUItWm2hRk48WTYRrUWuuFqX1adHJCS1qltSmcmNtstutTVt9tckvUpt2xWqTwFNt+lSvTet6tMl9QpuseHXIxkCHHh7RodwsHeJl6pCvgi5d3qpLT8N1aW2OLlk91qXwLl3iH9Ylb0E9emmoRw7ZepTyS4/8xfSpQl6fbPX0yWyJPj1apU+jO/RJ7bI+GefoU/g7fUpp1KdoXgMq1zYgqwQDSswyIL9BA5rPxqA6fgZVSjGoz4RBJqsYtMmVQdx+DLp3kkH3ExgUlMMg1Q4GRfQzyErUkDZZGNKC04YUdtmQtuca0gzDiFKXGVHTISPqyzSiFcbG9CDamIazjMnxszG19MxqKxNScDWhJYUmZFZvQkF8prRG3ZTkvUxnvcWUnAzN6PXmWbibkfRFM7oVa0bvi80o57sZ2bPMqFLQnHjtzal6pzktrjcn4RXzSCJvHg0aW1DJcgtS2mJBkpEWdD3PgoSqLEh7wILWL55PfDnzabhvPlVxW9JGI0v6FmtJMzWWpNBqSS/ErOiyvhUtjbYiw2wrcldZQAE6C+hJzgL62buAuOwX0pWrC+l81kJy/LKQ5KWsaQfDmlZtsKaSvdYU4GFNu55b01iXNfWp2JAXw4ZCD9rQ4igbcmPZkCmfLV3WtaWbHrakc86WOt7a0vv2ReS7djEley2mnv8WkwnfEpLdv4RqK5fQwVw7qlwNivYAbdEnaokhujhBdE1nKdkvXkqch5aS87Gl9Ld3KfGK25PbMnsS7LCnQu1lFH1nGYlEOFD8Bwd63OlAfiwHSnV3pJ6LjpTV7Ege+stpk+dyKo5cTuUGK6jefAUJ9K6gjPkr6cLvlSTYu5I26q4iJ+tVtDfDiRaLriYpl9XEXbSGtG+vJYW3aymHsY528a+nq5vXU0DDeqqL3ECCPRvo0YnNtHdwM9WYbqEove20bOl2evh1B/Xa7qQIo70kfWAvpXccoOIvrlTn6kavS9yJV8qXJlt8KUQ9gEbeHaGus0fpf3IGGKM=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3008">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="27" id="scan=28" defaultArrayLength="1663">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="89765.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05027083" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7131.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.87245461" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96359944" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.15955" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7876">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3000">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="28" id="scan=29" defaultArrayLength="1682">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91241.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04993926" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7260.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.41949592" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.49527786" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.165167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7952">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3012">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="29" id="scan=30" defaultArrayLength="1623">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="88714.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05131025" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7324.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="978.40824106" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.95681620" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.170767" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7672">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2916">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="30" id="scan=31" defaultArrayLength="1655">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91470.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04988285" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7602.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.62500277" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02170865" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.176367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7836">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2992">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="31" id="scan=32" defaultArrayLength="1692">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91203.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05005423" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6736.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.36400500" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="110.02069952" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.181983" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8004">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="32" id="scan=33" defaultArrayLength="1615">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="88438.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04994991" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7048.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="969.12490281" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.97185849" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.187583" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7640">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2936">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="33" id="scan=34" defaultArrayLength="1629">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87435.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05065031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7296.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="982.67425515" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.54261713" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.1932" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7700">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2928">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="34" id="scan=35" defaultArrayLength="1638">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="89560.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05010638" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7582.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.39918879" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="97.96900154" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.1988" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7744">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2944">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="35" id="scan=36" defaultArrayLength="1622">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="88057.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05047893" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6881.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.76485217" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.05757484" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.204417" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7668">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2928">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="36" id="scan=37" defaultArrayLength="1582">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87133.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05045906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7432.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.01483763" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.96649081" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.210017" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7476">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2856">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="37" id="scan=38" defaultArrayLength="1583">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="86067.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04974004" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7591.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.96266400" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.00042935" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.215617" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7496">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2860">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="38" id="scan=39" defaultArrayLength="1548">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="84635.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04994122" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7471.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.51279275" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02547090" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.221233" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7324">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2808">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="39" id="scan=40" defaultArrayLength="1620">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87432.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05027651" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7077.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="983.36896711" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="96.45001623" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.226833" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7660">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2904">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="40" id="scan=41" defaultArrayLength="1622">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="86350.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05045534" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6988.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.25919741" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.68557345" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.23245" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7664">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2888">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="41" id="scan=42" defaultArrayLength="1577">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="85538.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04996730" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7384.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.64558743" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.53000233" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.23805" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2868">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="42" id="scan=43" defaultArrayLength="1611">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="85323.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05096895" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7049.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.61340600" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96247310" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.243667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7624">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2884">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="43" id="scan=44" defaultArrayLength="1564">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="84450.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05006738" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7828.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.00239526" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.54424783" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.249267" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7396">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2804">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="44" id="scan=45" defaultArrayLength="1590">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="84275.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05083110" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7277.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.28966979" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.00318135" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.254867" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7520">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2840">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="45" id="scan=46" defaultArrayLength="1611">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="86278.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04988483" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7419.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.17005770" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.44164886" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.260483" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7608">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2876">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="46" id="scan=47" defaultArrayLength="1645">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87566.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04956071" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6927.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.83919555" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.02289285" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.266083" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7768">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2952">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="47" id="scan=48" defaultArrayLength="1679">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90613.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05148307" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6807.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.08668339" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02497771" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.2717" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7940">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2996">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="48" id="scan=49" defaultArrayLength="1730">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94465.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05028968" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6837.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.77255679" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.00224140" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.2773" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8188">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3096">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="49" id="scan=50" defaultArrayLength="1724">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94250.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05144086" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7194.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.13703123" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02743906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.282917" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8152">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3120">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="50" id="scan=51" defaultArrayLength="1699">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93129.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05097518" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6985.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.27495254" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.50606815" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.288517" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8028">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3056">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="51" id="scan=52" defaultArrayLength="1682">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90703.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05003635" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6903.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.71652000" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.05874402" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.29415" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7944">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3000">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="52" id="scan=53" defaultArrayLength="1665">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90093.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05037537" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6085.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.88517822" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="96.42565131" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.299767" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7884">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2984">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="53" id="scan=54" defaultArrayLength="1634">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="86748.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05066968" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5170.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.61098436" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02342121" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.305383" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7724">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2964">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="54" id="scan=55" defaultArrayLength="1710">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90888.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05007612" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6059.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.05770397" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.96119833" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.311" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8088">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlnc4EN4Xxu0te1aISmY2JcT7NtWvVNpDg0TIbokoyUiREaWhTfZof9t7apeKluwtifr54/O89z73PM895zznnnt0mz64qAypcXGW/+JiO+Sbi7/qD5fjn+pd3r5pdnkp2uHi3tDpoije5bJ+bJfLLcVel3fK/S5Zqn9dIiQFMLVTAM9kBdGhKwiLBEHMFRHCFQMhCAiJQFZdBEW7RPBEVBTzVUSxJkIUugOiuNcphpUq4ngTLo7y3RJwaZXAPRkpWPdJYaucNKaHSGNSojT0WqTRqy2DGy0yWC0rC8EeWWwSG4IVHUPQoiOHKhl5tEfKw0lWAe6xCpjSpIC9MoqwMFREWZ8idIcpQUhGGT5JyngqqoJbXSrI6VGFx0g1aHWp4T9hdbwZro4L3eoIUdXAn40a+NWhgQoRTah0auKT9lC0/RqKiUOHYZHgcOgIaoG9WmjbqI1xfdpYp6yDij4dBCuNQIOsLga6dTFipB7st+ph0S89nG4aid6/I2EcNgr+XaPxQkUf1jP1Ueyjj3V/9TGvawy+yBjAaMAQISON0NBthOHaxjj6xxgdGiaQljGFtrYpDnw3Re2AKdrUxuJi7Vjk/RmLqgEzHP5lDitdC3wOtsDtXxao7LREh4oVcnqtsLvdGjMHbOCnYQufFlusiLVDbJ8drLaMg9HPcfALGQ/pvvGQ1LKHjuQEbNWbgJMhE7DmzwR4eDngu7Ijyjc6IumvI1pMnPBqoxMWtTrhiPJEFG2eCKfuiUhSdkZYpzPqtV2g0+WCy5rA1hBg5x5ArQcY+p1Q/Uf4CU3Gfq3J+DN2MvL7J+O/7VNg3DkFX85MRUXjVBiITENHyDSMzpqG1NZpGKc2HYuTpyOvczrkZF0h3+6KMUNnYF7vDLyynIm/bTPxcuB/yFObhfNBs+DeNws1SrPR4jUblzpnY4KtG5YGu2FVjBsKOt1wtH0ODmvMRVr4XOzvnwsdvXnI85mHUT/mwbVnHtqa3XFZZj4WOs5HVeN8xNUvwKSAhVCvXojmnoW4rrkIm7YtQkrHIgT7L8YdwSWwsFmCuW1LICC3FK9tl2KP71LYdS6Fod4yeGxbBoFPyzChdxlyNZbDOng5qrqX40nLCmSre6CvyQNTpVdCImwl7tetxO2+lSgZugozQ1ZhbecqSEivRq3Zaqh7rcbDrtUwDFsDt/41+DfSE9EBnlia44mDzZ7w+eeJQ0ZeqIv3wtc6Lyj0eGHT2LXI8l+Lm01r0e7rjex2b5yTX4fNUeuQ9n0d5gr7oGWdD17+9YG7pS+me/liyA9fHOj1hVrHerzT9MNOOz/M8PPDy24/fNL0H8yxP7S++cNFKQBz7AOwPzQAeoIboL1lA9x+bsA0sUB0GATillcgnu8KxJHOQLSLB8HNIAif/YMQ/S0Ih/8EQWNcMD6GBiMmNRiv/wZDYEIIKrtDUKEairrxocheHwrN7aHY0RSKNZJhWL4+DKMaw/BjIAxWI8Ix2SEc0wPC4fQjHCJ/wxGsvhGdgRuh/nsjaLYJWj83YaBvE5KaN8NEYwvsHLYgd+0WKDVsgUL/FpwZuRVd67ZiSvtWJFhHQMY7AiuaI1Arvw0/jLfB03Mbtrdug6NSJBTsI2HlFYnWHZHYlR+JpuZIfJWOwpoRUXAzi0JXeBRSj0RB8kIUXjRHYVZ/FMR1tqPGejtWhW7HorTteFO+HeYD2zFaLhpWdtFQDYtGfHI03pdHQ70rGh8EY+CiGAMlnRhcHj+o4TGwT4vB/7pj8F1xB2qtd8Bn0w58SdmBpsM7kFoxuO7Zgbk6OzHVbie+h+yEQ+JOzD2/E5btO6EhFQtt51g4h8RCbkcsLmfFIr49FudtdyF83i5ciNiF2ft3YUTuLjSU7EJGzy6ss4rDu4lx6J4fh8chcRDOiEN4RRyuvo1D0Y84xHfFYa3tblwL3Y2E6N1YeWA3fEp2w6NrN2LF47HFJh4zQ+OhvC8efTnxcCqLh2JPPEIFEnBMPQHNVglQdUuAeGgCHm9PwK3zCdjYkQAhoUSsUUxEle4g5omo25SIJbmJkLmYiN29iXDWT4JfUBJWRiWhICMJhkeTYNeThOyRe5Bos2fwzj0IjtyD6L17kHx0D6TL9+B39x5oqSRD0zYZszcmY+HuZCw6nIyf7cmIEtqL1M17sbBsLwIf70XM772IsNmHyMB9yN+2Dwu69+GAYgpuW6Yg3iUFUwJTsOdQCmaXpKCnIwXPBFMxXTkVIeapMHJNhUJoKlyzUiFYngq5nlS8k9uPlVr7UWm3H7tC92NO4n5YHtoP75b9eDksDWtN07AlKA2zMtPw63wa2t6noaY9DaVi6TitmQ5P63S0hKZjUkw63FPT0VWaDt/OdGxQzICrVgZ0zTOgNyUD0SEZWJuTAdnzGTDozICDUiZidDKRaZWJ/IBMNKRmYlxJJqS7MzFb4gCcdQ5gm92BwTgPQCPrAJoqD8Cn9wBOSmSh2SYLOwOz8GlfFmzKsuDVmYUJCtmYPC4bOyZlIyUkG/cPZ2OgPBt1vdnYKX4QlmYHURZ8EPezD0I39yAMLhzEuq6DMNE5hA6LQ5gVfgiumYegeeMQrDoHkczBYq0cLArKwfPsHCSfy4F7Vw5uzjuMm6GHURF3GEJlh1HUexgLjY5AZ8IRqIUdwaFDR7Cm7Aj0fh1BtvlRDAk6it7ko8gqPgr7zqPQHXUMivbH8CH8GIbuOYaJFccg1XkMjyxyIR6ei+lHc+FSkIuhHbmI0jkO27HHoRJ8HNVnjyPgynHoNx2Ha/9xyJmfQBdPQCDoBHKzT0Cr5ARWtZ+At9JJqJifRHfgSSRHnYRL+kmcKjgJtc6TOGdxCuNDTuHo/lNQzTsF1wunkNp9CukapzHa4jTqg05jd/ZpDBSfhlv3adwTPwMDmzPwCTqDR5FncLDiDM60noG49lmcNTqL6RvOIiHvLHZ0ncUk/TxcnJ6Hj8F5ME/Lw46iPLy/nge5d3lo7MjDT/N8hAbn411WPg4U5yO6Lx+W1uegHH4O47PP4eCZc/jZcQ4tQgWI0ijAb/0CaNgXQDW4APVRBcjKLYB7cQG+3y7AjDcFcOkowMmRhdjsX4jq6EK8zizEnNJCHLhaiGGthZhhVIT+4CLYFRRBsa0IL7WKsdm0GIHBxSjOLcbnxkGVL0H86BKsdCyBXmgJlh4pQVlxCdIelsCrowQT1UuxwKwUtoGl2JZYCpHDpdAuKUVFeykUhpVBxLIMywLK0JhTBoGyMmR2lEFbtxzLzcoxdnI5RMPLoZdYDruScmx+XI5zreUo0qzASLsKTA+uQEFSBY4XViCmuwL3DSsH+0Yl9AsqsbeqEr69lciROw9p0/MY63gedYHnYZh2HnfPnUfKtfPQ7jiPQNML6A26gOycC1CqvADr5xdQ3HQBXQIXsXzsRfT5X8TU2IuoPHYRizsu4qLRJRQEXcKynEtwbr8ER8HL+GB1GccCLkPq4GVY5V/Gno7L2Gt6ZTCuKzgRcQUdeVeQ+OAKYtuvIELtKiJMrg6eXcWz/KtY2HwV0gNXMd78P5SF/4dxcf/B/ux/4Pv/8KP1PywwvYZmv2vITr+GzIJrGNl2DV5a13HcchCn63g49zpmB12HXdx1HDt0HQfzryOm8zo6RG4gffgN/LS8AQfcGKyBG6iOuwGpwhtYeucGIn7eQGPPDWwOuAnDopt41nITN/1vYd7JWziWdwu77tyCQMstHNe5jf+Z3sZO3Ea83200HbuNssLbmNNyG3HSd5Bqdgf7pt1BTMAdlKbfweaSO9BsuAMrzbuotLwLg0l3ERpwF4477kLu3F1seHwXt5rvYonpPah634NH+T2k3b4Hq7f3Bn24h74J91Hrfx8yGfdxMO8+VJrvI3fEA8SaP0BfyAM82/8AYSUP0FDzAK4dD2Bp8xDrAh5i26mHWG36CKcCHuFY4iM45j+C9/VHiGl7BF3Vx8g2e4zIeY9xfd1jTN/4GBYZjyFX+BgbWh9jSP9j9Jo8wVnnJ9Bd/AR3/Z/gwvYncCt8gjGdT/Bc+im+mj/FwqCnqE9/ikfFT7G5/SmazJ7h64ZnWFz8DO9bn8FZ4TnG2DxHpv9z3El7jiqBKqQPqUKUcRXcJlXhfWAVBiKrkJdchZyDVYM5rMIYkxcw9H+Bm2kvML3gBe42vIBp5wt4Kb4cnCVe4kLiS3iefYn7LS9hbfZqsOe9Qk/8K8zPf4UVLa+QI/Qaf1VfQ938NbRdX+NzwGucTX+NyYWvMbz6Nd7IvsEJszeI8X+DzbFvIFL4Br4P30Ch6Q1cBN5CxvgtIv3ewrnoLfZ1vYXdmHd4HvgOmwvfQa75HY4av4eY33son3sPq7vvkdP0Hq6mHxC1fpCUD3hS9AGBNz7ApuUDxohVwzywGjWHqvE2vxphzdVIE/qIZYofcd3pI5z9PiI57yM2X/mI/qaPiDf9hMwZn7A95BOiKj6huPETPPo+ocboM/KnfEak/2ds2/UZy/M/o+PpZ7g3fsa/MTVoC6xBbULN4FurwbYXNfBsr0HdiFpUbqnF7+xarCiqRfy1Wsx6XQuTxlq8Ev8CR8MvsBz/BdK+X3Bh/xf8r+gLCju/4KbVVyxd/xXh+V/hX/8V9n1fsVL6G6x1vw32hm/4OP0bvNd/Q3HcN3g++IaSxm9oUPiOvFHf8Xr9d9g2fMcF9R9o0P8BQf8fmJL+A6aFP1DW9AOWRnVwdKrD8eV1g7HXQfFoHSSf1MG3qQ6LpvzEvICf8Dn5ExPqfiKh9yfu6NbDe1w9Uv5XD7OAenjtqcf9wnr8667HBu0GvApowM4tDejZ24CcggZMuN6A0oYGXJJohK1GI/ayEUmrGuEd1IgZuY241tiIzcObUDexCUe9m/AuoQlzipvg2tiEBvlmWJk1IzG4GS5FzXD63IzInma0jm9BrG8Ldh5twYfCFshea8H4zy34Zt2KSetbMTu2Fb9yW6He24rTZm1Y5NOGZSfbcLG5DWky7VAc1o5Q33aMjGxHTV47TBraURLSgcCCDii1dmCuUScSHDoh4zeo5zrx9E4nxtV14ptUF77O78IG3y483d0Fo1NdeN/QhXti3eDabpza1I2vKd2QODdIWzfcXHrgv74HB372QFjiFwy8f2FxxC9Ulv7Cr8ZfaJfvRd/6XoTv7EVEcS9eNfdCXPg3PCx/4+a631hW8BvvWn7DS6UPw9f14drZPtTe6kPflz4cbe2Dkv4fHHL5AxPvPwiM/oPN1/4gzrofbzz7UZ3bj68aA7hsMAAxzwG8DxmAxK4BnP44AM+2ASSp/0W5718oZf6FXP5fiN38i0Wv/g7O1H+R1PsXhWb/sGT9P6gV/4Nq4z/8Uxdgl7UAj88RoFKAAIXCBHg2SoBr9wlwcYUAvV4JsK9XgBJDBfnAWpCBcwU5LUKQE1MFGVIkyMtXBLngriBDGwV5tUeQsVJCXKQkxGcjhHjcUoieTkLs+p8QG9yFeNJDiD6bhfgzRoiyGYM2ZUKUeS5Eo89CLG0T4vg/QpwjJ8xDJsKcZStMtzBhiicI81aaMA2OC3NbqTAXPBPmwU/C/FgnzLddwuyQEmHXGBEq2ohwWagIU8+JcFO5CEe9FuGbbhFOVhBl+lBR/mctyg+rRCkXKsoRGaLsLRXl4mei3PBdlAo9orytKsZgPTHaWovRwkOMn0PFeGi7GN+miXHtcTHurRDj7SoxOnWIschKnFnTxDnbQ5yXQsQ5PFOceyvF+fSDOFf8FudhJQlm20pwzQoJOm6U4P5KCSp/keCXXglqCEhS1lySGaskqRkmyffbJRmeJEm5XEnqVkry331J5j6TpEqNJC+3SLK/e9B+jBRrFkgxLkyKMjulOD9TiooXpehXJUWzVikG60hzgoU0H46X5sVJ0tQOkua9ndJcnCbNtWXSPPtSmj++SLOvTZrXFGT4yFaG7pThnfkylF8twznBg/sUGVbkyrC+WIY/nsvw7zsZjvkuw9tdMhytLEv3kbLUt5Bl9HxZ7l4ty69hsuzfK8vgU7JUuiDL2w9leb1Tlu9shzDZfQgnbxzC0H1DOKl8CAM+D+HN9iHskJdjjO4g5nJUsJejzBo5VoXIsa5EjhFX5Dj7iRwffJVjRrscY+XkGW8nz51T5WnhJc/dgfL0i5DnnaPyDCmTZ02VPHvb5blJW4HL9RWYZa1ADTcFKococFSiAp0uKnB3tQIrOhR4e7gih1gqcsRKRcb5KLLrsCKXlytS+aYinysrscJCiWc8lVi0T4kOZ5T4rFyJ/d+VWN2hRDFXZX6Zr8xIb2XOC1Lmxa3KrK5Q5urXykz9psz3rcr8Ka/CHGMVXrRWYfMsFbbPV2F9qQpVLqnwX7sKJ2qqMsFMlSkOqtzir8oLqar8cFCVknWqvCGsxrWWaoxcp8Ytp9Wo9lCNR96qcU+7Gi0U1eliqE5jc3X2BqpzRIQ6q3PVaVioTqcL6vzyXJ3yjeqc1qHO6AF1HjDQoKmNBg33aVD/mAYVCwf1qga9X2hQvE2Dv8w0+WulJkWiNZlWpMmrNZqUatJk1i9N3lQbyudjh/Jj2FCm7RtKl5KhVOoayklmw3ho5jAeCBpG4fJhrNUezhXWwzljynAmBQ5ndslwSrQP5+q+4TyapsVdZVp8dU+LU+q0eHFAizdUtZntqM3MYG3eKdPmo3pt7rDQ4a1iHY55p8PwLh1usRnB7etHcPLmEXROHsGTGSN4pnQE1zwfQUkrXW7116VohC5vxOvSoUKXo+p1qdqjy/XieqSCHi9o6PGylR7nTdNjiK8e35XrsfqeHn8912Nttx6PrBnJaP+RXHp1JH+0jGS94CgajxvFziWjKO03iv1JoyhVOYpv7o9iX+0oLuwfRVvT0dxiN5qiHE2nRaO5OHQ0Fz4fzb1toyneP5q+4vp8aapPT3t9Gk3Vp9QqffZu0GdiiT5fvNTnKYsxFI4eQ//iQZrGMLFnDGPUDGhgacDkDQZMrDTg62oDGncYMEDLkDbOhgxeYEjrQENeSjGkVpEhFW8Y0uKPIQ+IGfGNnhE9rYw4FUa852rEnhAjxiQZUaXSiJWvjThdzpgfzIyZkmLMthPG/HfVmLoPjFn/25gOpiYcPdGEnkUmVH1swtdtJpxmbsrOhaa8HWDKsNOmVCk15d0eU04MHsvI/WN5qHQs978by5NJZtxbZMYWE3N6OZszzt2cJzaYs7/InIm/zJmrYsHqGRY8HW7BE/kW7C23oP4Ti8GasKC7jCWVx1oyy9eSYzMs6XPGkgNllnyvZsVeCyt+nmrFK+5WzPS24voSK+bJWXOxpTVrPKx5Jd+aHpes+fWONR+2WzNDxIaeJjbUdrPhvQgbssCGJx1smepryzepttQ7Z8sdN2w5LMCODrvs+KTQjs+sx/Fz0Dgmt4xjndl46k4az/MB46laMJ61T8czomE8T9jZ03i+Pd9tseflY/ZclG/P2lJ7TmuzZ5vFBM5zm8C6gAkUsXcgZjrQMsmBE9Id+LPAgc5dDlyv4cjqMY7EbEeWBDpS+7UjE1od2azgRO3FTuzf6MSwLCfmnHNidaUTDd46Ua3NiW9lJ/KT2kT2mk5kxNyJnBAwkV+TJnK7lDNrhjnT3dKZBgHO3H7QmVnnnNkr5cJ9li6MKHChRwR4JxnULQJjm0Elc/LVtklckzSJMdcmcVjLJIaITWav2WS+PT2Zo+SmDP4dU3hr9xS+PDmFJ62m0sdhKr2uTeWnR1P5rHkqV0lN41CTaTT1n8Z/Z6fxt8l0fhqYzv3Wrtw315VzvFwpcc2VvmNnsOfeDKbYzeThwpmsuPs/en7+H0UaZ7HEbTbLPsymX5kbnTXm8LHRHAo9msOfmEuXOXMZvmkuA1vm8ZGxO49tdefLAnf2P3ennuR8Lj06n4aWC+jTtYBX4xYyT3URV5su4mGtxfQLXczeh4vp+2Mxc9cuYeSpJbQ4v4QbnyxnudsKzg5ZwaElK+hdv4Ll+h7caenBwHgPDivx4FODlXQ3XMV/Pz3pfWAtzfZ4M+eON83XrmOjrw8dHvhwiIkfPVT92dbjz4VhAVSYsIFr5QKZqBvIc1+C2bw6hLf0w3hlfBiLY8L5f9lHhIQ=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3048">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="55" id="scan=56" defaultArrayLength="1824">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="95824.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05011337" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5487.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="997.67529756" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.06104263" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.3166" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8608">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3244">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="56" id="scan=57" defaultArrayLength="1822">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="97352.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05064239" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5433.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.54331800" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.01558102" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.322217" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8604">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="57" id="scan=58" defaultArrayLength="1825">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92824.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05108200" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5732.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.29285652" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.97010684" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.327817" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8608">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3240">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="58" id="scan=59" defaultArrayLength="1785">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94366.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05065729" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5994.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.42383113" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96773524" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.333433" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8444">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3204">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="59" id="scan=60" defaultArrayLength="1808">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="95323.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04982603" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6058.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.80341044" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.97700248" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.339033" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8540">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3260">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="60" id="scan=61" defaultArrayLength="1788">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="94189.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05039230" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6264.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.71302865" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99488846" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.34465" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8460">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3188">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="61" id="scan=62" defaultArrayLength="1778">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92202.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04979250" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6233.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.06006375" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="97.95346716" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.35025" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8396">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3156">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="62" id="scan=63" defaultArrayLength="1757">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="93045.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04992289" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6394.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.65986898" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.50755340" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.355867" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3136">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="63" id="scan=64" defaultArrayLength="1766">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91919.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05030289" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6748.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.11452184" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.05794018" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.361467" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8348">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3120">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNptmU1oW9kVx1+pFmp5UFHEoBbRqlQUQ0VrqEu98ELvPhW0UMELL1TwwgsvvDDUCy9SyEKEwTVpMMGEoQwhhCEEkYYgSjo8whAeZQhalEGEUrQYBhHKIIYyiGEoWgyl9/j+ztyT0IV4X/eez//533OvkmSRJUnpfxsuSZp5klz3v7F/3vPP2y58e+qvM3+d+OskC9/led8/r/x1ml2N7f6xlyTf9vPbjJv7301/v+vCmP/6q+j7Xn71bfRXf73t3x27ZPQHf99inrxLXZi/9r+av99xQe9v/Lgiu5K5ePnrpPyh19n3336P3jn2pMhK0X8dHwb+uoUsGbcl/mLf2/6a+F/dBT86+CdjNyU+zPvIhXid8b104Sd2yXwZK740iF8TmbvMF39uIkP0vuS5w3gfj6THWJH5D+R97EJsxiYPFy749JD54uMdF2JxgbwZufgL8Zdx/+RbA7sOkLnBVWL6mPESoykyxJcqce7lYWxF/CB2ovdLF3V+Si7l/R7vHzNfx9d5ztDzb3wvwZi8K7DrHRfe6Ryx7xC5cu363znzT8h7hbkXfL9Gbi6JwX1s/xjMi6wPyOe7LsQzJRZXfqsOxleIyUH+dS1c6Zdfm9zeJ98HXCUWUlejgP8rzBxjn2D+b9gh8yX/S39/wwX/b/IT+a+MfnlOvA0f+vuv/O+FwckX4EOwN8Tv/7gQaxlTxa7P+fYFcW94eQ/QP8QmiYPM+WUeYr4LPr/ln58R17dCjV/5ozhP/btqHuRfI4dNamiGTwNiKvE65dsj9IqcJbZIPvp5sOmbcMIP8oCNNuNFz3fycC9xe+4id4nNj7BZ3h0g94y5Epvf5UH/iPzfcyEuGqshGPlVHt7f4HdKnMVnse2Y52fMEx9F/ifML+GXGjgQO/5uavchOToC87ewZ4AOwcu/0PsZ2LoHLsTv97k/IU9jcvEuctumli6RvcL2KrXRB5c9an1C3chY4U3h9iP8eUKt3MW+V+T5gpxP4Df1s0dcNsF/G6zu41PX8MVP84j3x3y/jawe9T6HyxXjY77NsXkT/+T5M+w6xcYF/HuOb1/BrX3sGWHvd70dvwVbXdaUM2phA3lHcESF+zPiJna9QN4t8HaVe+qpQQ18jp8z8DEFI8fU9hNyMoWve3BVk7jf5VlsecD9A+pTYvkn+GhGfH6Uh+sxti6ZW6LjBH0y/xt5yGUdm16yRneJt9o1AHOCiym26TqpsZA8/Bju/BR5Lepjg1xcYledeUPidM+stTJ2TQ6PyMk2sfiIvF/Dp4aLth2CubfR9Zx3uh4qb4qd34fXGsT7Bhxap9ZK5onOn+chDufofkpsmtRpGw5aucD3ffQ0sLmeBwyOkHuTXK2zyFFyv0WOBuClgbxPzLqQMmYHGfeROSVOJ6YfGCC3gk7l6XOu++hIsHfC+qz9SoN3K/q/hfIGveQW2EvgxBJdK+QUWeyFxvBvwb3YW80jvluMe2m4UcYql0s9zsFlF9+PiMsK3zpgQnuWHXzdIL8F8T43a88pMVoa259hzzm+yff3sUtsLcz63eE3hBtW9L1TfBjzLHJ+lgccn2NjFW66CwZHYFdtW9PrbCFvqP0S1wZ21OCmNbUtdrzSnhWc1w1HbTBX+7sVWJTfe/jZRk6CbRVjc4KfD8F+Qj0W9AM/yUOdzHj+ABw9MtyrvJGAq6VZH7eRdcy3JvxWgydE7nXwLd89F45e5OG5Rnxvcf/nPMyVWPwiD+92wdBzarVJzJvEbUkPWsfOL8lRCt7HrEsL+o0WtrzDuxHvasTnDhisYP82OnfgwhP8S9G5jZ63WNsvGX9E3jZdrP8N5t0mdlpj7+HjA2wR/FSJxZx94Sn8mBIL7SEGzG3Rc+g+rMe7Cuth1/BIx0WZKTG6Ayb34Uddv7XvGhMj5dwmWNe49sBVhferLMp+ip4J+WqT8xvU4tzsv3ou7i9k7Cl5LwzWtD5KuG4NNvdd7Cv1u/KgcmsXHW30b7uoq8X7A3LWwRbthXTfvWNiMaavWINJzdeB2Vfs4WffxKFtuKLN+yV8WyF3aoPux5WfVYeO1/3TDA4fM2Zg1t0K4xdmzgGyS3jb5rPMYj46xv+Oi/vVJ/h0zexnVlncVw10ncKWM+Sf4Z+Om8OdO6a3WsEba+6bLnLMLbPX2zN50n5sH3wfkqdTdIyzuI9tmR7jgnkN4ih1+SE1vM5iz6X7pH30JYZfU2pl4OL7EtsHxOzIxGePMQOzL24RI10jEt7V3evnPkdmrbvkvcZ/yPyHXLXvK7l2iKPac4kvQzDZN7jbdPH8YQCv7oDVS2ycZ6+fYRyis298KMCA9k0Vcz6QoqvA/hq6Ns2+d4ivu9hXN5hu4rOuEwvqZ0Gs9hjXxxbVNyGvBdy34KxG9xbTLNbR2py/1d84I0uMLTVqSM8rCvJjfdG+XK8LsF9wtThqg/NTF7lvCx0dw4WpOfPSfmpkeoAxtaT7tCVYmJuxRRb3CT362AY/PVOZ4LPWY4msKTEfYssB9lqeWtGj6rxN1pE5vcQhWJ+BnSrraoU47L9Rd7omTLBFz1zUlhn91dicJWrPa/t37W2WWexllXO0pir41TJ62mBE/df9Qwvbl8QqpfdMXeyDlBe0N2ias4B5FnuR6+BL9y9NbLG5Kg0up1nERN/EUvd8IxOzillXFsRjw8XeUvOm544FtvVdPEsamDVW7yeGr8dZ5FTlEY1zw+wjWm9wySKL+4kVV7v+a60pN2h+Nk1/2uB+nxj3Tb5KZCn3an2rPVvGl8L02+MsxlX9XZNH3Svp+tylHrTO1M9xFveqa4M/XZ/0HEh77Rm+FGZ/P0fWOovnz/bMeWjWh2UWzzq6xF/3rCnjlLtn6J1lETOqs27WUO2XlR81TsqR6yzKs3aPzTlty3DdxOBb+5+l4WflNa1lzYXmsmL4NTHrTtX0RUtjd5nF68zkTbFrZdfN/xGleV8YjKYGu3NTg7o31/97NPc1w50aZ+0hUnN2rzyt/FU3Z6nay9p6LrLIAbpfq5n/XUpj38KMW5q4qW9tc26p6532j20jszB50dxbnpoavBdv4EH1a4xnJlZz44PlOcV61b2Ouyr1Pfs/+jQPpakf9Wv59Z76f0miKG4=</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="64" id="scan=65" defaultArrayLength="1717">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="91590.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05024701" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6861.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="993.66516093" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.05858008" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.367067" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="8116">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="65" id="scan=66" defaultArrayLength="1690">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="92047.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05059149" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6597.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.02728759" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.51170855" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.372683" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7996">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3020">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="66" id="scan=67" defaultArrayLength="1681">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="89807.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05065855" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6344.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.00557391" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.05326998" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.378283" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7948">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3008">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="67" id="scan=68" defaultArrayLength="1675">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="90516.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05091561" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6519.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.66217325" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02444334" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.3839" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7916">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3012">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="68" id="scan=69" defaultArrayLength="1633">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="87218.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05005130" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6747.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.67595732" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99423524" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.3895" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7728">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2940">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="69" id="scan=70" defaultArrayLength="1619">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="85885.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05032698" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6213.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.25821015" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.04832584" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.395117" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7664">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2888">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="70" id="scan=71" defaultArrayLength="1605">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="84972.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05039404" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6349.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.01650368" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02453204" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.400717" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7596">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV3c0F94btj5W9sjeZO+RUerneRMNpaK9U6GPTVTfhoQGSmRHSZE90zDaU0laSpJkr4+R3c8fz3nee88995z7vu95n+fGCPy0eyTyyy57qM2uT/S3HRf/H7tfrC67hs99dmJcLLtHrGE7BdMRu1nOMbvlemN2DkqTdjPi03YykrN2aoP/7I7ws6F3ig0NQuzw4OJAtxYHJMI5cZudC6NTXGiVY0D9HwONQ9xoEuDBeWlezPTz4qAyH+ZP8iFbhB+MSX4ki8+DRZMAulkC2CUoiDWjglDmF0KHgAikBEWxRlAMhgxxDIuJQztMHBVj4kjglkAQmySqx+bAIYWFXNK4OS6NrfwycAiRwQRLBhmDsnDgkIOahhzCxuXgoySPJW7y+BAgj7FpeZTMV4DgCQUYsCnisqYinBMVYTujiDFVJayaUoKolDI8ZpVRc1wFuVMq2CyoivoRVdzhVEO9qhruHVbDiUB1zE6pw+zvAiiKauLWjCZYylqw3qsFm3EtuElp48Z1bZj3auMprw7KAnVwZFIHZuq62NamixXjurjOrQcPBT34j+lBRkYfy0QMYDJtgGVVhkidNETztBE+KxpD5q8xvNVNcDzCBFEzJmDNmKIxyAy9w2bImWeOhFRz/GNYQLDTArumLfCycyGiphbiOb8l/h60xIcJS/gmWaGpywrJ/6ywQ8saEePW8J+xwZaURbgzsAg2HIvxRXsxLmcsRouSLcKYtng7awvHkSUwllkKMlqKw11LkTS1FLYD/0N/oB1mhu3AUgSCjwAjI4BSP8GpexmyOO1xz9Aeuv72WDplj16j5VDwWQ59Ngc4+DlgG4cjpNwd8YvliG6JFUjVX4Gx9hV4/m8FWH0r8VF6FY5OrsKMwWqc6V8NLW8nCPU5gZ13DRYJrQXj0Fo0H12Lr71rYWfkjNvBznN95YyL+uswwlyH2tF1wPB6TKttQELHBmSxuUBfxwVnDrjAp9oFD/tcUMHjip+DrsiZccUVlY14L7wJ8nab4Oi9CVwTm5AuuxlevpsRMrYZb1W3IJ21BZY8WxFtsRUdzK3I6d6KP0Pb4G68HfJ/t4NHdAfEzsxhcAf26uxEqOdOvJrYiVmVXbjrvwuTA7uwQX83tg3uxn21PRjctQePA/agcHgPxLT3Qs1jL1oH9iJIah+abPbB8PQ+HGdzg5+2G1qG3WBluR9JXvvxrX0/PMf2w9X8AC72HMBP5kFM9h+EI687QszcUXHafe7N7sgz8kCAmwfSezwgt9gTBkxPfOzxRBrzEOSHD6FOloksKyZeHWKiposJIzYv+Oz1guJhL8gPesFb0hsVh70R888bBlY+uO/uA+4eH8QI+yJO3xcC/r5oiPVF9ogv8gz9YD/th3Ebf7gw/bGS5Q/7RQGQGwpAgHUgNiUF4utYIP64BSFiMAirFQ7DdclhXHE/jIaewyieOQwdw2C4xAVj1XAwjp0JwfmpEHB7HAGj4wiSJ47AxOQolDyO4gjrKNi2HoNjwjFM9h1Dm/d/qGz/D5c9jyOt5zhKrE+glnkCN/pPwFXlJFQsTyIt+CSy008ioewkAgZPwmv2JDKVT2E25BTMYk9hsvQUjMdOQejfKXCbhkLaORS8gaH4GROKmrRQzOSFIqQyFE2joZBfcxoJW04jN/g07MpPQ3jsNNYLhCHXIgx1m8JwODgMTfFh4M4Iw/qKMGyfDMM6xTNQwRlMHD+D6bgzOFtyBnwvzoB74gxOmYdD3SEcO/3DwRUVjoT0cESWhuP3cDhesUfAzzICBYcjMJEYgcaMCOiVRUC2JgLM0Qi4C0TCXzYSrMWR0N0UiQ1+kdgTFgnf+EjUjkXihMVZdAWdRfz1s2ipOAufobPwEjiHWdNz2ON3DtpXzuHTzXP4UXoOhqPnoMx1HkmK57Hb8jwq/M4js+w8Vo2cR4b5BZw4dgGpHy/M3XsB1YJRCFKPQoxfFJafjELklShsyozCZ1YUEhnRqJKIRq9GNB6YRyP4aDSyM6OxuDwaP2qj8Wg4GlyCMZiQj8F90xi4BMZAKSUG1x7EoLojBu4zMSgOvIju8It4XH4R719fRPD4RXywuIQkv0t4MnYJO2RjMWgUi0sBsVidGIu+0ljsH42FKf9lyGpchrPFZbQFXEZr6mVwVV7Gwf7L2M4Zh9fqcdAwicNocBxWxMRh4dU4sJfEIXYoDiX88ahTjoewWTxW28bju388Sv6Lx3BiPDqy4pFXFo+zw/GokroCTsMruBZ4BeKxVxA1cgXcigk4YJIA04AEdKUlQHc0Adr2iZjZmIgTQYloik3E6/xEZPQnQpEjCSWSSVhsmoRX/kkwSk/CwoIk2D5IQvXHJFwdTcIqi2Q88k+e679k8Jcko4iVjGP8KXghlYIHJilYF5iCxsQUsGemQHkyBUJ8qehXT0WYYSqy/VLhlZmKlvJURE6lYr1aGhwD0iAckQbLhDS8LUrD3qo0HB5OQ5jQVbz0uwq7k1exL/UqRO5dxVbWVfQZpSPKNh1M33TcCp6LI9PhWZSO01XpCBlKh+y/dMTIZaDcJAO3AzJQdjYDzXkZ+MLKQJ78NcDkGmz9rmHXxWuYXzoXj12D8sbrWOp3HXxZ16FWdB2Hh67DRzwTZJGJqaBMGGZmQq84E5sGM7HR8AZabG9guf8NbMu9gTUjNyCrn4VOnywcGMqCsulN+AXcxMb0m2AvvAmpwZuwEr6FbINb8PG/hYobc1xyC0YDtwDhbJxUyMYm/Www/LMxeCkb3EXZ2NafDavpbHy2zpnTqRzIlOZgcCIHwf638TXqNurSb2NFyW2ID96Gm2wuTmnNwS4X8/xzsTs5F+VFudB5loulg7noZOQhQyoPGwzy4G6XBym/POgX5KFrMA+TUvlQM8mHtm8+vhzPR1RKPmoL8xHWlw8L2QJ80ykAt2/B3LwvwMqUAuzJLYBaZQE4Rwvg868A75UK8cqvEEtDC7GAvQid+kUw9CyCdEERTrwqguBYEepMi3HHpxgcN4txsq8YMiolEPYrQWdOCQ6wSnDFpxRWaaVIGCmFmU8ZhqPKYHa1DOWFZWh8UwbloTJwMcrhqFyO5xvKYXqoHJIh5ejJKseiwbk1RwX05Srm6lKB14sqcGRXBeL8K7AkugJ3Ciqwu6YCs30VqNG/g53Wd2DvfQfJeXdwY+AOhGbvoF2vcq52leA+XwnTvEps6qtEBOMuVOffBbfJXaR730Vb6l2sHb6LtIX3YOx9D5UF9xDTfw+S3PchJH0fe7XvI8jnPpQz78Ok/D6ODN7HLd0HmOf9AM9yHqDu0wMYDz7AFd8q/DhRBav4KojfroJNTxUKJavBpV2NDWbVWOFZjbT8auh+qsav/mrs562Bo24NEvxrwJdbg6jeGshO1+C1QS2cmLX4V1ALkTe1eM+qRT3XQ9xVfAhrv4d4dOMhhiYewsngEbq8H+H81Udoz3sE6YFHqFJ4jJV4jLXejyGQ/hgPch8juv8xTASfwFj7Cdy9n0Az7wn8+55gVO8pUt2fwr7wKXyePkVk21O8NHwGbY9nsMh/hu1Dz1Aq+RzXjJ6j1/s57hY/x5eh5+CRfYE4zReY9nwB9Vsv5rzQCxzVfwnBZS+Rtfkljni8hFjSS/yueYlnvS9RKvAKwnqvEOL0Ch2HXuFiwivk9L9Cncxr3NB+DV/mawjlvwbbxGu4yb3BO703EPB9A7n4N+AtfYNXfW8QKl2HIOM6pHjX4VVCHRoK68DbUYeHcm9Ra/AW0oFvsafoLfyH3qJx4i2CFN5BwvQdtgS8g2PeO1wfegcHg3os862HWG49nB7U40FHPWpH6jFi9B77vN7DLec9+ljvsVqqAZu0G5Du1YB3eQ04ymqAr+QH9Op+AI/dBzzy+gC/gg8Y7f+AAclGlOk2YvnCRsgxG9Fa2Ij8Z40409uIBsGPaDD4iL++HxFV8HHOj3/EYr5PkDD6hCCvTzhc9AmDfZ9gr/oZ9safsWH1Z2QFfQYj5zMudX3Gn7HPGPP+grGCL9Dp/QIf/a+4wPyK43FfYdfxFTyzX/FFvwkrDzXhUXYT2CubcHG0CboG3/DZ4xuqCr9BvvsbNAy/w9XvO26lfMfkre/4de87ivu/w0exGRz/NeNFTDMGC5ph1N2MZOEfUFD/gfxFP3DQ7Qfa/X5gQfEPRPT/gBCjBWNSLbin3wI+zxZsDmlBVloLXPNbENrVgt1sP2Gj/RO3HH9i9MBPMI/+xOKkn4jo+YkVVq1o9mqFYkQrSgpaETPQivXav/DW4hekvX9hc+IvTJb8wljXL5SItc3lvw39tm34y2xD/pk2vLndBtGONryV+g2m4W8YuP9GQPRvKJX/Rlf7b/w3vx1xOu0IWdaOn57tiMhux46H7XN/snbM6v6Z839/8PLMH/y49QfBNX+wsfsPKpkdeJHXAZ6uDqyd6cBxkU5YG3UiitkJ5/xOLOrohKtXFzz/68LWi13YU9yF6v4uODC6oSDVPad53Tjq2Q2Hi90ILOjG7uFu3DbswUXvHlRH9eDO3R449/Wgx6AXsx69+HahFy9yehH6uBc3B3pRL9KHVq0+GP6vD5HMPsy/3Yfgnj7kiPSjRr0fWw70Yzy6HyY9/egb78czvQGo7BtAbPQcCgfwu3oAdQMDcDQahJzbIHpuDuJ+9yB0+YZQpTmE8NVDkPEcAuedITj1ze3xs1CpyYLqEhbWu7HAHcTCyTwWFj9mYXaAhQWWw3jkOQzb88PYfnMYpveHkdg+DHvREXjoj0DAYwSfskbwoGwEIp0jWGIwipvLR9HhNQqLG6MIHxiFHmMMCbpjUNs3BuHAMTDvjGF75xiijP/C/+BfbMj5C977fzHU+heVguNwWjAOEfNxGBwch8DRcey+OY5z98fxv8/jeNA5DqbuBP7um8DW/Akc7Z5Az/QEdilNIlp/EmbMSeilTiKmcBIm7ZPYMzoJR4kpJHtO4efxKajmT+F7+xR2jk5BXnkahXun0ZE4jeX3ppHzaxpGpjPIXTmD1IMzOBk6M6dZMwh6OAP9gRkE6swi3WoWo56z2Hl2Fm23ZxHZMYsZ9X8Qt/4Hjb3/4J78Dy9L/qHt1z9wcrKRuwAbXZ7PRhkmbLTEno2cAtho+xU2Cr/DRp8+sVFBKxvxDLCR+RgbMdjY6ZwUO9WZs5PR/9jpqCM7GbuyU0YgO225wU7fK9gpvJGder+zk88QO62bYCdRDg56PY+DmIYctN2Sg0ZdOKh7NwfpHuOg0FgOKk7loLhiDlrVzEE5CpzkYsJJQxs5abMfJ1mHcpL3ZU7KuMpJZnc5qeojJ5X+5aRBUS5SNuOiKQcueuzFRReucFFxBhd1FXPR9xou+jHFRQoiDGqVZ9BJKwYpbWBQfgCDbOIYlFHIoPZ3DIr4yqAnLQzyZjHIfZpBDcbcNOLETbE75hDATT2V3JT5lpsMRrhJgpuHdAx5aMqCh34785CqLw+JJvAQRykPUSUPTb/moZZvPLRrmIdaRXnJyJyXvtrzUsgaXqr346Unx3lpYzwvRVXwkn4bL7WweGmfGh/p7+Ojp758NBzOR6KJfJSdyUelpXxk+Z6PpFr5qHKQj7Qm+KhCjJ8EDPnp00J+kg7gJ994fjqRwU88pfx0poGfDEb5ycZ0Hm13njeX23k05D+PvkbPo76yefT31zwa75tHxhwCdFdVgLJ0BOiZhQClLBWgbWsFqGSfAJX6C9DLiwL04roADZTOnakSoKUNArT6twA1DQnQdSFBuq0pSKXGgtThJEhb3ASJ21+QUqIFye2uIJk1CNLnJkEyZglSgJAQha4TogtBQqR4WoiexgpR+fs5HhYiURNh2mcpTNpuwsTwEyaTcGHquS5MWUXCVHJfmLx/C5PUmDAZqYmQkLEIvdwgQt1uIrQrQIQ6i0Qo7JcIlQ+KkLySKLWbilLVOlGa7ytKpdGidKpclFzeiFLqmCg1iYlRuooYeZqLUcVeMdrkJ0bMMDFKjBajohIxmvdQjC5+ESPudjHSsBCnVhKnZDdxeu0lTkv/EyfBFHEKzxUnkbfixP1DnCo6xSlpRJxczCVok7sEVfpJkPMlCfLKk6DmBxKUOSVBfvMlqVpJkkhbkjRNJEnRUZL2r5ekcl9JEgyRpJFkSfpdLEnxdyWp+Zkk6RrOp1Ou86lw/3za5zufopPmE2fnfOLlk6IF1lIUnCRFyhVStOSDFF37IkVW/VI0IyFNN0ylaWWoNDEuSJN+vjSFVUiTTb00OXyTpmP90tSrJ0PLTWWocZ0M1QfJ0JoEGYovkaHC9zL0ZrksDTnJUrePLK0vliXLQVm6PiFLa03kqMpJjhbvlqMb5+TItVSO7BrlKHxIjhgc8mQuJk/rleWpWk+eOs3lqchNnpb4yZNFozz9HpEnDk4F2iWmQI8sFGjTYQXiClMgnssK1FqgQJsnFEhBSJF2KCvSEqM53qhIsd6KtDRRkYyLFelGvSLVDSnSN4YSuUoq0WNDJfrqokQlbkpUmqlEAbVKtLpBieJ6lOiFgTI9W6NM0kxlqgpWpqvZyhQ+oExl4ip0RVGFVpqr0FknFWr1VqHrMSq0KkmF9pao0KsvKpTLUiFXYVU64qRKFRtVKWeXKtkcUqWOc6q05rEqNb5XpWY7NXpRoEbS79RoXFKd7imrU6mfOs3EqJNsmTqd7VOnRG0NijTXIBEHDXq8U4N+eGrQ30AN2ntJg/iTNehTlQZtadSg2l4NuqW7gIRWLaDxSwso9N4C0qtfQN2sBdQhokkp2prUuFqT7m/TpPfBmrSsWJNs/2rSfist+uylRYfOaVFugha1FmqRWL0W1XZr0SJhbbpsoE3XErSpr0p7bo5pE5+yDn2z16FDG3ToKLsunRLWpSYTXXp7UZfuvtYlSSM9Sr6gR49YenR+Vo/8TfSpzUufwiP0qa9cn0Ia9Ynb1IDC9hjQPT8DcukxoHYdQzJmGtKSc4Z00MaIvDYb0aoKIwoxNKZxF2M6ecKYGFeM6WWeMbVwmNA3ZxNK8zah5ggT6sw3oeNVJlQvbEqFjqbE62pKbe6mpBhnSt3FpqSjbUYKZma0ZK0ZOdw2owOvzGhVtxkZzJqR7Wpz2sE0J80z5nQwfw595nTK0ILcD1nQglMWtDzXglLFFpLX7YU027OQ8tda0ukiS1pYb0nMUUs6t9CK2FOs6Fie1Vy9rciQy5p2LLam0RJr0npjTZ96ranT2Yb09tmQS74NmbbYkLjeItKuWUSbjReTSOFikmDYEo+ZLaUdsKWtsbZ0tdaW3A2XUNOjJfT0/RJaJbCURJhLyaByKYk3LiUB7/9R19D/qCgPtJyPKOMQUXcu0bNWoj0Wy8i1cBn96lpGE4b2FLfanqoMltNyhgOtjnUgiSIHsn/vQM2ljpQisoJGHq6kmTer6PN+J/IIX0ML+teQj6AzdW10JqlJZ+JkbqD0fBcSrnUh2UBXSsl2JemOjXRZfTM1/7eFVmVtIfPRLbSaeys9XLCVSuu20ejG7SQuuZN0dXdRc+Fustiwh+T895C22j6yXbmfxAv3E/uRg8RoP0gilu40q+dBx5ieZJl3iL4KeZO2lj8FRPqTd2Uwtb4LJhv9EBJiP0L/B48zz2M=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2872">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="71" id="scan=72" defaultArrayLength="1553">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="83580.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04996816" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6627.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.07216083" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.95852336" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.406333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7344">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2808">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="72" id="scan=73" defaultArrayLength="1581">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="81332.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05101875" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5731.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.23789629" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96128726" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.411933" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7476">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2820">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="73" id="scan=74" defaultArrayLength="1623">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="83636.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04979679" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6078.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.85883807" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.04657972" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.417533" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7668">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2860">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="74" id="scan=75" defaultArrayLength="1569">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="82242.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05073934" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6161.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.99039128" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.95621725" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.42315" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7412">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2804">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmDFoY9kVhh9BG5RFBIWIoEILSlBASVSYRYULFX7vecGFChcuzOJiAi5cuHAxxRRTCGPMsDHDYIbFDMtglmERyzKIZQqxhOURwiJSBBHCIAYSRAhBxWZQEYIIYck9876fezLF5enp3XvOf875z7nn3iQZp0nSzpLk13mSLMNYhffz8D4Jzx+Hd/s+S8vnMozH4ds8POvheSeMaZq0b3eTpBZ+b8I4C+M0jHthfBrGIivlH4bxKIxKGK0sKd4Pa06yZHQbdFRLOcleeB6HkYTxPIxmGD/Ny/dn5TrT+6D4oMTXCHJ+sZuMPgpztsK3B4YBrL8PvwvDzrOblXN+EObehOev8hJzgq2LtNRp+B6GcQlek3eUlTIN5y5z/oYfHrLecF+E8TnvddYuwWDrx+G5Tks7DNNT7Brz38/z0ubXYDBM28gzuQ3m3s/KmNyG510n4y7/25jybvoNZ404GK5f5qVM+98wDoiZ6TvMS/sKbLB5HyGnlpfz16Xv33Dlc2L3ZzB0eB+Guf+CI/tZ+dv4tIP/roiXxeRLfNXLyjhtO84kzP0jcxbgNnz2n7gzwj9nrO3Alwq4fpiXuGfoMx9+CAeMd/b8bRgf23p8YPKe4JsJ8bPRg99tF88K3H2GDW1i08WXhvOatQV5ZGvmrNvgjzO4Zzn4AjsS5u4h7/2A7xWYjLMvs9Kv5pu9vNRtPDpCnumu5qVfnxPLBv41eQNkNfLyv++Rkxvi+ld4tYazTXQaj/6NjGt8MYcXBTkh/V8Rx1PH/TVx2SVGj/g2IAe28bfZdYcY1Zn7nbPD4m/4r9BnMlQ3bM7X4fmTvLQvzB/9k2+vwGXzn1EbruFkE7nmgx3s7RA/s0F10L6/oi4MwTZAhvnhvTzmXZ042bop76b7Hv79fl5+E3+N098htwoHjnhfktNXcKWPnxbUP5N5Qg1W7V7gwx78HLDmW9YX+HGJDPtt//+JXPgE/T3qnPnIasPX5FoPOT3mmWybY3XDdH2B/g312NZ8m8VatIddL+GGrU/g/wbOyI9NfNaAe3Nqj+pcMy+/ay8zucbtAlsu8fF/kLWgNlhcB3nJNx+3G+K5RM8S/6huzciDNd8v8W/CupfUQePUPj4ynStsXLBnncOdO8jq4v8C2054mv5Kjkxy2bAYh7vUnr+DfZ3GHJkSU/PXu9S/G/RfZRGL3jfEcI5e7UEm51PsuWTNDvWvzv+m94T/trJYl0z3LrbYPKsjF26/U627Qd8U/t918VA9mMOBEWsGzFX+nVFLRsR22/UatvYJc8/h48+o/fJZjbp8jc/fySMPRi4PE2rJIbzcxp4DMH2WRc43sthTXRHfKjKUP9p7f5SXeSOfDZE1R8cL/PQ7ZFzgL8W5AnbTVSEHLaYX2LjP+gprVujRnv8QrBXkd7Cj6mpGjXjYtwPqYweZBfZs6FuqyOti7yXfG8j6mJ7xjBqifuGUOeJqgf+24MWbngNsK2KjHH6ML2f0NK8dtkN8feDqSY/+S73XDnLt9ynYzsFxn15iSJwrLuca2PiNYdJ+j39b4HxjC78bzj9bPKvY8QW5MyQ2G+ZfYWMli/3TI+YleRmjPrL+gP5PsmjnKT4ew6c9ZB9j3z7v6iufs9Zkn/C7ic1V1hyDuYfPVsgV55vsl9dZ7Mul/y9g1t77D2Jhsi7oH40z/wX3CL6P4etUtTyN+/FzuLUHzjk8f8bcLWrJ2vUtXfDKf21ipNhs4JLOK+aLp/SPfThhNlTBvKIWrNmbj1izwc5bfKXa3yCm5+Adgr0P/+r4cI8YXuGLHc4mbfQvqYFP0ZkQJ8m/BNtrvg1UQ7D1OItnnCX1MnHnk4b6vrf8oVohPq/InUPySrnYyKI/T9weOwTfAH510NPG7g21WGcV9UTK4Tk1Zsn5TWeGJfv1kr59iV7x9sDVA/V+fTDuZHEP1T61hM8DMD4A7y24Lomn72W0fx9kcS8uyDV7funqiPrQFhj6YNvFh6prI2J+4/JiSf3ogm2fb3ddbj4mBmbrb/LYc3SoMzU4XSVuXTjXzuJ5uJbFOiy/rNN4bjly50jVnTf9pcsTnetkt2qnsBVp3EeOseXE1Zyq6wPVI7WQ33d5Jh4WxC0B6xOXU5q7gKMtx0v14ebzF9ghn+yjdwe52jOG+GUFb3QePEeX+irVK/Wyic5A7vze1L0GPmm5M+gwi7VzyvdNGv175mLV5Bw8556g5WInPMrrtst1cVH9xcKdFXqsX7k8LNLY5+oORb5sEJ+vwD0G8whcY/An6NOZS/FQXVXffw8Zx26/Vw83I9/myGs5fkzS2O8dwuNFGnvChPUduHyMnobrE7VX+/5G5yF/ttLQvYXuGZbgUi3YdT2hasA4jX227hYUj330qu5r/9KZeeBic9/1HlvO713XSzQd5sRxqg1GfydYd/csC/gu/zfd/j5PY//v16+Qqz1m7vqfuuuxp2nMiRa5OnF5Ke7ot3i5Rl8ri3dhyg3tFX307LFHTR2HhXXsapQ4PU//X1cfXFvubnHquKqYKB9WaYyt7gF1B1Z3enR+q7v8mdGf19y5epbGs2XVYRfvl2CsuZ5LdWVCHLSvtLOY87oTUE6Ls1NXiwrnL919ikMV1+NP2OsUG/FAHJo4XqzJBeWHZMj+iuvbVs63qmM6+6zd3YjsWbgzfDeL9Ub+Xbv9delsnLp4iOM1d0fcgVMLF+PC+UI9pLg+ZZ14uknjnbTPG+2NszTWwSKNPcXE4VJO6ywieTPHIT935urP5C1OKn7FWzL9XcCKeSuna+NwjN38jbNzmv4Pzw2AVw==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="75" id="scan=76" defaultArrayLength="1591">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="83904.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05025130" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6902.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.35694108" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="95.51830749" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.42875" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7528">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2856">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="76" id="scan=77" defaultArrayLength="1599">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="84234.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05039287" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6258.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.63988231" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="97.96186444" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.434367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7564">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2888">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="77" id="scan=78" defaultArrayLength="1560">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="81178.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04996327" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6362.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.64167830" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.04196501" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.439967" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7388">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2776">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="78" id="scan=79" defaultArrayLength="1545">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="81634.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05065621" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6836.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.12754157" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="110.03519564" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.445583" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7304">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2780">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="79" id="scan=80" defaultArrayLength="1519">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="80555.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05022033" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7591.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.49706385" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.93186379" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.451183" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7184">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2696">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="80" id="scan=81" defaultArrayLength="1536">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="79791.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04963915" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6474.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.66232932" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02127951" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.4568" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7268">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2712">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="81" id="scan=82" defaultArrayLength="1505">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="79509.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05094308" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6855.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.08908520" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.98681076" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.462433" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7112">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2696">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="82" id="scan=83" defaultArrayLength="1515">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="80944.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05046249" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6819.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.59240118" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02517084" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.468033" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7168">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2724">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="83" id="scan=84" defaultArrayLength="1449">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77788.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04968191" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7283.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="982.76713819" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02421168" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.47365" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6852">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2612">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="84" id="scan=85" defaultArrayLength="1507">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="78789.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04954780" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7307.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.78672593" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.99612448" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.47925" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="7120">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2692">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="85" id="scan=86" defaultArrayLength="1480">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77549.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05022211" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6471.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.40600884" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.03394326" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.48485" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6996">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndYDuwXx9t7772jvYcQ6nv02l6bN7y/8ka06ymZ0aCdlrSUkKL9NJQVIiKRjIwkq11PS0v9nj8+13V/z3Vf93Vf9zn3OV8XyceOm+OaHEMl2xw/iHQ6vpTsclQc+uY4J/nd0WGyx1FnVa8jN4vlqLRgxHGjxKjj9YFRxyizMUdrvgnHqIHfjgasKccnBtOONjKzjsYyc46rBTiwQJsDzqKcqBXiwht9LnjNccFZnhshUdy4ls0NHw4eYJ4HMzK8COHhw7rffMhX50e7tAAuBAnAfEgABVqC0JgQRKukEN6NC0FJRhivtYQhGyeM5RPCMFIRwbHfIggPF0XyuChSRcUgNy2GbfvFYR0jjo8iEvgpIonfSZLoFJFCq5EUjCWkcZlTBrd5ZfFrVBbLBOXg9EsO+TNyEBqTB5NHAUbjCniuoYjQXkWEeCjhHEsJTSrKSJ9VQa6yKoxTVcHNqQZBNTWMTqhBcVIdZVs1cHRGA13jmug4rIV6Dm0oLdDG+WFtyM/p4LOMLiZ7dbFsfAGaNReif3Yhfo3pQXteHy9PGGDHhAFMJQ1xXMsQ05OGaFMzApNhhJZZIySoGuOOigl0KkywbdoEoYKmuHvCFC+mzPBEwxzqIeZYo2UBgasWUOCwxAUdS8zxWcHC2AppkVbwmbdC8LQ1DNVskDBrg0QZWwTP2GLPzCLIzdpBSmMxFk8uRs7QElTwL8WqvqUY47KHwRl7fPptD03NZTjkvgyC08vQ77kcoaeWg+mzAt8mV+CitgPEBx2gL+OIvEFHFKkAnScAgWFAxoPQzrESe5RWQomxEsl9K7HJ1AmrZpzAkv0L/T5/YXT+LwxNrkKK92pMD6zGldw1GBtaA63AtYgeXAt1+XWYmGGjtB7l/utRP7AevaobIM7YALHfG7BCdyM0PDbCeHYjegL+Ru33v9Ez/zeE1TZhZ+AmtNdtQuf4JmxhbUY4zxbwjG/BloVbEeC5Fdd7t+KG4DbcGN4GpvJ2rHHfDv+w7TjxZzsUTXZgU98OHODeCTvlnVjvtROl4ztxQHkXroXugvnMLrzx/gdmY//gGZ8zltg4I3HEGbc9d6NuaDeOiu3Bct89cBjcgwixvYhR2wuZ6L2IHtuLNvV/cWT8X8w4/A+BE/9DjbwLdix2QYqPC459dYH2lAseabiik+GKz3GuMBhyRZnhPmiM7UOM6X/st/oP/3C5oVrHDWGL3ODEcMPzKTcsMdyPD+77sWt0P0a8D2DX4AFsk3fHPXN3RB9yx/cKd1Sx3MHLexAHDA9iNPYg9vUdxNOAQ2B0H8J3Xg+IWHngqI8HFgx74La1J5J3eKLGyxP8Y574rOQFq8VeWOPrhReZXiiZ8sLug95YNuwNb3kfGC71YefcB6apPng97wOtRb6YD/bFpTFf3DHwg6W3H+ZZflgu6Y/DBv6w9/QHR58/0ub88XlRABomA3ApjIFFAwzctglEj0cg5kYCISIbhMeDQcjhOIxctcOoXnoYGm6HMZV5GKwHh9EsHIyvg8EImw1m18QRrJE/iqyxo5jzOobLF4+hsu8YxDSPo773OLj4TsDF5wQOTZ2AotpJMO1PYsLjJLInT4JnaQiuD4XgvsYp1ASeAuWeQsjoKbRpnIaT9WmkHj6NmpOn8f3CaeybOQ0vy1AUMUKRkRgK85xQHK4Ohc1IKFh/QhEjEQZFRhjMs8KgXhQG/fEwNHOGQ1UpHDHbw2F9NByUEo7FOeGwqwtH63g4uLkjUK8RAUnrCHAERcAzOQKqlyLwYyICKxacQYb1GezdfAYOjDNIiT6DbefPYHnFGfionMXA4rMoDTyL/aFnceHSWXyoPIvGybP4ohUJ2yWR8N4ZifIjkUg4H4mQskh010bCrD0SzhOREOGJgoVoFBYoREHMJgoZR6LwNScKklVR2DQShbrZKDwRiUZiUDTsk6Nxqi4aq6bZ68AYvKmIwa8XMYgYi0G8fyykT8ZiqjAWnLdiITwSi0NzsRAXjkO/QhwqtePQZBkHs+A4sNLjkJYXh7LSOJzvjoPcaByKuOLxr248rK3iIRwQjyMn4+GcF49/RuIhrZOAfY4J2BOYAPmUBLwrT4DMowSkTSTggOQ5aNqdw5bAc6hgnsP7sXOoEk2EqnkiWIGJmI5NRExlIjueyO4BSThiloQO+yT8PpyExalJMLuShD2jSdCcS8KQSTIMGckIZCbDqSMZz+xSsPpgCgqOpEAjIgXM7BQoVqSgoz0Fp/pT0PgnBXOWqfDwS8WRE6kQj07FTFoq+AtT8aomFSdGUjE7l4qtlucxGHQe5hHnMZpyHpuLzqNk/Dx+KKSh1yoNXYw07K9Og8xEGoQ1L2B6wwXM+1/A48gLeJl7AeM1F3CMdQEdFulYuCcdvX7pCLmSjttV6fgwno5+3wxkn8uAZWUGu5Yy8FogEzKLMhHtm4mQkExEXckEqzoTXGOZGJjPBId6FqYNsvAuIAsT4VkouJyFZTVZ0J/Kwn7xbLzQyUaOdTYYAdkwycyGETMb235n47jrRWT6X8SbzIvYMnoRzVY5yNmVAzufHHDF5SCFydb1OUgaz2HfIRfpirk4a5KLrGO54L2Ui5mbuZgazUWB3iUwAy5BPfcSBMsuYXzsErqV8iBpnsc+Pw+pZ/PgW5GHQ6w8nBG4jFizy3jlfxmUfRmKY5fxTvgKxrWuwHLRFWwOvgLxlCvQmLwCU7WrUPa/itqzV7Eh5SqaS65i5chV5PLkoy4wHz+v5yOzPh/BX/ORP5KP5T7XcO7kNaikX2P35GuYVC0Ap0UBdjMKMJtYgK15BZh5XIBkVgE8zAqx078QE6GFWFdWyJ4bhVAUuA5bretwCriOLeeuw/XydVSOXIeL8Q0cDbiBkAs3EFB5AzbjN3BuaRHWBBThRXkR7pkUI9enGM/DitGVXgyJ38VwCCgBx6kSbEovgVdFCV68K4FOXwlapkrQEFiKydBSPM4oxZGmUiQMlCKSqwzlMmV4YFeGr4wyGJSWYclQGYLVyxG4shyH/MuxP6YcE1fKkf22HBn95WAJVuByQAV+5FQguKgCGvUV6GNVwF2NiSsmTEwsYSItgIlnmUzEljARNsGEl1ElyK4SMz6ViMiuhG5VJYZYleg1rIIeVaEmoArOhVVIHq3CU7NqMJZVI82vGuNJ1XCuqEb7YDXc5qux1rwGoQE1eJ9cA/OKGjAaa2DJqsEloZv4pHMTx0xvwsT7JvYF38TDopvsu92E4+BNdOjV4sCmWuzzr8XehFpwXayFbHEtWlm18NWpQ4tvHcoy6uBWUgeHW3XQ6a/DuZk6rJS8hVMatyBnfQtPfG9hafEtrJu+hSyj22jyuw3HottoGboNO947kDK6g83+d8ATewcPy+7g6/gd7OS7i2Mad2Hsexc2cXfhXnQX/2u9i5DBu9CwvAd9v3vQjL6HrOv38KL/HkbV63HdqB5l/9Qjzq8eK2PrMVlYj8KRevjJ3Yey4X18Y9wHd/F9YOA+zMweQJDxALsKHuDb8AM0mz7Efd+H2BH6EIIZD9l99CEetjzEoqGH6OJqgIRPA/bGNMDpYgPGixsg09KAym8NsGA1gGnwCHZejyBW9gjvHj3C9oFHsFV9DCezx7D56zF8PR7Dv+QxCh88xi7WYywya8SqNY34260RhkGNmIptREdJI3ifNsLjSyO0WY2IW/AEXXZPcJLxBG6RT2B34wnMhp5gXvUp5LyeIuP8U+xkPgVv31O81mzCbp8mHExrwjtWE9JMn2HK7xnbWz/DesPn6PJ5Ds7M5xApfY4CgWYIGTej27EZLv7NGEhtRkxJM2RGmtFp8gKWni9QX/YCIcMvICDVAnvzFug7tGCrdwtcw1swWdoC4YEW3Dd8iSr/l/DJfQlO5ksEfX6J3QMvYeH9CrE5r/C7/xX6pFvxPagVehmtqC5pRdNwKy7rvoaH12uEJb2G+83XyOx/DR6rNigGtuFraRvCHrZhyWAbVC3eIM//DeLD36Ap6w2MS96wc/EGpiZvYWX/FhF+b9n5eIuSsre41/sW6ybfwkTqHZ4avsPXgHcQrnqHoaF3EJJ+j3Cj9zjDeI/Fpe/R0PceBXvasSGwHUMp7RAua4fgUDta9T5grdcH/Dn/AWXXPyBv5AO6eD9ik+JHdC38CMaij1jv+xGBSWxd/BHBzz7CfeIjZkU/wdniE0q8P0Eh8xPul3zCn+5P2Dv9CU7rPuNgwGesvPiZXdefYdL3Gd/MOjDk2QFmSAcmijpwvKcDpvMdiDP8gh73L2ir+AK9ni/QlepEi14n7A91Yl1uJ/YWd8KgtxNxh75C8uhX2Jd8xcmhr1AQ6oLLX10Q8+xi+/YuPLrZhebpLjgd/oauvm94MP0Napbf8cH3O8ZyviOo/Du6Br6jQ/MHflr8wAW/H+Aq/AG13h/4rfkTrd4/EVv+E3/6f7Ln3S/wHPiFraW/sPHXL3QZd8PSvRthEd1wLepGUH039g9345dQD2Z1e3DHugej1IMHPj3wjesBV0kPSnt7MMfZi/fGvdDx6oVLUi+ErvVCQKIPc8Z9cHbuw4BXH/4t6cNodx9cpfuxRL8fRV79uHemH2uu9yNqsB8yggOQURoAGQ7A8OAA3BMHcPDqAIyHBzCpPIjlFoNQ8RhEUMwg/O4OQrZ7EGaiQxj0GsJ84RBs7w7h6M8hvJ4bgrfEMFrdhrEjehgN+cNYdWsYt5qGMds/DFshFrJNWRA/wELMDRamf7AgbDOCLP8RNF4bgcv4CLhER8FtNIpCr1HszB/FqUejyO8bxfVDY/hcPAZGzxjuCowjSW8cOr7j6Ls4Dp7icTSMjeOewgQ07CbwxWMCz4smEPdkAqe6JvDH4zfsb/xG9fBvyNlOwnHVJI65TbK9ySTOl0ziyYNJnJiehKnxFJJ9piBfPoUdv6bwn9U0mvZNI/bKNLbUTSOxcxo2yjNItZtB76EZrIifgX3hDPLvzECqewbF2rPI8JtFSfQsVB7O4uHgLCp0/uDO8j9gnfyDfTf+YF3fHyyRmwMWz8Ht4BzO1syhhTWHM6Lz+Ko1D4WheXTzcZCsAgcZG3GQmS0HRa/joFUpHPTnIgctZHJQw1MOqnjHQVu/cZD4KAc1KXDSNktO4iBOat/GSdkMTqo7w0nDiZzkVc1J91+x48pcJGLPRfPbuMjMlYsyU7lILo+LjtVx0fMXXDT2iYtiJ7koXo2bImy5yWU9N/1vGzfpHucmnVRuWlHBTaE13NT5hptGvnOT4Dg32Ujx0A1lHrpmzUOPt/GQ/F4eOuzLQ5XBPPQsnoeOpPHQocs8xHeThzRe8dDVER5izPCQugwv7TTnpc7tvMS1j00IL/Wl89JcNS9pNfNS4zdesrTkI4/lfKS0k494/PnoSCkf7a/io/S7fGQ0xkex4vz00oKfyp34aX8QP30P46dlN/kpq5Wf+kb4ydNOgKQ2C5CrvwCdvSVAZq0CFN8lQM0sdlxckIpsBWn5ekG68J8g3ctl6zJB6q4VpA+PBUnplSCp/RQkgd+CZGMnRIwNQnQtV4ju1QrR01EhCuYXpixVYVqxSZju+gjTyWBhWpUnTMI1wuT/Tph2fhWmPHkR2msjQh5/i9CafSJkFCVCMQUitOKHCM2xRKhMQpSydUUJlqKUvoXNv6Lk7StKLUxR8rorSqpCYnRZQYxem4uRCYmR9QYxKt4lRvL/iZFpoBjxM8Xo11MxingrRjI9YiRlJE4MP3E6xhSn1SxxcpgUJ7klEgQ3CeIKkKDecxKUzJQghXcS1CYuSYnakhS1SJL8SiSp5ZUkVX+TpJFJSRLik6K3UlJkYSFFxiRFe92kKIIpRQlNUuQ0KkXtOtK0zkSaQm2k6fsBaepIk6aeCmmSbZSmpi/S5CorQ+62MrRxrwy5RcqQQ44MvaqQofYPbKRkadBUlj7+J0sZ3rJ0J0GWin7I0j/DslQuJUcXTdgskqO29XKU7ypHtzzlSD1LjixuyNGDITmSE5Onh+byJOwuT3+3yZNfrzwxR+XpvakC+ZMC3Q9SoMRSBdpdo0D/shRovYkiCTsrkv5xRQrOUiSuEkVqfa1IL7sU6digIvE7KFFuohJtzFWi6BYlWjOmRD+NlUneTpmyNihTeq4yDb5XprI+ZXptpUJFG1VI1k+FxhJViOeiCnXUqtDb9yo0M6FCc3Kq7D2qpN+gShqfVemUpBrBQo02B6qRQ5UaFd1Vo59DarSMX53aLNUpy1OdbgWqU4OZBrUf1KClQRrkVKxB0xaa1OysSf5hmiRdqUlirzWpakSTuC216OgmLbIt1iIPXm3iVNKmSHNt0g3QppJP2nSKR4c8FHToba0OBTTr0MePOrTMQpcMluuSbIAuHR/UpTGTBXRlzwIySltA9h4LSatqIXVr6lGPIRsnPUrboEcMLz1yidej28V6NPBKj2wE9UlFR5+07fTp01p9CvbXp9l+faqtMKC8NgMyGTGgpSKGtCfekEbTDOlXkSGd7zMkcjCin2uMaGGlEe3pM6JrfxtTcoAx5SQb081qY/rWYkxJXibkds6EmC0m1DpnQnsdTKlohymZj5rSjIkZPd1mRv8lm5HEIzPaMGhGpyXNiWVpTsy15uR72Jz8LprTo15z2jtpTvxBFiRfaUH1bRbkZGxJN30sqSPekm3vLSnmD1ubWlFSkRWteWZF175ZkZifNcmVW9OpZ9Z0WsaGFvnaUN8RGxprsmH/SVu6usyWgp1t6V+GLb1hLKKil4soWsGOVvjZ0ek4O/Kps6OpmKUk1bKUynzs6Y3fMrpRtoycB5dT8vgKUqlwIC0RR2KkOdLat47U3g+yPUikNU/k672SjNY6kfKxv0gwZhXFWq6m8JeridG3msQN1tK2QjZS66ibez39k7GRbJ9upNETm2i34Baat95Crt1bybV1OzFP7CSRNbuoLWoPsfL/R/qWLhQS50oHqlzpY5kbvXI/SIuTD9HTBC/i8ggk4/1HSKD5CD1pOEqz7Ufp/8s9Its=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2652">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="86" id="scan=87" defaultArrayLength="1440">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="76614.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05037486" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7251.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.63978563" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.03211781" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.490467" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6812">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2612">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="87" id="scan=88" defaultArrayLength="1459">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77113.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05081074" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6712.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.41470978" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.00693190" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.496067" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6908">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2608">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="88" id="scan=89" defaultArrayLength="1471">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77794.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05083682" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7100.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.84269577" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.98771066" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.501683" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6956">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2616">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="89" id="scan=90" defaultArrayLength="1447">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75890.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05044744" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6887.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.70585330" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02241646" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.507283" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6840">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2596">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="90" id="scan=91" defaultArrayLength="1449">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77091.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04971352" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7430.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="978.12990965" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.01452123" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.5129" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6856">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2600">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="91" id="scan=92" defaultArrayLength="1442">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75757.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05112549" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6721.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.33734022" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.95859515" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.5185" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6804">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2568">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="92" id="scan=93" defaultArrayLength="1451">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77421.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05062254" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7530.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="978.21115609" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.05995422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.524117" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6860">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNVnc8FQwXtveWXZKZ7BVa6j6HSoPGW19DW8O+yGgIoSSirEIDKWXPXkopLQ0tbZHw2u51rz36/PH8nvPfOc95zvmdU6L+jDEp3sJgSbcy1Hr+MEpE2xhmMh2MLG4Xw1a7m/G4sY+hPJ/FqOMfZOToDzImeLmM7WZchpTBMCN9wShjId84I0J+kpHdPsk4ODjFSFOYZniK8WAZlwd8krxwkuaDygI+vI/mQ7IBP/6N40c0mx+veAQgISSIMiVBLOMIIUJSGCVxwrg/WwTVQSJQGxBBirwYhGXF0f5DAvlcCeyWkYTCsCTcQ6XQNS6FFUPSGJaQQX2gDGIlZJEgIYd1F+TQKDgLF4UUoKOiAA2uAkJkFbFeRAnz/ZVwk6uELkFl7AhWBoOrDFUZFXSxVVAlqIrTSqqg46qYy1ZFFZ8a9o6pYYhHHTI66ng6oo54xbkIGpsLrrIGmMMaWKAzD/wn50F5UhOrVLXwha0FlWlt5KjpoCheB27DujDkmY9h+fmoj5gPM0F9xGTqw2tkAY7rGGA5nyFi5hpi0ZghRlSM8FvdGDVxxhCeMIbebBM4TZtCU8cMA75mM1rNkKRpju1XzSH/1xyxARYY41hgjaIlno5Z4lyQFXz/WuFJ/0Jo/12I3CBrNHdbQ5/PBuVtNmCN2qBG0RZOnbaImrKFuPYi1I4sQuPcxdjAswQ9c5Ygc2oJAg2X4nDYUrzgX4Zx9WWQCF6Gkell8DCyg5KfHTaNzmBwORLUVqCetQIBagx0jjGgqwFc9gDYXCBeg0AjhFXa9pD0ssfkmD3emTggtsMB0pMOKDNeiTy/lbCYXIkUo1UQ410Nd/PVWNm/Gl0ajriT7IgmjiP6NdZAtW8NRBTXImd0LdI012Gu9zqUDq5Dg/h65Ieux52e9VgX6YTVP5wgO+CEqGknzFV1hgrXGbtkNyBydAMeym2E+7GN+MK/Ces5m2CpvRnpnpuhGbkZzT2b4XzgH7iz/oG42BY0aG1BfuAWdHVvwSjfVizu2wo9o//hddf/UKi6Dc8mtiHTazsS+rcjX3AHBi134JTbDpzl7sAfv51A706EybrgnoUL/vVxgU2fC4wX7YKh2y68HNyFnIDdeN6/G0oue1AetgfMwT3Y4rsXsXf2wkN0HyK09uHG/n04ObUP/Z77cX98P1wZB3Cw+QB2Th6AnI4rTlm7wpLtiotdB7Fm3iHc8j0Eee4h/HQ7DGuBI/h25Ag0Tx9B1sARXBBww5wgN5zqcUOeqjuazdxR5z7DU+4zNXvAxtYTMT6e2DbqCQtRLzxc6oX5LC981PHGmKc3RCe9oXTAB/UZPtDv8YE9HxP1C5gQ9GQi7BITrp1MWCn4YpWBL9jwRYOvL1J7fKGwyA8pHn5Q7/LDmik/dNv6Y5GHP5YO+sNJ5SjoyFF8GTuKRYwAxPsE4HBvAIr4A/FFIxBqiwLR6hqIzqZAhPMHQdU9CBn9Qcg0CcZr92DsSgyGzEQwDp86htsjx/A/teOoXXIcZ8eOI8ziBCK3nMAj1omZ+T+JfSIh+LssBHrxIchmheB/S05B1u0UvrafguT4KTRKhiJcMxRpQaFYezYUW6+Fwrg0FOZPQ3F4NBQ1cmE4Ni8M+lZhqAgOg/WFMDy6HgabqTBUB4TDNT4cT8vDUTsYjrLJ8Jn8p2FifxpTgacRcu00UHEaaW9Po2TwNFx5IyATFIFZlyLgcD0Cbx9HYCknArVSkXhsGolYv0i4xUTi5NVI8AxHokc+CgusomAfGAWZ9Chklkdh61AUHPnPoELrDH4HnsHphDMIvnEGneVnINZ4Bt+HzyDb/CzW+p/Fh6SzcKw+C079WdwZOQsloWiEKEVD2SwaOkejYV4RjcaRaJgonMMei3OQ8jsH11PncCn7HDZVnsPA4DnslIpB9YIYrLOJQUBgDLSTYsAtisGLdzFoGolBGP95/Ak6j5iS85jDOY9avljslo2FkHYsis1iEbM4FqX+scgMiUVwSizGM2PRWRYLQU4sFuvFwcI5Dmt845AcFoe9cXEwy4qb6WccTnHjwPC/AJMLF5BfdQEtExeQphIPY4t4XDwaj60l8ahmxeOXcwKC/RMQejoBAnkJyKtKgDg7AdMWF9EQeBG15y8is/IicoUuYbf1JXgFXEJ26iXI5FzCqopLeKKaiEyLROT6J8LhTCKK0hPBw0rExHgi0iWS0DA7CSzfJOiGJIE3NQkR7CQ4/U2C45xkvLFMhmBQMmwSk3GkJBknB5KxZjoZ1fIpGDFIwS7fFChGpSArJQUxlSn4NZSCVwKpkNVMRe7CVCj5piI5PxUJQ6nInk6Fjs1lHPO/jHe5l8FXfhnbOJeRrn0FjqZXUMu4Ap3gK2i6eAWSJVcg9fQK7DhXcFotDTG2afAOTsPxnDRcrkhDWm0ajnHTsFQjHYIb0rGNmY7nmelIKkrHvt/paB9Ox/F5GdA2z0DMygxkbc8AKyAD0ikZWJWTAdRmoHcgA+rMq+iMvApv9lUYiV4D1+gaDtlfw2f/a9hy5hpcyq+h7s81nBu9hqUy1/GP+XV0+F9HRPF1CIxex7kFN3CVcQNTfjfw5M4NrBq4gePCmXholQlX/0yEJGVCrjATc4cy0aOfhe3WWXBalYWTzCw4pGahPicLm1lZiJHOBq9mNngoG4n+2XCMyUZNSjZsB7OhsOwmGpg3UVh0EyUDN5HHm4NXjjm4FJiDTfdzIDuUgw61W6jxvoWRsFsov3oLjiO3UH/0NoZib0Op7DYU2bdxYH4udvjlQrA0F87sXJxbeAfuvndQH3kHTtl34Fx8B0nsOzihdxdDnndxPu0utvXfxUbzPLh550GCnTdzf/Og5ZcP3cv5WJ6XD7vWfOzj5CNUpQAjRgVY7luA7rACHEorQM9gAbbxFkLctBAsr0KMhxYi70ohHJ4U4i2nEHtNilDqWYS7MUUQKixC96Mi1JsUw/doMbg5xdjCLkaEbglGfEvgXFYCf3YJvA1KYeRXivDUUpgXlqKwsxTlhmUYZpaht7AMquwyNIqVQ1CrHCHe5bgeXY6iynLI9JdDbl4FfjErIBRfAbc7FbB7X4HtrArc0K/EHedK5HpWov1uJQIeVILxuhKnWJVInH8PH63v4WzAPYQU3kPlwD10eP+LD9f/xWqjKtz0qIJ6eBVK06qwMa8K1v1ViFKsxmKdakwxq3Exuhqzy6ox2F2NotFqHLa4D/K6j8SS+xjuvw8lwwfg93uA0JgHWHfjAf4peYDongcwnXiAVaY1aNlbA1nvGiyPqUFaXg1kRmpwyuwh2A4PYen9EGdDHmI89yGWDjzESsNHKHB7hJv5j3CM8wgeFrV46l+LK5dq8ft6Lf4M1mLC9jFWezzGlujH0L3/eOafeAyh6cdQXvAEQ6ue4K/3EzSUPMH53ifYp1yHGvM6FDLrwEqug0NBHdZ21834/BQfVz7FS+ZTPCt8iprep6gQfYYtqs9w2+QZZL2eoe3KM/AVPEPBwDNs0HsORvBzfC99DpHvz9Ez/BztRi8g5fkCt2+9QGrnC1iOv8AKw5cI8XsJ4ZSXsMx8iQsNL7Gg6yXCdeqxxKEea73q8Si5HlP/1qOUVY/9vK/wXOEVdA1focf9FYqTX8Hl1yucGHiF5eavcezQaywKfo31ya9Rfu81nIdeY5fhG4x7vsGHgjfIY72BpdpbVBq/haLjWzw5+BZLA9/Cpegt4hQa4KrZAKZpA7a7Ncz41YDVLxqQM9SAMyve4a/HO1RHvENE4Tt4st5Bx/Q9HD3fw67wPYjzHg+MP8DD4wM8L3/An9IPsGd/wEuFj9hu+BHOzI/YkP4R3/I/okXpE3IsPwHMT1hV+AmefZ+gq98IZ89GfD/biLGMRpQUNWJjdyPkBT+j3PQzfLZ9xjfmZ/AUfYYc6zNsTb8A7l/gVvQFUsNfEGLxFZdXfwXb7yv2p37F1mdfcbjvK8pVv0HF/hs2eXyDQfI3dBZ/g8Trb0hhf0O313c0lXxHTud3PNL8geMWP5Dk9QNyBT/wa+AHZNV+gmn0Eye8fmLFyZ84WPgT9q0/Ecj6iYw5TVi0tAkmzCYE3G7CgoEmSAr8gofnL9gd/wXH1F+IvvsL/DzNEJRphq1mM3pNm5G/rhlNPs3QSmnGw8JmeLOaYa3XgoSFLeCsasFXjxYEXmyBU38Lcox+49+9v/HK+zf4in9Dj/MbnRat6GC2QjGlFS0lrTD43IqNA63YO/sPbN3/zOj7g46nf1Db/QcDim3Ytr8NKf5tqE1pw5r8Nkzdb8PbvhmWa0eiQTsU89qRXt+Or13t0J5qx3aZDnTu7oCrd8eMrx2Y1d4Bs8EOBM3+D5/c/0Nw2X841vUf1k79h2GfTsyN74RJbifK+jtndqQLu9260BbfhfmlXVjc0QVBjW7EGHbD0rcbrPhuVGR0I6qgGz/Y3dDS7IGUeQ+E7XtQeKQHBy71oDavB+zHPTBl9UDRvBdP3HpnfoJeLG/vRfuiPgi69eFYQR+EOvqwR6ofRw37keTWj5rYftz904/FnH7ccB1A44kBXGkbgObQAMx1WNCxYyFmHwsTQSwIXmThZAUL856zcLqbhTI9Nk5uYIPlxoZ2MBsP89kY6GVDcpoNN41BZB0YxI+jg7CKG8Szu4MQXczBzr0c3PXlwCOVg75yDra84sC4g4OD/FyEHuBCLIeLygIuonu5CNYfQmbFEN73DaFXaxgDG4dxwHsYd7OGsb56GDu6htEqP4IunREs9BzBnpoRbP84Apn/RvB6fARz9EYx320UEmGjM/s+Cqf8UWgcHoN++BioeAx728ewmDsGjvY4yg6O43D+ODAww7wTsDacgJX7BATaJ9A8PoFfEpPgaE2Clk1C/8AkbsZOourmJDYOTqJRdwoxjClYeU7h0PkpWPyeQuuuabz0msbxuGl43JuGQuc0BjT+gnvkL34K8dChhTykvJWHNjN5SOQ4D42X8lDIRx7SYvHQzpGZWJGX6i14yWMDL63bz0tsX17iTeWlBxW8tOE7L30Y4SUDST6qUOYjLys+WuTCR+oX+ehuGR8tecBH8q/5iOcTH4008ZHtEB/lzuKn/rn85GzNT0J+/KR6nJ+iKvip/ik/Pf7KT884/CQ1zU8GKgJUtUCA0hcK0NkNAvTYX4CSLwlQXLEAZTQIkE+zABVyBSjJWpCKHAQpe7Mg3bosSPEVgtT6XpBW/BGkF8OC5ComRMKzhMhYS4jYlkKUu1eIBo8J0bIKIQqvE6LzDUKkNC5EL2cLU7WDMCUECtNklDCplwrT5UfCZPNKmBpbhGkFR5hqdonQGW8RmjwqQm8TRehcmQgpN4jQ+E8RMmoTIYFJEaq1EqWpTaLUtl+U1INEqTpClK4li9K9LFEKuCdK736LksNfUQoxF6PQrWLEZIqR/HExakkSo7ESMTJsEiNprhgNTolRpbk4PV4iTm9dxMnOV5ykw8XJ96I49VwWpxf3xKnvizg5/xKnBrY4vZSWoGRLCfLbL0H7/SUo7IIEbU2WIL1sCQovkqBd9RK0sV2CYsYlSFFHkuptJGnjaknyOShJIkxJ2nBZkjhVknTgnSTZf5Okdo4kbbGQIpsdUvQiQIrSE6VI64cUhfRKEXtYiv7KSlPiPGnysZImHl9psqiUpvgv0pTzR5pmcaVJ0UqGmAdlaPtRGRoulqGrdTIU2CFD7QMyVLpIlkpdZOnhBVmKKJSl9HuydLRBlpwHZElgthxFGMrR5H45Wu8jR+JtcrTaTJ6arOXphrM8Ce2RJ48ceXKtkiexOnnS7ZCny6Py1MqYRTg5i9qiZ9HSlFkkdm8WrRqaRfyKChTRqkBvOArkP6VAYTKK9MNAkRL2KBKnSJHUuxSp0ESJrpAS7QxSIsMyJZqtqExcU2U676VMYYHK9PuSMnUWKZPyQ2Vqe6VMYClTgIIKPTVSoQ+RKhScokLh11Uoo2QGTqokxlQlhQxVkh9WpRpxNfpXRY0qTdTI2kON7KPVKK5AjSKlZ9O6HbPpm89sComaTTHxs4nJP4dKLOeQ6OI5dMlrDtmFzKG7v+bQm5E5NLxQnR4tV6eN+9RJwFed3oSok0iGOn0omOHH6qQqr0Fj2zTIJl6D5pRqUF2TBvWpzSNXy3mkfWEeSWXMo/qyebT14TwqaJ5HKyQ1aa6pJk0UaVJYnSYNv9Ik81ZNWrFJi9I8tGi7vxadj9Civ8VaVPNCi3rZWlR9QJu6PbXJ74Y28X/SptNWOqS2R4fWMnVo8I4OuZXr0PwmHar+T4eWaunSVgddsnLRpc3+unQiWpcsh3Rp20Y9Mq3SI62fevTJZT69Zc2nfuhTspM+7fTRJ8MSfXJ/o09P+/WpnG8BXX27gHJ5DUhaxoD6tQ1o1hoD2rfVgCaPGJDmSQPKiDOggSIDUho0IFkDQ/q9xJCijI2oN8WILN4aUSTLiKREjcmbaUyKx43pYrExxTYYU0mvMZ0cMp6ZCxNa7W1Kg+9NaVrMjBZ4mZGsijmd8TOnnyYW5JJgQaKNFrSp1JJ2bLCiAbYVKUstJDurhVR9fiHdkbCmUl1rOixmQ2pmNrS7xIb8WDaUL2tLn/xsacxuEWnNWUxGXoupr2gx3TVaQocrlpDlkaWkHbeUom8tpXULl1H6XTvq/WRHtzrs6OyAHY2JLicH8+X0smU5JV5YQRJbGbTuMYPeSIAMCkGba0EHuomeGdhT1AV70q22p8XFDhR134G4bivJpWo1Oeo40oTeGjIpWkOSe9dRMXcdrVFbT0HG62ml23pqLF9P4t3r6Y2tExnGb6T3ef/Q3m//UFrdVqpq2UZLpLfTx3UuVLd9LwX47yNOtSsVFrmR9D53up3gSS65XhQR60//B2uk6N8=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2612">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="93" id="scan=94" defaultArrayLength="1443">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75368.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04990352" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6927.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="969.77574770" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.04449051" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.529717" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6828">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2580">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="94" id="scan=95" defaultArrayLength="1393">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74256.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05105843" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6701.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="984.05746538" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99362784" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.535333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6588">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2492">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNptmD9oG1ccx28QjShq0aBBgygqaLhBtGpRwYNKdXcqaPCgwYMGQz14MNSDKR48eDDGmGBCCcaEEkxwjXHVEIoIwRWlDaJDECWEayhBlA4mQxEdiuhQjpCh7+f7/LhfQofHvbv33u99f9/fv/fO87zQ8+aB5z13z68jz5u4/sC1N1z/fdemrh+7NnJt5tq2m9d3reFaK/Quv+l43orrf8zaBdfvuDZ2/X6UrpU9pD0KU3kytpSuvxr/3s1ru/6tMJU1ZM6h61ddezdK31fDFMc4lbn266dX8nYSN/6Ta003ng9T/EP37DH/LTdWD1N8suc/4NkR3Y3MKfhl/yfuWWFcxqSfuGfJPRddW4a3yyDFOASf6HM7TPs117bQc921PTB85Z6PwxSTYM3R3zUyBcuX7L/NvBbr26xP2FOeB2Fqn5fsu8KaT6J03aZra67dh6Mceu1iS9+1UpSOiS478DJlD9l3E4zlMLXfF25+JUq/i6xclPKaZ20D2ftwKXr96J7nYBM97jJ3Hz2qBts4yGRP4VZ0GzBXsN0HzzG+dTNM+S+GqQ1lT9FHuH/Jd7FhAi4Z6yFb/Oc3/HeIXQrY8ggbLaDfFLnSxGbH8J6wTnS8gZ5fwr3077jnB46nS+Tc53uZ9evI0LhsYRuZd0gbEoeiixeldhcuu4wLXy/g/Dm220GXGK5F5yZjv4BB9v6XeV10OAbTyPCZx780L5zxXVod2YJdsD0kBsbwcoC9nmKnKT64g0+LLkVkPzN+8pR1eXxK9PTJC6LDA2Ly7cgbX+ukMmTt7zzvskZyVxtM58Sm4P6T/CTrTkwOqzEvB96YfPhRlHJ7jg451ozYa0y+XCV+p+ScKnPKvLfw5zoc3Ea/EvZrMu8v135mbYXxOthH6NkAQ5WxcZDZuYd88Z1zeKzB9z3i+Tp4asybkUfnQZY77+EzI+x0BM4iHHlwci1Kfb6LPB/71piXY7+r9yjTpU+uOsV3x/ib5I3v4HrO/hNi8zq6K84S+P9Av5ixHDE5J3f4xPPnUZbjq+goMXtGv4te94hjWTMjTtbQV/SITQ4SfA/hvUBMKw8FbPkDdrwAp+Aa4Jt91oyoxzK2YXxnTn28wDcS5t3E36U9hlOP/OGj/wa1Nk9fdL8FLvWnUzitokMFu2udqptaK7L/Rs6b1PI1bLAE5ifIOkRXrXvHyBsQK36Y1eoROUVjVH30Er8ugfEIH98nPhfAIjJn+P06Y+tw8II9Y7jt4MPVKMXdR+YUXymA9RI7jsDb1BgGn/D5AG7a+I3oK7auR1kO0DhYhatalOrjmbpRp7/K+wZ+cw6PgmWZ3NICi+A6Mj4+g48SnJ4wtgtv4yCz+ym+3cOfpG3xTe3TID8WsVPX5OQLfKjDmph6XwFvE58og3MSZPGcB+MeeVxwd3lumPPMDnzVaV6YxUiT+S042yKGy/jNJnN32WuFdmjq0yFjPrVqhbUJ9u2RKxvokpBPh+SdeZDFU9XU0jl17Aw93otSHxthk1XyY9PEluC/A9eaazrYUdoFZxrdIyandcifB4zd1DjHLnV8b5s1VfJBH9vK+fRbzo3CbyFKef8selUHwfCI/dTffXTYxo56ri7hY3Pq44S+2lrjSr7fMGfuRfAX4L5KHZgh8wBbPAszTrRWf0hd2eZblzl6L/B597C7nr2XTM5bCjPfnDM3x/5JkNUdrcu7YTZHZF3Hp2eM++jTgPuKqU1Ncwbcw/feidK5hTA76xTD7MzZJB90TNyNwe3htzp/gXGt71vYUfNpG5wj7ig5U9PH5M6W1lTWT9AhD8+zIDs/e+h4Bp/L7Ffje493Hx9vEKu3wVtEXs7UvZ45d+bQc9Hk0UWjA/fEK70W4NDHLgfMj7H3gDjok/NPWGfz/szU3i5rtpBRMPfWInjrBq9ypLVty/jIicnXJfZXH/CZN4WvHv7ho+cmuiVgyIO5ADdqw6LJKRNwNtm3YfiNwV828dbkOeG+E7N+aDjRM0fb1Ks543qH3ENuMczueV6YnfcTfGeK/Qqmr5jb4NB7XcPcNe+Yc5DetwrGZ1XnmDmVMDtjqB2HQZYnPHMPHRld9o2t9QzkEX+bYXb+jIPsrr2MnfRe5zNH438Ohk1zls6Ze4TNOwOTL0853yTBq1gHPJMgu4/r/wvN3crJDJ2q7N3HfzxzRkrAnJjzQsXYMjF3Yd/URvVlvYMvGm7Un3JwUEPWFH317FUlFjW29JxjOVFbDs3ZMjG+2Tb/AjSnqP4Dky+UD8unYqmZWLTn8rz5XzA2/28mwav3kkujY2y+Fcz5o4gs/fei/zz0LDc02Kvm7NUy94WhiZfpa/rNjX5140/K/4KJywYyY3Ov8o0+Kn9s/Mz+A9EYHr3Go+pXA/fI+LTGoMbxwHA0DLJ/GIpJWwFcMfoVzN0xNnLKYFB/VV61Hk8NZ56JzYbBrvzEBqeO2Rics5+8L5q6NWHdpZkb/48vqg46rpgGxmbD4D94TR8P</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="95" id="scan=96" defaultArrayLength="1458">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="76668.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05185529" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7249.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.62573881" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.95413911" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.540933" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6900">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2644">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="96" id="scan=97" defaultArrayLength="1452">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="76150.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05007077" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6755.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.19792341" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.10141661" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.546533" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6876">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2600">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="97" id="scan=98" defaultArrayLength="1450">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74312.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04994038" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6352.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.78022422" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.04379273" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.55215" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6856">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2572">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="98" id="scan=99" defaultArrayLength="1447">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75321.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05124431" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6831.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="994.91009507" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.96452486" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.55775" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6836">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2572">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="99" id="scan=100" defaultArrayLength="1428">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75192.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05035764" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6842.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="983.04602202" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="95.77121499" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.563367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6756">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2532">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="100" id="scan=101" defaultArrayLength="1402">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74990.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05025887" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6982.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.11332852" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.05550542" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.568983" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6628">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2544">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="101" id="scan=102" defaultArrayLength="1433">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74577.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05023652" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6943.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.48659601" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02733760" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.574583" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6776">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2560">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="102" id="scan=103" defaultArrayLength="1418">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74496.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05032593" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6713.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="977.90062022" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96925046" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.5802" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6700">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2544">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="103" id="scan=104" defaultArrayLength="1432">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="73538.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05072084" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7015.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.60243388" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.95659492" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.585817" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6768">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV2VUFAoTpbulpUMQJFykMb69Y3fr81koIrL0Ej59Iigi3SClKLZ0CKgIioUgoj7FxzMQUVzppfvbH3PuzPyaM+feieec50w5k49MhlQbc75cO7NBoYP5yrqDuUfhJ/POEIe5X6ObSWa9zARpLrPVgMsMYAwx7fqHmcu0RpgKjDFmk+0EM3DOFNNOeZqpqTjDHBLlg+gwH8wl+MEvLwBHEwEc5BPkoSAC+IVQoCoEDzVhlPaKYEpAFL81RbFzShS3FcVg1ieGlz7iMJKTwAoFSdw+IQmZKSk4jkijclgG9sqymJKSg+CgHA5Ly4OVJg+dfnmsl1KAzawCDirMQbmYEphDSngnoow/R5Uxd0gFssKqaPqpCv1hVVhoqUGVq44943OxmF8TmXxaYBtpYf2YFhaPakNSUQeZd3RQOa4D/l49iCvqw8PQACtnDcDoNsQn9Xl4OzIPL2WNoM02wr0xI3hKGeP7uDH8Z+ajfsgE2vqm2P3bFMmzptipvQCSIwvwUsMMKcfNoDtpDpa/BfT5FuKG1kKsGl6IWUEGwvQZyD/OwHg0A886GbDjswK/rhV0gq0gqbsInPRFeCtqjSNT1tjma4P/RmygKm2LuRxbuE/bwjHADpbjdmALOeCKrgPKWA5QGXXA+XmOKAxxxCtpJ8TPOoGtuwQ9/EvRYr4U+SeWon58KXK1l6FN9H+Y6P8fAhWYyDVgopbLxJ++gNIMYD9A8BRejgNey3F3dDlaFq7AorEVmLFciSmPlRCfXonSvlXIFliNZwtWY4nHaohmrcbxvtX4pbwGyafWoG9yDYL916Kkay261dah0GcdFk+vw3eL9VgyuB4qShsQNLAB4hIbcV1yE7aNbMJVrc2oY2xGec5mGA1uhqX/FoT83MLjyxboDW6FiuE27OvbhnqN7Ti4bzuCe7bDWGwHPPV24IfnDpRyduCS4E7EmO3En307cUN4F+4f34W2zl1oEt0NN83dOOqzG9Hju7Ge9Qc2TvyBB4w9uHdmD8QH9+As609s7PsTjUJ7sdVnL1jcvRA+vg/PLu/D1MQ+tM/bj30B+3Fqcj8GVQ5AbOQAGhUPwnmOM1Z4O4Of44zMSWdk6x7CE/tDIM9DUB8+hHGtw+DvOQwTcRe46btgiT3Pul3g7nsEPZwjCLR0xapjrmD3uqJb/CjevzmKxt6jEBZzg85iN8SddINQshsCe9zgJn0MxR7H8IZzDFlq7jjt6I5sZ3dY9LljmygLIq4snBhgwU3UA356Hmh18EBNrwdSFT2x2METrq6e8Oz1RLmcFz7YeyHL1Qv+bV5Q5fPGZlNvFB/xxs9ubwzO90Fsug+qpn3wztgXj4N9Ydjti23TvrBx8MMDth+ahdmwXMzGBz82ssfYcOnzh45DAKZdAsDqD4CvXiCE7QPxyzMQytOBkHcLwobIIPhwgvB6LAjrvI7zdHMc22ePg+v9F0ou/IWWzr/grXkCT+1PwDf7BFK5J6DVc5Knl7/BHP0bOktPwcj/FATSTqFs4BScHYLhzQrG6eFgrNM9DWGn05gTeBpT0afhl3MayuOn4aIbglbbELB9Q2BwKgSVySHIrQrBbF0IvIZCcJEvFNo2oZjyD0VfTCgiRkLRqnAGiVZn8DPwDBRSz0Cr9AxeDp3BHsezGAk8C+6lswgbPota6zBEBoXhyZUw3K8IQ9lwGJw0z2GN/Tls23YOSf7nkJNxDm8qz2F25BwaRMPxUDkcv/TD4csOR2l8OBovh+NQeTiutYRj92g4kkTPw0nvPGJtz8Nw9XmAfR7tyedxvvI8GEPncUApAvf9I6AUEYHXFyNgWhmBG9wIiMxGYFQxEnl2kSD/SPRcjcSe0kgsGI6Ek0YU1O2i0I0oHPKLQk5wFD7HRkEgOwoOI1HYKRONJINo/DwejZyIaMRWRCOPGw1nwxgkOcbA1S8GKaExWJwcg4O5MXCrjcHK8RhIiMaiWjcWp6xjMRkQixe5sfCoiUXCUCzU+ePwQCEOIQZxMF4UB7Z/HPqT49BQEYeFs3E4w4iHblA8pBLjcSw3HhkD8egMSoBFUQJGxhKgrpSIdptE4EQidkYmgl2QCJmXifivPRH3BxMRK5eE2/pJELJJwqBPEuqDk1CTnQTN4iT8bywJo1LJ0LdKRnJAMgbPJcMxOxlSxcmwHEhGiXQKdOxSYOOXArnTKfialgKjmRSMqKYiblEq+nek4jI7FcvCU+GUmAqB0lTEc1PRyJ8GHaU0bLdMQ79/Gm6HpWF5RhpWlqWBPZiGTToXoGdzAZrMC4hhX4B//wXI8aWDq5KOtRbpCHdMR2hAOi4MpqNTOwPrbTJQzs7A1oQM+BdloOpLBoolMpHPyITS8kzU7Oahbybir2fi291MvBvPhKRaFiaMsrB3XRaK2Flg5WZhqDwLGdwsWFpnY9Q3G5OJ2dgxmo3r6hehtvwiHgVcxFDaRTg3X4TWyEUst7yErKBLKI66hOiFOahyyUEbOwfv8nJgVp3D61EOXKZzILboMoa8LyOr6DK6ey/j7sxl/Kt7BVO+V9CbcAVRV69gcPgKCm1ysds/F8lRuYi5lIvM0lzocHMhZXUVxn5XMZp2FTN3rkKv7yr2zF7FwbnXcGjRNfz0u4aHGddwueAa3J9cg/S/1xDNvYYcxnX89ryO/wVfh1fGdVhUXIcV9zpGLG9AlH0DQ4k38N/lG2AP30CawU0cXXOTV9NNmMTdRGTmTegV3oRkzU1o9d2EusotVJvdwozPLWQU3sLO7ltIl7oNBuM2fvjdhsTwbUja3IG67x0wEu4gr/AOZvru4J50Hkg1D0K2eXjglYfes3mwvJQHt7w8mA/n4e6ifJz2ysfYhXxEFuejZiAfJFmAA1oFcLUsQOuyAuzcWYDNrAL0hxRgV1YBfPILoChYCEHVQnQuLISabyGSThfiYVEhbg0XIlOtCIusilDjUYTa00XYG1+EV7eKMFVbhGjNYjw1L0YzqxgJWcX453oxzpYVQ+9ZMXwHinFrbgkGzEvQtrYETl4leBpZgs78EmjcK0HS6xJMjJVgTLsUi21K8dajFGcvlmJDfyky5MpgpFWGT+ZlvB6W4enFMoSVlOHAQBnyJcrxP6tySHuXw+bvcjzNLof+53KE9pbj84K7SPK6i0OJd8G4zLPHdzGhWQEzRgXE11fgnXcFJLMrcKWwArbdFZCZqICJXCX2WFQizqsSUvmVSBioxD7lKjRaVPG0WIXvcVWwulSFeYVVONtbhSade1jPvocNZfdQ38/D6XuQs7iPu873YeF9H5Z/3cfinvv4ZPoAJawHOHLlAVZVPYBy3wOkL66GnVc1yqOrwbrE8wurwbF4iD+8HyIg8iFO336IE6Y1aPGtgd7ZGggU1YD7pAb5UzU4aF6LU8xa6LBqIX28FmH5tfDm1mKBxCOozX8EPa9H0Kx7hL+7H8HY7TH4hh9jl1UdKlfVgelXB8+IOsjcqkN1ZR1YQ3W4I/UEicueIJX1BOeuPYF+/RNkcp7g2fgT3l33FOp6T/He7yl+pD7FUMFTdHOe4gPjGao9n0En4xm88p/x7thnOGvxHJnLnkPN6zm8M56jM+859PqfI8/sBf7yfIHY1BeImluP2771kEqrx+cr9eDvroeY2Uu82fQSw94vkZb6Eu/zXmLn0EvMyDagwrcBjNAG7ClswHZOA2i8AekqjahlNPK01oiI/Eacq23k3YaNMDN5hZSlr6Dq9wrjBa/wvu8VRKWaEGrRBLZXE4SDm7CsqAnqDU3gH2zicec1qjxeoyfzNXYXvEa1QjNeL2xG/+pm7Gc1Qya/GQ8HmqFi/gYFnm94tb1BdfEbbO95g8zpN4DqW1wwfYtg97fYfu4t/O++xe2etyhRfYdnDu9wwfMdXiS9AyP/HezV/0GC9z+IKvkHCn3/wEX+PY9n75Fa8B4vXrwHt+89TC0+YAf7A5YUfUDzrw84YdmCy34tWJDagtcFLbjZ24IWkY+oNfmIcNZHnEn7iOaij6js/whft3/xOPBfbM77F269/2KDeSuWMluR6d6KS3mtkP/eCoWpVmSb/gcb9/8QV/IfXDj/4cj8Txhlf0JU+ifo5X9CaPcnkMBnnNT8DK7lZ95O/oxXAZ+RlP0Zb/I+I2jwMxplvyDM5AtMfb7A5PwXLC/7Av+uLzi74Cu+LvuKLe5fEXf6KyQKvmK48ysej/FyVm3Yw2rDy5I2jHe2YdNMG7iMb2CwviGo6BvaGr8h8fc36Fq2Q5zdjvTwdjCT2nHtRjs21LQj8nc7wq2/o9TnO4JTvmNJ3ndej77jb5kOTBt14CazA9xdHWhldcDv7w6E5nTgeV4Hqp92oO17Bx7w/cDHoz/QG/gD43d+4NHID+Qr/UQD6ycm+3/iklcnNkV1Yv9EJ+QNf8HR/RdqL/7CcMEvWIz9wmIDDowdOQh246A8joPdtziw4XAQteA3dBx/IznrN94V/obW79/IUepCu2kXfJhdeOvaBbWTXeiI7YJAfheau7pgY9iNMIdutPl2Y1tsN9RvdONXeTc8OrrxfZgXG/WgdXUPVrj2wCSmB821PRBW70WnSS/k3XsR8LQXz7/24gi3F7mL+2DJ6oNiSh8OV/dhbLwPm3T7EbaoH/E+/dBJ70dhQT9ed/Fi7wFoFw7gYvcAYMxFOYuLb7e5mFPPhXoPF3mWg/hwdBCO7EHevBlEaNcgpo4N4a/kIXCuDkG8agi2nUMwMB7GC49huD0aRkT7MMz7hlE3M4zVeiMQYI2guneEt8NHscBlFHv9R7Hp5ijMK0fR+mUUGqpjiHQYQ1f0GDbmjSHq2Rj2dY3hq9A4vG3GwWKNY1PwOM6XjONXxzgsRSYQbTQBsWMTvF94Aok1E1jVM4H7JpOY6zqJ+hOT6M2fhCxnEvPFpzB6bArlDVNQ7Z7i/YzTKMufhmntNOo509A4PIOFyTPovzMDFmcGzRMzWHFkFnEBs5DgzEJShY+eWPPRF+Kj0V18tIXNR1ZJfLT0Oh8ZVvDRhxd8pPeBj/76yUcB03zULcNPbGV+esrgpw8r+OncFn6SO8RPMp78lJ/CT0fL+WltHT9tHOanFmsBKncWoI1sAdpfJkCZjQJk/0GA5n8TIB2uAPnICNJjLUGKtBUkmyWCdNlTkJrLBcn5sSAVzQiSnr4QhVgL0cPVQmTPFqLSNCHivBeiW21CdGRUiPrnChNjkTA92ClM9oeE6YKPMElUCFPcc2EaaRcmpyFhcjYQodsLREjWRoScdvDwgAjdOS5Cw+EiFHtJhIKKRUirRoQyX4pQ2QcRKp8UoQ2aorR1oSj5rhcl2T2ilOAjSnpporSzXJScf4gSkytKShOiJK0gRn5WYrThgBjl+YnR2hIxWlctRufbxWieiDjpW4hTwApxcnEWp5t+4nT4qjiFNIhTXos4yX0Xp3gtCRq2lKBfByWoLlCC4jMlaN19CWI2SZBziwTZT0rQfnVJqjaUpMTdkjTkLEkH/SRpZbAkLTsvSXrJkrTwiiTlV0qS+RAvJydFsypS9N5GihS3SVHYISmK9pai7hQp2l8gRQEdUsQxlCZBS2matJWmNq40XRaQIeMVMmSxR4ae+MrQq0IZ+rtOhmK/yZDLgAxx1WXp0SJZeuUnS2oZslRcKku73smSyWY5SnGRo33+clSaJEcS1+XoYLEcfWmVo/u9cmQ0KkedcvIUtlWeTP3kaXuUPO3ol6euSXmyU1SgWkMFmrJRoFP+CiQYrkD9uQpUeleBkr8q0EquAjUemUMF/nPo5L9zqOnHHFo5NIc0jRVp+Kgi3Q1UpLFwRZq4o0if5ZWIj6FEB+yUKJOtRGElSlT7QYks+pRokaYy3bRRJuutyrTOT5nu9SjTNkMV0rNXIRs/FdoRrELrLqgQc0CFhKxV6e1mVfrDW5Ukj6vSzANVetGoSkn9qiSkoUZxbDWKKlWj8SE1em+rTqr+6pSZr04bf6mT9py5VG45ly79MZe6feeSe8Jc0u6bSz+1NWiDlQZ5bdOgCE8NehOkQfGlGuT+WoN+ftWgRhlNumahSYfXaNL33Zrk5q1JpimalFesSYufadLKH5oUelSLtgRo0dVxLfpuoU01Dtq0/bU26X7RpoRRbWrQ0aEJSx06eU6HbEp0KHO7Lv3w1CWHel064KtHOSf1qLVKj17161GdnD6xAvXJ964+pWoa0E5DA3L3MaAXpwxovMeA/thiSF+KDekkx5BejBuSv9o8SvScR3xF80i/aR7FtM6j/b3zyEfPiGQdjChzsxE9PGhEEz5G9CXFiK7dNKLeUiOSmWdM2guNSbramPo85lPWu/nkOzKfghxN6GyxCW1fZ0puCaZ0tMiUtnNM6b7nArqSvoCONi+gx4vMKOSRGV2cNaPAaHM6VmxO63rNyd/bgpTELCnD0pJm4ixp821Lsvu9kARLGeRnbkWtNlZ0ItSKjKSsScTWmlS3WZPjP9YkamZDtgk2ZFZqQ58e2BIk7Cjfxo76WXbkV2RP8fX21GDiQB3lDpTPcKQXqY60RtaJ8m2deDPRiQQDnEij0Imu5y2hdU1LaGDhUlq/YimtYyyjGNYymnN2GSlULqM1W0EsV5DrPyCvW0Tua1fQi4gVVOC5kpzerSTz+ato69FVPM6uJbbCenrjsZ5iu9YT6/cG8u3bSFtTNxG3aDNldWylZwNbaURqBykE7SbTa3+S7Me9pFa/jzzf7KOVBQepJ+gQmb0+TJGFLsR55EqB/a50ZsVRGjdyI49yd2px9aRN9oEUO+8E/R+048g9</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2568">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="104" id="scan=105" defaultArrayLength="1375">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71924.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05054574" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6763.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.68256993" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.95703414" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.591417" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6508">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2436">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="105" id="scan=106" defaultArrayLength="1458">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75148.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04987887" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6997.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="989.20353815" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.98703812" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.597033" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6892">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2592">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="106" id="scan=107" defaultArrayLength="1418">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="74437.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05031287" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7500.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="974.71468786" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.48176891" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.602633" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6712">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2528">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD9oHFcQxjfxFSK5kCsuRAlHuMAVSnKFCgVUqLh9ewEVLhQQQYUCV6hQocKFChFUCBOEEcYI4YhgjDHGMYcw5hBBHCaYJRhzRRBLCOYwwRwmxWKCOUyKq0zeaH/DG6t47O77M++bmW9m3tsoSuMoGvmWuig6SqJo4N8fuKJ94b9nXTFe9c8T33oy17cuz7FvFRe1HraLOVW/puOfQ9+/4YrxLf/8LinGZJ2MTfm+G771/XvNP9u+rbIuj6OdJ0nYa9f3132759tLd7ZP5+U3Ufphuxjf8nMXXfEu64+RNfHv6+5MXnTVP6eLtdGQZ8kV/fvoeJV9BMsU43O+XfOthZwa71/5PX8E/wy4/3XFfvWkmCvPp/57DVk91osN5pE3LOx3NpaB4ZUrZMu37CX2E7+IjBp2k3XTyPqP71v+uS16s1ZkXvbvF12B8aOksMmgsPFZn87LDc4BfpW1s7QJfvkJjjxGd+mXPa+DbSopZObIkPHI9y+w1zo2qrL+L2wsvpvlKX3L4LhobLvK+E3/PHCFzx+BTeb8DN8GccAsOn6ZFHa8ZOx8g+/twLkzncQXTd++hvtiX8H5EMwZewnmN+A5xW6y9wF9Ik94U4ZjGToN4xBjNbjXc4X9pf8QfoksjaWPsekdV/AmYk5KfLymr4vNh8jexMaf47Pb4F9yRbx/Sr9wX3jfYF/B/gpbiMxHxMMUvJwwr270q4DxDXsLNztwyuYKwfm7b8/gVZnxLXS6kBTvgmkRbojPVuj7Ngk2SLGj4D3yzxd+bA+dW+SLMRxqYDvx0zEYuvhjC66I398n72ww1sVer9Gpgfyh4fhzE6OK6xDO7xN7DdYPkSf7CS/voMtdfNMnB8zAw01yUh1bjMG0ij8UxztJMWeIX1LyxQPyWZ+YEIyCZQO7X8Bva4xJ+wRZT/HREP4r34THz9FnGayy1xVX+KGJLPHf38TNNvppbpXnHrlggo8ugVPscRlutNhnBV5FrJkDVw//S24bYzvNq7LnC99+YOw6XIqQLfvtIrcEbtFZ/HMbnKLbe0mx3yZ9olsZ/KvkoWNkinzhleSEHWJlDztWiIcl1hzBG5n7K/rI+AdJyAND/LUI3idg6GKDFdY38E8P/9SZd5V9I/yjOO6iRwbvc3x/4kJNWsVPPxp5GhND+CX+uoL91g2XJ5wZtLbdo+/dJNTdDn33mVNFh5b5bsPTLv0Dcm8O9pS6dwrGDvVTc3ANO8n6Hfbr4CvR5zHrcqOTcmCNeHvGerHD9+SfjP1vGp//5gosl9nzlHUlF7CmYJpHtvi1loRcGxk8my7UaK1TwzjYdhyHHFvH1hnyj8iXXeavuFBLe+SIY7BfgvstbHJiaqo0zU2LjEfg78chZ9zDN6dg78BXrRv3GX/Js8Yeq+SGKXTQujYiVyiOW8TkAXNH2LUDjhEYetQE5egSebjNWA9ebPO9R37R+NJ638W/G4xVz9U8PYup3yrss270Krnw1Dj5LAlnjKfkn4w8Vse209iryZ4NdF92IUY22H/F1CStg3+YOM3iwI0j9tB63DLn8wH2auO/EfL0vJhRP7bgkZ6z9ov3nV+SArfMFx29Xjt7nC8Ezz/svYbvxpyPNl3YJ6UO5PhgGb+V0XUX+2jd7ZicpLmnR+xdYU1OLe7FIReWwa98f2TOpPPE3BVqvp7tm/B0HId7xsicaZaQvY8vKia/aj5rUnfnTB7WO8+f6Jcjf4bxXfgzzT1kGj011icmnjVvqO4as13O8iV038QHGfewHdZeRP8R9s/ItXo2qJjaZ3l9CJ4G9tKYvAaGhol/zTWKWeNV5bfNGZk7x5k+aucceYpdOV7Dlw10XDY26MOPLTDn7K1jGtML5o42ZExrr+bHmrFdZLi8h1yt2VVzl1J9K/hvjA3nXciD9l7WNHcxPUvpGVWxjeGfytb76Ry5YgGOzcNN5W3H1Fa9h5fglJ6FlLeH+LnGmgXz3TZxMTE8m8MPeu625606c9vmrDyJwz1yQM5Sv0U81Wez4JwDq94fluw9Fo6lcahPbfLkjAt73ALvjInNLA730pT6WzE5R/O6yq6ZfDoiJ6TU2iV83TR3nAr+WDT6rZgcrPH3kPnT5sw9Mf9N5l3QVc8sqeHEOuv1zqR33hPD6+q5XKP1ouHCfXAKnGMTm4M42KtszmGqg945S8hsYcOJ+WekMVt2odbq/MzkpSY5uXpuTOM2B9cBcvqsU/3WDMbI3P31nFUy52Y9V+q9ZRCHWq4cHBnsNmbH5l/MHHzpMF/t1Tfn5rIL55uB4X1qZA/icIez61Kji9bgEtxeRPdeHPyp99Gye7sm6f1J60dq/gnp2i4xoPVjbM4Tyo+J/j8EzxgZGtu9OMRHN377H4xyWO/4Gie5yQPlc/luFId/HZmR3zU52Z59lItjk28icw7onpursaZ5Xe9Uyk/r07I5S+m/K/33tWDOx0Pj27Kp29043OvVL8oFjbk8fpt3mbn39M3c3HAoNfj757ivdTc3mLJz/Bue81sv/h98U0h/</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="107" id="scan=108" defaultArrayLength="1394">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72501.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05004091" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6630.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="993.50694248" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02329693" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.60825" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6580">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndYCOoXx1NpawhttAsNheTi0ue4Nj/r2heXa1SUUrJlZSUho0QZFe0leyayZYVrd5H2kob8+uPzfM/zPs/7PO973vd8zynXfO+xS/ejR1XpJ48knSKPflqfPQzKv3icqi32yND/5rHoaZnHXOVqjxdlNR527Wo9onrWerSYf/dQ+FLv4dKh2YNOLR66GgrEVytQ2q4NisqK/NtekTd2ioS3KIK9Eq8UlDE0asuEnSo0VakQrqWKSldVpqmooW+ghuU+NXLL1bA2VeeXtgb13zVo1NKkqlGTn3pavKrVIuhHO1zqtXmopUtiOz2yq/Rw12pPnLY+89t3IF+lI1h2pGhnRybXdSTyWyfmNnfi9xoDkpQN2VZriEu4Ee41RgyrNiZHx4R1TSZE7jAl8YcpJkqdcfrVmcCmLrw27coTLQv6V1iQ0WJBF1tLHGosudxsxeoGa0aH2zCyxIbBGraMa7TFucqO6m323K6zZ/avbhy06I5aS3eyzXrws6EHdZ0c0G5xoLTFETV7J0Y2OpNi2hPvxp4MsXDh1h4XMhRceRXgikGZKzsNe5FW1otK5d4ovu/NC78+PG3pw1hDNyoO9WV6Q1/sqtx5oNSPfg39GDD/NzoG9Od7SX+0DAegUzaABKOBmK4aSNtfA0ne+DuzVg5C7csgPFsG8bzDYMZUDSZvqQeHSzwwaQu/dYGua+DND9hqJvxRIRxrOwS1xUMYVT6EcOc/mPn9D9JdhmL951Aiq4bSr24YdhXDmWQ1gvs/RzC7fCSVBqMY/n0UesdHc7V+NHUGY1ihOJZZncfitXYsTY1j6bzyf1hE/Y/o6v/hpjmOx13G8UZ1PCdWjqfox3hUf0xg9tCJDFg+kVHfJ2JsMolZQZNYEz+JK1WT0PP9k/dNf7Ku+2QafSezsGQyL5Wm0NlnCs+rp3DSeCpfA6cy/t+p+LdMJarbNEYMnkZk5TT8NabTxno6zb2n87BqOpdKZ9BDYyb5fjNJ2z6TiLqZ3Db+i721f5HsPwuT+llMspjNveuzyaubTUznOYR7zyG/eQ57NP8msuRv3BTm4mE1F4vGucz2nkdOwzxmWP2Dg9s/mHv+Q9HPfwiyn8/FJfN5/mk+XhoLOJm2gHtlC/BZvJBZaovo7L6Isw2LeLPAk7Ulnjz088K4yotdbb3508ab93O8OVfjzUj3xYR5Lsb022K8fy4mqMsS0sqXMMLOh5RKH25Z+vLyqy9e9kup81uKz7elJDj6cb7Uj/IWPx709ye+yR/L7stI9lnGzPJlvHEPYPb8AP5ZHsCk4wEcrA0gfF4gJWWB3B+wnLzFyzlZsrx1/3LGlgTxWXVFaw5XEH1qBW9qV9C340qcF6xEqXolVzqtYkvlKvQNVxPktZr0Q6tJLl/NI+c11P5ag+agtdwsXYvZb+uYMm8d2uXruN5hPZvM1yMr1pN1dD2xKetRubGeQfXrW+8XzL7ewfgFBuMeHUzNmVatDsZVcwNl7hvQXL4B73UbOLV7AzMubaC8dgMKqhs503kjuf02YrB0I7rrNhIcvhHvoxtRrN3IrF6bcF6xiaC9m7CK2URK+iZ8725iQd0mjnXdzOGpmynx38ylLZspP7uZc/c3s6lpM/E9thAXuIVbUVtIy9jC3LotdNEKwcEqBFfnELQHhfDYP4Ss9SHcig3hf5khFNSGsEhlK3N7b6XEbyvWwVtRDt3KvapWFLZh1X4bzwO2oX5iG8vTtqFZt41Littp3287agHb2bt7O4pV23mqvIOjvXegErgDzz07SKvdQd4fO5mxbCf263eSf2Ani57uZPz3nUxvH0p3q1A8/UJJWh/K1IhQ/GJDacgKZZ76Lj5b7qKqzy7iA3axdv0uNh3fhe/TXdRW7+KIchjxlmHMdw3DzS+Mwg1hNMaGkZ8TxpaaMLZq7KZ7l93kuO5u/S+76XVxN7o/dhNrHY5Pv3De+YVTnBmORl04ae338MVtD70C9uCfswfbmj3cMN1LpMte3vnvRbdmL5oK+yjuuY/xgfsw3baPq9H7ePpoHz+r95HTM4K9RGA3NoJr/hFsCYlgwMEIBmZH4Pw0AoW6CGq19vPLeD+ubvtRXbafTlv202fvfuLi9nO1bj/Gmgeo6XsAjcAD7NtwgEnhB9A+e4ANhQeIqDmA57qD6O49yIiMg8yqOoiT7iEinQ/x3v8QZtsOMSP6EF7phwi+cYjJGpFUuUUy2yeSEeGRFB6PZODZSOy+R2KgH8VtiaKjfxR/HY9i0pkoFlRF8UTtMCONDnPjt8P8tfQwNicP06HmMDPtoslyjWbvsmiMoqI5dy6agLzo1pqPxnXoEVYEHKEs/Qhd6o4wvctRFAKPkrXjKH2SjqKcd5QtSjFEOMXwvz9iqJsaQ4x/DMOiYpiaHsOB3BgM62JQbhfLNvdYBvnGsndFLBe3xqJ2JJbCzFhUqmLJUT1Gd79jKIQfY1DsMT5mt1J7jF9mx7nhexzHY8cZ+PA41TXHsbA7QdteJ8gLPIHxsRMMqTrBF+eT5PieJCT4JEMiT7Iu/ST5DSeZZhpHum8cciyOV9lxFLTEUWgYj5JjPO+XxeMbHc/hmnj66iYQ1DuBd8MTuLsyge1ZCUwpTeBmfQLqPU/xbukpNONOceruKXZWnGK48mnUDE7j3us0kb6nWXL8NLE3T0PdaeytEunjlIi2fyKf9iXikZyIT00ir7smMd0piblBSThkJmFSl8QYh2RO9E9G0z+ZP6OSmXwmmaLaZP4ySaGHbwrdN6Rw/FAK+7NTcH2WgnFNCkeVUlFxS+Xh0FS++aSiHJyKQVoqObWp9HRIo11QGj3C0ziRkkbOkzTKytO4p5rOnRHppPmmY7onHfX4dFQvpTPxZTo15ems08zgb6sM8nwzGLWqlfgMisozULHNZJF7Jh6+mdw+ksmt0kymGWRx3joLd98sTh/NolNVFub62Sj2yuapTzbD1mXzLD2b9ZXZ9HQ8w+hlZ/iy6wwjTp0hMfcM6c/PoFB1hq96OWhZ5NC8PIc2O3LoWpvDTJ2zRDucRWXoWayWnCUm5Sx6+Wc5/P0sJnbn2DXkHJv9z2F29ByScY7mynNkOp6nYOl5zh48j1/CeRZXnCff+ALPl17A9vQFEisu0KxwkUudLlLQ4yLFv11khH+rRl6kMPkiy8ou8tjhEj2WXcI/7BJrky+xpvoSV3wu81fYZZISL/Oy8jJN6ld453SFmmFX+OV7hb+TrpD39QpTbK5y2edqa6+4ilrFVao6X+PRyGvoe12jOfAan49fY9y9azysuMac7tdZ6n2dufXXGdD9BqoDbrDI5wbNCa1x2Q22qOay1SAXB+tcerjkct8vly97c8k6ndtaf7nEtb1J/Z83afK+ycDDN1mYcpMzpTexdMzjzag8pvrnMX9XHqYpefxTnoeZ3i1CnW5R5X2LYetvkZV6i7zPt8h2uU1C4G1ME2+zofw23ur59LPMp+uKfPL355P7NZ/BjfmcNLrT6g93OLTwDpWb7vBq/x1MMu6w5tsdFv24w3Sru/zpe5fLYXd5mnKXC/l3UdK9R7bDPWZ636Nr8D2sU+/hV3evdba4zzL7+7ztf5973vf5K+I+r5PvU1pyHzW1B3x0fIDukgdcTnvAkrIHaPx6QKbFQ845P8TK5yEbNz9kQtpDPMof8kbhESnOj1rf6BEm8Y/YkPUIjdJHRA5/zNElj9kR18qDx7R93cq3x0zVL2BuYAEPIgsoPVmA+bkC3uYX4PqtgEFNBeRaPyF0/hMaAp7Q5dIT6sqeEOX5lPB1T0lJfopVxVOe93jG8KBnnD31jJjyZ2xb8py1W57jdPA5YWnPOVr6nGSDF9x0foH60heY73zBmKQXtKt4QUrPQoqXFuIdU4hHSiEbXxaiU1tItslL+ju8ZNKIl9zxe8n7qJd4pb0kPe8lmZUvueTyCiteUe73ivCdr1h47BUJxa8ocHzNWs/XKKS+Jrj0NZn1r7Hr8C+Wvv8SnPovQV/+5a7tG8wWv+HWoTcYpb3h0603aFS+wdTpLQtHv+XXwresDXzb2m/esrH6LV2s3qG86B33A95hn/aO6q/vmPHzHZrd3/Ok73sSfN5jsfk9V4vfE2T5gTleHyiO+EByygc+X/iAQvUHMnt85GPax9bZ7CMnlD6hY/cJb+9PbFn9iZaIT7yJ+8TuvE9sq/zEhN+L2LS4iKFpRZg3F6Fi9x+eXv+hteo/kiP+wyfjPyZW/8dKk88c8PyMSshn/JM+s6bkMyd8vlCQ9IVnn79w/ecX6j2/8jXpK6pfv1LUppgKr2LKVhdDaDFep4uJzynmZFkxHg7fMNj9jYyUbzT/aNVOJXzrWYLlwhIMVpRwYG8JiadLWOheysf5pa1eU0qfiFL8skpbvaOM3ovKeLalDLOrZXwoKiPLtpwAz3JSV5aTF17OgKRy2r4vR+9HOYO1KshdXEFDWgWKFRXo2lSiMaIV70o2n69E51klR/pVscOzCrOkKrK6V5M+qpqyWdUc8q+mOakaj3fVpLVU88a5hlEjanjvXcPWTTV8Sqoh/VsNiU012A+o5aNXLTN31RJd1Bp/r2WweR1v+taxeVodWxfV0e9qHX7/1THA7Tu2Qd+xS/zO3E/fGfpHPae964mPrMf/Qj0ry+tZ7/GDmYt/UL3qB9dP/MC5+gebljSwcn0D+xMamF7cwEudRpQXNGJzqhHn942srGpkf/8m1oxvwtOziQlxTfy9thnjuGbUqpsp7PaTb4t/4rXrJ85lP5nYrYXOC1v4GNdC9qUWHlW2kOn8Cwv5habnLyZl/OLop1/0VlWQx50URNwU5AsKUjxLQbLCFcQgUkFOpyuI520FiW1QkPQObWQNbWRlYBvZeb6N+D1uIxkf2siW2jZyqKWNBOspyoTeilI4UFEuDFOUn3MUpW+IotxMUpRp9xTlW4Gi3H2rKK/bK8m7Lkqyto+SjJqiJB/8lSR4tZIcSleSxAtKYvtSSQ5XK8loFWW53EtZpg9TloaZyjLzoLKcTlUWxRfKotWprWzu3VaM/duKVmZbcTdQkQcWKtLFTUUGDleRk/4q0n+dinTOUpGbtSoyTl9VzJ1U5V0fVQkcriraAaqSsLeVKFXplaoqjTmqEnRbVeKeqkr3GlXxclGTpQ/UZMhHNVFVURcVc3WJn6cuajvV5eYZdRlXpC4hVepi1qQuMc4acnCchnydoSGlPhqiu0pDftuuIakHNCT/sYYM/aAhh8s1pLleQ6zaa0qxm6ZEjdOUpDRNMc3TlN/fa8qHRk1RUNGSVfpaouikJWsWasnYE1pSUKgl1/7TkrXlWuKq105crduJkmM7WbusnQyLayfXa9tJjIG2uJpry3h7benbR1v2jWnV6doS5KctZce1xemptjh80JaMam1Z6KQjPSfqyDY/HTEP05EhZ3Rkb5GOvKvWkUFGunLUVVcsBumKyhRdsZ2vK6P9dCU0TlfsMnQlb4ie3J+oJxN360nLET1peKInO+r05K5Le1kyr7189Gkvq6PayzstfdnUWV/2OOnLmjv6Ev9FX+7Zd5B9Ph2k1/YOciWxg0yr6SBfHDtK6JKO8ndAR5m6v6NEZ3cUm+8dxUi/kww27yRV2Z1k8tNOclndQKzcDGRjoIEsOG4gYakGMvOpgbTTM5Rh7oZihKG8HW8opnMNRWOxoTw62rqWZijaBkZSN9lI8pcYSXygkfhlG8mJCiMZq2Esx3KM5UW+sVz/YixevUzkhK+JDM42kQmfTcSrzEQ6GpvKIjdTMQ81Fac0UxlbaCovgs3kxg4ziYw0E9UMM/laZSaHms3k796dJTassywo7CzPXbrIq9Quov62izTqd5VjvbvKhYldJfdMV+nR21zC/c0lJdpc5qeZi/F9cznraCEeIRaifMRC0hMsZHSWhUwzspT2wy1l+TJLSQq1lKnZlrJ0m5VMPWMlzjVW8lXJWlp0reX1MGtRXmMtbmXWElRvLYaGNnKlp43kzrGRA542cj3MRjSP2cjvmTYy8oJNa85tZKK6reh1tBUVK1sZ1ctW8hfYyhk/W5mbYSsb79hKdxU7KRpjJ6mX7GSEvr0MdbKXKZPtRXW/vRwptxejpd3k2upuohPZTfZkt2pNN1Fp6SYXtLqLU2J3eVHfXep79BBNvx4yY1UPaSjrIbM7OIi2u4PoZjpI7Q8H+RtHqRzjKB8WO8q9/Y4Sf9lRQsocxcjBSYwWOsn9NU6iE+skIelOEvfZSXxtnaXraWc54ttTTl7qKbY1PcXd1UUWL3MRMl3kdJ6LmIa6yl8Xekmvsl4y71tvGafUR7ZP6CMhi1s1so8sa+4jBbpuEv6Hm3QY0VfcsvqKWqi7mJj0k84p/aRAo79U9e0v910HyPSoAdLGaaDo+AyU2tKBEr7zd+mY9LtM7zNYpuh4iGuah9zphxhPQSYsQSLKkRBTkesThki+61AZGzxUQnsNly+hwyVy2Ehpqh7ZeqbR0qI5RkKLx0hNz3FSsnWipOv/Ka/0psq0zOnSXDRdTK7MkCVzZkrf77Mlesgc6XZyrsyznSeDl8yTIXjK8k8+Yr1kufjNDpL/A22nhsU=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2504">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="108" id="scan=109" defaultArrayLength="1388">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72431.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05024581" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7225.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="984.91101578" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.94329101" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.61385" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6556">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2472">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="109" id="scan=110" defaultArrayLength="1377">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="73487.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05009679" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7149.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.62179047" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.12779581" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.619467" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6516">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2484">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="110" id="scan=111" defaultArrayLength="1389">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72602.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04984346" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6969.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="978.68857696" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02386363" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.625067" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6564">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2484">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNptmD9oG3cUx69FFEHVVgW3UcGDBkM1GGqoBw8KWL9TiwZDNRiqwYMHDx48pJDBg4cQQjDGGBNCMGkIIZQgSjAihHKkJYhSwhFKOUoo19JBQ4abiqClmE79Pf8+L/cqOvy4093v9973vfd9f05R9FkcRX/6teyiKPLrul8f+t95J4pW/X3h19Dfr/hr2ok2T7tR9LF//9L/nvNr5NemX+/7Z5nfN/GryX3iV9W/W/LrzN9vcUZkb7joSur33XNh34ILe6/69Z1fO0Gf6E5//SSKWu5c5vhiN+D5Fh3z4H7iAqZdv+oxOPz9Zb+m/n7s101//zTIiW6hV2y8gKxRJ+jNwVp3AV/hf1/CDyl25chs+OfHyHrAnj0X9F/x1yO/vgajYHVe131//YdnDezeQ4+cayHnd7CKHc9diTHhmgU/nmMSLCKv59d7cTiT45+aX/vo3+Gq98f4Z4QetbEAV9cFOyrgveHXNr7ZjwOW+8R43pVxX8eeCN11ZBfYJ9fEBV4duvCsDpeEg01+i8ybRr7wdOAC3i7XKfrmXekb2f8QORF6ct5N4JnYtY5O4aX4UOz8C3sLfCznb8OlAbE9wD/jwNFz/PL8Z389cYEva8gVTvY53wJng7hIXMV/19B3Fbzq4xxOCG6J1V1s3iXuZ9j/VhxkjOCk6HpM/ObjgDUB5wsX8E+QfYp/RO8t3gmXN3guNnyF7w+xe5d4PoHjGRw84HkDnx3iiyfof4ytdWIg8n/0axH9GbhEXoavBsRfzvfIFdl/hn9WyNN18vtCN+xdA5vgecn5rpElawy/RF8bPOLPh9SsMUs4vBAH/77g3WViIEt89Ay8iqkFpgo2HMGJFWIvPng3Dn5IO2XsBO8jeJSQw0/xj8h+nfp84EwuyVnqmNTSVXh1gxxIwKT58YML+wZguguuE1MXRcdrcbDtJXgXjD1b8OIumCN8dwbPVEaVWvNOHN5rnf8bPw7h4SVX+rpPDgzwzR7Y3ogDXsUuur+Iw+82/BdZy+jMXfCl8jyDA3K9Tb3MyKE2doj923BMa2MfGSk1V2Ol/NijjpwQJ92T0VMeg1X71Tr1R3QdsfcWsUjR/4G3a2jq1HNiKTFZ5b4Aj8TkGzgoPq3DsSb2rZOHDfw6ZF+bfI/oSQvoX8F/9/DBNhgjdD5A7haYm66sMRm1QuQsztRtvdf+NATrEXqmPOuDZYu4am9S7iTwLKKeaN85xu4FamBGr/4UHts4DzulTevsb8DzJjHTnJEYX6OXXYxLn2jdGGObxKEWBwxTYvom/Fxy5RnNiwS+94i35u6Y+WENv1fIiSV4tsGZB/ixzbVLbPPOq/np3If79AKdY+a5HmLzjpGpc0QObxRvz+TSET6qmPkuMfVyGdxt+CI67uDjEbHrmtlqjtVzZb/bMD4d87zg3VVi3HMl/yOwDI2MCvFcpR9N6J0F73quxFs1fiuw8Qx86oNncDLCfzVyvsp6hAw5+zl1uoYdUiv/YC7R+bIG9hP4UuCbgjqeU7fGPNfZ5hk9eNvMaBF2fk/uLYBRZxyNq84t7VCTrpzGIU/Pa3hcYvoyDnKEGx/F4cw2cUqYOfYN7xbx/yrv66YeT8GjMUqJYdP0iSXmhUNyftHg/YkzVWQ85JzofTsO/hrgT/WF5uChmQ01Bycz83PVcE2/Wdqu9KHGogWPNskl7V899vbhY+t/ZsMFV/aMBJ800SPv7zAnyfz7Gzja2HKg31vIu25m1B1X8mJKDWxiz8jk4wTON3iedsra0Wf/EHxLrqx5Cbo3XcnlCs+UN6q7B6Yl/PULv2ucb4BjzuRlRn3IzPfKENx1cmXYKb8v14yPR6afL7Nvx2DSeSgDQxv5fZMHDTDmpm5NkVs3vtJ6qnk/MD1xzMwk96dwYwn/TNh/2fRj7Y1DdC7DpbRTckd9dYbtFfDrrN00vtI6n3IuMfWvoJ7ovKAz3B3O6jfEwPTZrumFOh9pn13DFs1Z5XLNlXmUmVlWORzxXL+rxpw565TzQB3fddlfQb7GVvxxA+4pH7SOLoJ52WCumb6xMTNjaG/SGqmcLgxnKuZMz9jRwM4+Z5S3haklGzM81po7pbfrrLmIP/Wbasq3heavyryEfzVvR+SL5qvaVDXfYONOia9grrrN/Qp7leu56eGKrTC/lesau6rJy4iYzRlOKpennfI/irxT1jH1kfJeeaj9YsSqG19NO+W3WwtfVIy+quFFCq5jcnVsam4DvZpfOltqPdRviSHx0bxKTR/eLP+jeoVVZd2DT3mn9GsVLqrPtQZqHRqZOjiC81pLRyYHUuxomLN18w2ZmPjpN4jGYtd8x9RcKVNt1fm+afzVMzHKzf9fOnOl8Fnf67Vu6pfW13kz96fGb1XzP1YF3S0zPxRgycz8PjV1xNaWkbFH+TmceZYgNzL5on05AreeLYzPM/Pfn8Z0NPN+aGqc6ssNl8cz/yPq/5PZTO4pJyb/seVfLjwQOA==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="111" id="scan=112" defaultArrayLength="1416">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="73148.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04990307" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7101.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="987.57855440" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.11627897" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.6307" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6712">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2524">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="112" id="scan=113" defaultArrayLength="1414">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72967.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05032591" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6927.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.25906182" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96913428" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.636317" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6692">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2548">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="113" id="scan=114" defaultArrayLength="1352">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71728.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05005395" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7072.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="984.24705895" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.26295609" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.641917" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6404">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2432">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="114" id="scan=115" defaultArrayLength="1379">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72328.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05085493" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7186.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.76407181" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96196686" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.647517" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6532">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2452">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD1oW1cUxx9FUBU0aHCpaDWooCEUlWrQIIoG6z0VPJjiwUMGDx48ePDgwYMHD8KEEEIoxhRjTDDBDVSEEERIg8hQRMjwCKWIEooIJWgIRZRSTAnBQ4fe4/f79510uLyPe+75Pv9z3ouiYTeKSnEUvZdE/VESRaPwvBeeL8J1GK6DcB2F63ZY98Mah+dJWGlYi+H5SS+KHoXrLDzXwrUVlvGchOtyWL+H1Q7rnP3H8J6GNe9m8tbjTIfAu38/yc4b7YuwCmFV40ym8diFtplkMitxdDD7Khp/GvRoxFH/h/C+E/ZvILsfZ/qtxpf70RdJZp/xKsaZfOlhOn0A3zn2TfDHC2iN9wg/GI3xb4ZVZx2jn9F9GHjdxTdG38Anr+PMf3b+60CzE56v8+4J59+i70dJ5j/8c+kL808UZ8t0XuGs+Wyd/afsG++rcWar6XELvvZ8Cq3pfAufGK9nxN3WFvd17J/iS6Pd4V0dmjbXoGP/KMliYD5cCqsc1k3ssDOn2HMFGywnmvjyNu+W0NmuIc6XtLLB4nKEvftxlhcz+Kzif7svw3MVuWbbA/Qy+n3em90nlr8JOc9SnNewYeZitMHzW2qjjj8ryLZzd9BbeVEgB4yX7d8kFh3iMUEX4/Wx5WKc8yhRS9KrDb3lY83l2Rg7S9SO2f9ZktlnstfQ03L9JrJP4rymTZ9PkkyHMnl0Pc59Ynx/RH9qMLrH+RXnV8uRBc79gWyjaZGTK9CYvvfRYQeZqhfTcQ07jrF/hs1V8qKR592lr95is/H+GT3fT6Jx1MtwTPX0kLxQntwgRw+NX1g9i1eS7UfQmg4L5GcF3TbjLBft3RAfHbr6KyJvSq2Zns/R7xQbVtm3fDZfDbFB8Taal8ROMkvE8RW87P428n4J6xo+PoK/6VvBtztg+gwcfIXtW5y7R869xqcv0G+Xera9v8Fzu39KbC+wvcUSlj7jnOlYwLeTbt5fHhLDpssT1UcLn00dXtjeS3yUEvsO/rbe8IY9k2cYfB7WXpJj3Ak+Mx/sYeOMHvMN9dwjhvvQLFCXPXJK+F9FhwnY0MTHRd5bLt2Fj7DO4jrluUbMZMtf6NeOc3un3RyTz8AK1fsGOXwEH8m4i/13yBnZs03uTJD9H46QP+Ip3K673C6QH03iso3fI7BtFZlrYEaBvWN8dt7N+/+IPDzBFnv3GHlFeI3xaQX/C/cPXWzm1G8bvdbgUYFGeWhnH0A3dboU8J/V3m/Ofx1ssRycgzMj/FCC73Py9YS9LdeX7fkg3H+e5LklvCvg2zeuV6Tsl7G1z3Ubu2rYVKVO16HZIJ7/4Lc1aKvk+JHr5yvEZRWaBeEcep/inxTM6aGn+nYTbDDfnHFuHzzqsS7AtTfw+gl+whD15tvI12xT57rE+wZ6pg4LC67XH5Kj2/hFfeWAmBSQ+y281qEtsh9BXyevjuFxTu+xd8vImNLLdqFRvSh/9uL8eQUcuujmGDekt94gxyL2nxGHY2xX/P08pJraII59ZEmPHea3HZ47DndTMLNBnWy5OlymNxTYF8ZuIf8Wcfg+yc48J7d+Deu7JDtn+3/i2xHYqVxSX1bOC98W8Lt69joxaNKvlJd2bpN3Z8StSq9IieHA4WIVviV49eBt/L5Mcvp1+LSpnY7DvPNuju3X4CXc2eC6gH1VNwu3yJMCuXhAzC7omerxJfy/TMw0x4/Jpx78RsipUX8VdNf9psMpzS819y0yR9+y6/Ej1yPER3wbcf5tsASfKnotxvk3hmZAzWRV5x9h+Ji802x5BTnC5DH67nJuFd/MXSxVg2WHpaoPk/PIyewQZ83WfTf7TqjBa3GOu3NyRXNVATy96rB2jv+H2LToep2wqE3dK35D4qc8LpODiw4f1HfWOXcO7klX1WYHfYQp+uZWnW26eVyzn/qGvmeFARVyYxF5aTefKXrU9Dk+OcRm8Vx29byoudf5Ur3FzxMR78bQtuO8l/aYH66jUyPO/ax49tw81SKeAzczaGaqIHPYfXd2FAasgWMNN3emDotb2KZvqU3o6+6/wMTVdtP5Sd+6RYdxuh85nc5cnS6573DVStvNweopwp/HnE3RqQBe6R/MLvoO+D7pxLmuypea62NVN8NI54nTV98uRfgKsweuh0yI9aybx3ju+lzq8lWzimI7gXfR9dMUXwzJec1s+s4sOdxTrDSbLLu5ocyZtJvnqupLeSK/XaDHEPqC64mqi7Sb413E+SYyym6ebLiz6unCqpHrv/L5yMnQ3OP/4+isdNA/En0Tqbfp2yLtvvsPqxjncW25/wrz/827G84nMxc/xXUXnw7cPwXh5ribfwNL/sDZpf8CNTfnFBxORK6eL+A5cLoM8YV6et19W6YOvwYujvLZFZ79v5Cxi3nqsHTqYjIGU8vu20Ayh84vQ9fjJq4GvF5p992anjj/+Nppxh4r/gV+FBmJ</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="115" id="scan=116" defaultArrayLength="1429">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72958.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05047493" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6901.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.87277871" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="98.54839530" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.653133" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6756">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV2VQFVoXpeVKSjdISEpcSjAfaxvP9lPEFgORJ12CKCJKiaSUgnRJl6CE+VRULER4YiEICtLdfPfHmrVnzT4zZ86evWad51JPLS73fbe4u7jNgpPrh4W2ULuFnuhPiwiRLov/xrstjrb0WXDrjlrcF5+04O2dsmjaOm2xTmzW4rHkvMXSxWwQE2IHLeHAHg0OyHFw4eQ5Luzi4IbCEA9+LuHFoTBe1Pbz4gIXA98VGHg1w0ChwGLYTC9GRCQfjgzwYV6IHwcc+eE7wQ9OOQHcmBBAO58gNs4LopdfGJq9wrAVWIIQARGEaoigU1QUIj6imOMTQw+XOJgq4kgbFUeRnARcpSXxeFAS7txSSB+Vwhp5aWwflEbdoAzCfGRxd0oW1yflUCsrj9ZkeShzKKBBTgH5EwpwmFOCLp8yLJnKGLymjN4BZRjzqCBeTQUxoyrw5FDFKIcaHkqpwUZXDaWuarCbUMPPxcvwbXYZFFXUsXdOHWIDGvgwrYlpcS34jmnhhpo2Jke0sU1JB4x5HURLLMeiheUIlNNF9bwuxGf1oLqgj6MKBvCZNsAOZSbeb2Iie4GJoxxGsFA2wtNpI9hKGkPLywTC0Sb4xmaKIlVT+PeZQm1qBdJVzBD+ywx2nOZwUzVH04Q5YqVXomVkJbo5VuE112qMKq5Bm/sa1putRaj2WgReXItXw2vxmHMdhtTWIdVhHTI5/oLJwF/QELfA/0YtEKYEdE0CH+wJeguE3Iz1mBlfj8/6G2B3agO05zdgkf5GlHFsggT732js/xtzXJsRrrgZ7yY3o0JlC847bMHpB1sw9GcL6nm2okZuKyantmKH6DY4223DyOA2cCtsx2LH7Yj8tR1J3DsgNboDGiI7Iei1E9tGdsJReRe0B3Zhtu9/+IdrN1RldsPLeTcOjO1GpMoerBnfg1olS9g4WiJp1BIXl+xF5eq9ONi/F894rSDWaQXmrBXqxPZBzmkf1v/aB8PZfciX34+apv1Qnd2PEPkDWDF4AM4mBxE6cBCH+A+h1/wQ9vYdgtSSw2izOIykkcNolz2CYOcjMJ9gsepReJ8+Cv25o8iRtEaGizWSB63ha34MTrPH8Fr5OKT+HMdr2xPgHTuBWYGTUFc+iWerTmKL40nos9mAzcQGd/pt8ET+FHaYsOB1Cp86T+H7winoKNnif3a2kB6zxdfe07jIbYcaFTt8NrXDy2g7hPbaIXjlP+hM+gcOff/A/MwZSI2cgeAFe7TH2kOv1R63x+1RLu4A7hUO6B1xAJukI3LMHfGp1xFH5ZwgtdEJwQNOSJt3gkuPM2umztit5YLPTi5I7XEBu44rVtq4ImXeFd/N3FBs7wa+Djc8n3PDkKY7zpA7BofdcVPJAyoCnphy94TQsCdsZc6ic+1ZqLF7QcLbC12jXlBQ9UbYGW/sifdGy09vZM14w9ruHJw7z2HbxDl0rvCBnacPPnf6oHfKB3eZ5/Htwnms+3MeyvoXsNX2Al78voAONl9kHvdFwU1fvB3wxVe+i2DTuIiGVRex6exFcI1dhOhSPygz/ZB11g/eoX7wTfXD5io/iEz5QX7pJdw0vISO85cgFHMJ2imXkDx2CVLG/uh280dNhD+Uiv3xccQfmPVHq8Jl7Pe6jBuJlyFTeRlzY5cRJXUFH4yugDyv4FP0FXxNu4JDFVfgN3EFf0wDAO8ALIkJwH9VAbAeDUAadyB0lQIhuCIQP/YF4oNbICwuBMI/IRAqlYHomA1EFCMITu5BOBEbhOzUIPiVB6F9OAgHxYMhxgwGj1swOq8GQzk+GJvuBEOjLRhW08FIMQpBkXsIqqNDUFEZgs6hECTPheCoyFUkmV/FaeercDl/leVjV6HJCMWaVaFwOhuK09GhKBgOxRvDayi1vAZLj2uQi7kGndFrmFQJQzAzDFN+YUBGGIYmwiDHGw4O1XBYmYSD6RYO39hwrM8MR1B5OEZGwyEsE4G1ZhHg9InA71sRCBmKADszEioUiZ2ekdC+HolPKZFouhuJqslIpJpGIccjCmZRUbBJjgLvZBRGTaNh4h2NkYhoCJZFY+VYNNq4r2PG7DomXK9DLuE69KevI5k7BglqMSgwioGrdwyGI2PwOikGDeUxOPNvDHaMxaBYLhZsZrFwc4vFxpBY5MXHork0Fm1DsciVioO4SRyuusfhj38cHK7H4VFZHKRH42DGH485hXj4GcQjguIh5xOP4sx4WFXHI3IsHoe5EvB8aQIq3RNQH5eAsLoEKA4kYHAhAe6mN+DocgOuSTdQ/uYGMHIDrUY3scf9JnZE3URD5k00TtyEokEivMwT8cMxEccCEiGUloiZO4mwn01EpnwS2vSTcGx1EtpdkmCfmYTM8STIrLyFTI9b0Iy7BenhW2BnT8YKoWQ47k6Gh2cy9oUkI306GXsYKbjATMF2zxRk3khBRXkKlJpSMDuYgp3zKQiVS8WkYSpszqZCOCQVjKFUJPKnwWpNGu5vTYOZSxrq/NNw9lYa4ovSoDmRhhJGOpql0yGklw5LpEPCJR0daekIv5+O7UPpyBbOgINBBkR3Z8DLLQM+VzLAk5iB1uIM5A1lwFsvEzfcMnGyIhPlY5nINcqCgUsW6sKyYFychdqJLPyQzcYPvWy4OWfDMi4be4qzce5RNhqGs7FLKgfBy3Pw2jmHdecclpaDLvFc3NTIRbNJLsxdc7E/KhdvKnJxYCIXwe63sSH8NlQKb2NH7W2Ej9xGL3ceHPTyIOSShy1X8uCbk4emijy09Odh83Qe/lLJR9q6fAy75qM/IB/56fngr8qH1HQ+tloU4KlzAdLDCuCSXIC7dwtgM1SA58sLIeZaiN23ClFeUohLfYUIny7ELuci1PsVYTyxCGoPisA1XIQ8kWLcMC2Gp3MxAv2KEZFYjJzCYhj1FeOOWAneGpRA0akEzmkl8CoqweGXJRAaKkE2oxTZCqXw0C3F3u2leOBWisvZpRC+X4r4kVLU8pVhvVMZPieXwWe8DGZq5YhyYeF2OYqGyjEjWYE4ZgXK3CrwMLkC1woqWJ5agWeTFWBq3cFJ0ztY2HoHCs53UFB6B4GDd5CgWonJ9ZWId62EYlYlLg9Xwsq4Cobrq3DIsQrjeVVYUlsF//4qBIndxX3nu9C9ehdDRXfhNnEXKbL3wM28By73e/BIu4fK1nuIG76HtxzVMFarxk7Dahx0rcbqyGpcya3G2Fg1jERqkKBXgwaLGjQ61SCzoAa8QzWYEa6Fy9+1MHSsxbEbtZjNqcWtx7XonqvFVs066HvVoTWhDoM5ddjxpA7XBupQZXQfZfb3cdz3Pnij7iO+8D6CR+7jIPsDvF/+AML2DyBVwOKBB0iSfogVeg/x76mH0HZ7iIKUh9AtfYi5wYf4zXiERINHKPV8hL6UR+h/9AiB3Y+wn/EYEeqPwbf9MQ6eeQwZn8eIi38MjezHeM/1BNvEnyBf6wk2uj3BzsQnyC16gmvDTyDB9y/Sdf7FWud/8T2AVWf8i6eT/8JqxVNccXsKyaSnqCt5CvP+p4i1fwaXwmeoOvMcFr7PWbv4HEl/nmOPfj02O9Rj9cV6tF+vR1VBPY4P1iNb6gXidV+AnF5ANf4FpPtfYJ/qS5z3fImpuJdg5rxEz8RLqPO8QsCqV/jb7RX8Y19hTdEr7Kx5hVviDahe3gCJLQ3Y6dIAk4QGfMtvAP+fBlwxeA0fh9fArdd4UfQaVX2vsVv3DbjOvEFvyRuo97/Bq9k3+GTwFs3ObxFU8BY+k2/xzOAdQp3fYeP1dygbeodmx/fYkP8eIi/fI2zkPT7xNuKxfCNuazXi7PZGdLs2QjiuEQMFjYjpaAS/4wesLfiAY90fcGnhA15oNeGWYxNizjWh53YTlvY3YWGqCRNaH6Gz9SN47D9iMOQj5Is+QqbnIyxnP8LQqRm+Ec3wKGlG0HAzDuu1oMWhBUtLW+A91gIVof/A7/kf3hT9h8nu/5Aq9gmBGp9Y/v8JEzafkBv9CdtHPuGtbSuKr7Xin7xW1Fa3YvRlKyJ6W8Gl/hkXDD5jLT5Dy/0z/Is/I3ToM56bfsEP1y+oyvqCA9+/IMvmKyZdv6Li9lfE/PkK2/mvYNP5BgGLb/hx5RuGCr5h8Nk3cA5+g5LWd1w3+Y5f9t9x4cJ3HF3eBsUzbajJbINjXxuKV//AkOMPlJX/QLdZOybt2pFQ1g7nb+0I6G/H8Fw7KrQ7sMuhA+/KOrC6vgMC/R04oPOTlYl+4lTRT7wd+QnpNZ24sq0TbU6d+J7biZyuTqxU68KoYRci7LogcbkLWfldePCrC9Mxv2CU8wuTv34hTOc3ntr9hrPPb1hm/4Zw1W/09v4Gl1w3zA27YbK5G34O3ZCM7MaP8m4Mj3ajQbiHlZl6sNm5Bx2RPaiu6IFWTw+q9P5g1u4POIr+gK3/D6wYvVBQ7MVpg17IOvZCLKIXJ8t6Id3Xi3ChPvDb9WG7Wx+4cvpwq6qPlY/6sZHZD2vnfuyN6odxfj++jfZDzHgA120H0Nc9gCiVQcQaDmLwzCAuRQ+ydnkQ0iOD6FAawqjLEPYVDuFd3xB6dIYR7jyMsYJhJA4Nw1pnBCnuIzg/MIJzDqP4u3QUwcOjkF89hjz7MewNHkN9zRhrXuMISB4HW+04pn6MY0RtAgZ2E/jkMwH5jAmkVEzgUB9LM55Ey85JXHSYxJGOSda/YBKWClNw0J9Cnc0U7mVN4cOdKRzpZmkrpxFwfBof3aZhtmwGAbYziIucgXn5DLS7ZtDFM4sq/VnwPpzF1rFZMPTmsOHkHNZks7huDq975pCpMg9Z03nsPDGPbbXzmJmah/mKBRyzXYDztQUUFixg0+8FtE4uIJ+XjdSE2ahQno1+GLDRK282uufPRnMxbFRym43OlbOR3RM2OtzA6mtio/3dbJQ/wkYe0uxkaMROJifY6fd1dhIsYieeanZqecNOxww4yH4FB4ns4aCEYyx4cVBYGgdJVHDQpjccZPmNg05NsHokOGmzPCeF6nLSKlNOsjnLSZ9TOSmshJPS7nOSZSsnNXNx0SUZLlq+k4t8XbioIYiLBm5w0dpyLiri5iZlAW56xOSmbjNustzDTc88uEnEl5u2Z3JT0ANuWtXMTZ87uCl3gptusvFQsBoPndLjocGVPHR1Ew/JWvOQriMPBXnzkHUSD6VV8RDbAx7i/8BDqmyLKEp8EYkZLqKAQ4soy20RaQQsIr/YRbT7ziLSa1lE3pK8VG/CS/fceOn3BV56XMhLde28xM/NIANxBnUrMuiTMYOqtzHowwkG/fJkUEUqg86XMWjfPQYtfcIgw3cM4vzBoKoRBpUssM6JLqZBg8Vk7bGYjsQupszKxSQ+upisZPkoXIOPYpl8lLGBjwR38VHvQT5a4sFHl6/xUXs5Hwl18hHfEn7q0OOnlhX85HGSn5rc+Sk/jJ8CsvjJqoilN/BT9k9+2ikhQCVqAqRmIkD6mwUoa7cACbgJUPkFAWqJEiCpEgGSaBSg8+MCdJxdkEKEBEnFSJCerhek4F2CJO4lSKGZgqT7RJD+ahIkrxFBUmMXIkVJITprKkR73YUoOUqIXtUI0X9Phci8UYhudwjR1WEhajYSpnwbYRp3FabaHGE6XSZMIw+FSe6FMCV9EKbnrcJU1y1Mh1yX0KmEJfSmeQn9YyxClytFKOeXCInPiND3KFH6K1GUMu6I0vYuUdogJUbqemJUbitGf7mLkW6jGDkOi1HbUXFyLBKn5kpx0m4WJ2VdCQpeLUEJHhJ0qUKCwpokKJpbkko0JMnKXJKiD0iS6CVJagqWJMNXknRtsRQdU5eidUwp0guTIucKKZIekaJ+NmkyMZCm04XSNNEpTSdmpImdW4YkmTLkuFOGxhNkqL9ShtpGZMhQTpayPGXpra8sWeXK0rZyWRLTkyOTdXK0ylWOGi/JkV24HOmxy9OAozz9iZQnzSF58o9SoC/iipTBVKTr7oqk8YWFUUV6JqtEw0wlenhYiR6XKVFVjRLdHleiuFNLSaN8KeXVLCX1waWkNL+UFskok6abMnXkKxN3szLt72LVy1Xo5FEVSuhSoasSqmSsrEqD21Up01WVzsWo0qMiVbr2TJVGndTIIlaN8krVaON9NfIZU6NTe5bREftlFFq6jG7UL6NN08soiaFOLcvVaeakOp3LUierMnX61aNO5koadPyGBuUXa9CReg3K/aBB93o1qMBZk+QKNenlPU0aeq1JHf0sOGnRg2Qtci/UosOC2rSwQ5vqvbTpYaU2HfyjTcKiOnTKVIdaanUoo1eHHjCXU23Jcjrzfjkxmbp0OFKXBEp0aetbXeoR0aM3BnqkoqdPl9br025LfQrK06fESn1yZxrQl/UGVKrNJCFrJimXM+neFkP6x96QRIsNqSjIiBjFRhTNaUwP/mdMfxUZE6eOCV1cYUKz6qakZ2xKDkWmZNdgSpobV5Db5RXEVsJiRzPyv2BG6oVmJPLKjIJ2mFPq+pX0tXQlWbetpAjmKqrcsYp256+i9KLVVCeyhlyL15Dd3bVkyLmObLRZqFhHs/oWtLHCgsgJJOZDNJhJJFZOZHVqPe3xXU9V3euppXAj9b3ZSOHrN5Ex828yOL6Z7nhuJo3mzeQVvYU6U7fQ6rdbKdN+Gw12bqOQC9tJymgHLR3ZQcKa/6P8oL10r3Qv7V9nRaMFVlReZ0X3+w7R9brD1Kh+lLR9jpIBnzV5bLMmSxdrKsw5TrYbTpBLvw2NbjpN6cZnqK7Ljb5UedP/AaUqs3o=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2512">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="116" id="scan=117" defaultArrayLength="1438">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="73218.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05040415" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6192.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="993.72988514" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.00497900" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.658733" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6804">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2540">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="117" id="scan=118" defaultArrayLength="1341">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71350.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04993101" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6837.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.56667059" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.97512448" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.66435" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6352">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="118" id="scan=119" defaultArrayLength="1402">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71358.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04976976" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6701.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.72474475" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.51879722" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.66995" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6644">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2480">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="119" id="scan=120" defaultArrayLength="1365">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68840.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04999329" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6681.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.60586293" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="111.51369094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.675567" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2412">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD9oG1ccxw8qUpEeRYMHDSpoUEGDBkE1qOBBeqeAaT1oyGCoBw8ZPGTI4CFDBhFMMCa4JkMxxoRgQhAthCOEopoQbjDhhlCO0EFDBlFKER2KhgwiQ+n99D6/3C8ZHu/u3Xu/P9/f33dBkPaD4PsoCE7yIc9lFwSLfL6fz9O+H/84/62Vz418HOYjyd8n/vvox0EQ/Mvac/Y2c3rd/PmryNPL8rGWvz/NRxMeIWfmfAtcMPot3z9m//V8Lc7nWT7Wnd8n8txBNqFfy0fJrfan2TVP4+rA05fvP0ReJtFL5D/Jx0toCX2hdR8+X0eeXgu5GsiqfN/lz8+gVeNsyHeRr4Ne8r4LTdHrdT5u816F9iifL/PxReRxtDjI85i1EP0E088j/77jvOyCkdDczJ8r0BMZvgTzCUP0CCJPb42zsi46CJ8dZAvR963aEHohes/h13YfaI9+iTw2z9C9gvxXsWOXd9mzhNdd52nImX1smeBzMveQcYCOx/DObRucOU/nVPai9xvnzzSg22H/o3y+h1wlzk3QuQLfDeeH6LrN3h3WRPY6+AsGars2tDIwe4icJWwzgf4j6P2KbMJXcC3l2FyJ/N4MOg/QWc6N4PPU+N5t6H6DHSvILJjssS+Fz4Hz/ngMnSW++gB5qpGnfYGeDfST+Rw+KqvE3hCfj1mrRN6/D8B9C3+5gE6dmDqHpuInNK+QF4TuFhjHxLSsvcIucuYndEy8f42eR/59hnxbxo/OTeydwPcvZEuQW/1XbPeaXHABNnN8YwHtc9Yk5vaQcR3Z1pjFP3/HZsdgJLQX+IjmMcEi5Yx8qyO30LzlijgXuu/JLeqPA+jss7+CfUKTw8KoyMc3Ob/J9yP8qU3eG0JPcVzZJz//H7KfsacKjX3kuoethY/m9CqyPDD5MsEXJuDVJJ+OwX2MHWS+xC8OwEb4vhC5kL1pcD7z2IxieNfAfYavzMDoCHuuERcpNvgTWTLkrJnaIfPuJ/l7yrluketW66fwmrOWOR/f16Gl9F7CL+S9gX/I2b/xywtX+MJbYiHFVzew9ypHI/ccDLfwd7H1DXQtg0eD2C9Da0l9CIn1m9jiCLmouyt97yNfjM3uIp/GRA851O57nH+Gb6TEl9B7xfuCHCLrb/ArW7Na5AqtN0PkegF+bbA9Y6/6/wF6xNhJbD4B/wQ7TZFVZMzU76PCX4/RT/Z9FnkdZuB/Craa94+ZB+wX/G6ZmNG8EvNN+W5wpg3tmemR1pgH2GtEnzA0uu3yXkLWDjYo4wOyZxvMnriil5iBi+I0I79VyFmHyL4P759dYdcWeGsNCJDzkekBKug1JOY0JgLiWX1uil3HxHebXHIIrxvsbRMPZfZO0DFjX4A9yvjaOvGtcaw9k+j8GL5lZrWxyvSH8z5ewben4HMAj/d8k/rzGD03eVfbddE7MH1Yz8TLCTyF3reRt9EMWRLytOB/l3ylNbxuYkH12TN2vSQfLKHRY18SebupbE3Tr0gsfsf3d/QlsmdJPtB+ISHfTMFyDxoB9qrSQ6ht5vjeKeerpt5WXVHTpv3i3nDd1B9d19yy8iH4Bfj8JTGhNXWL97Rf8NLYe+KK3uwhsVdDtiF5pkXMlMmVU2qo9q51k+/L+JvG8z4xOiMu59jgDrJ2TD8T8qw5/wZ07yBXamrYGP/WGjk0/W4X2VNolk3/vm163R3wnoBH3RW2nEC3a/ylDC5LfH/ZL/rACiOmtg6Qed4v+usOmMxNLnhsarnW1Ji80MXXSqx12K95IaPmhQaTodm/bvLAkvcRvEKTxxNzRzmghwpccZeZktM6YFpHt5LpJfSuOyE3101sZuim2OgdKqHWNcnDc2i08Fe906y7ogdUnofG77rIuOuKPqXCrDR2iSubcxNmvb/rt5m5Z6tfhOa83gO1J+uYu7XeTXomT7Zc4S89k9PW0EdzVsl9+D+w+ha64h+A6t4D+zG1WHFULI+QJe4XPpv2Cz575q6uOVhtOGe/3smW5PeyqRll05Nnpm9XWto/LfHxDjotTK+k/nRs7KE9id55Fbtz6kjV9KVKQ3FbZ0/D9E8xo2lwrJscobVB71kJfKtG3oqJ64xaqP181xX39mX/Y4wtr5T8lRAXt+DXMnf8xPQ1qelFxp+MkvmHtOCuq7GsfYfWUuWn6zXT28b94h6vvCrYW3uA0HxTn7S46byJH3c5v2F6Wu29Sq64f2yYu6j+n1J7aa7SfjmGRx09to2/Z/2i51EfXvSLe5T2Fnov1nqnvWpq/FBrftP0m3Vzf9ca3zM2Wpo6zL+0D/efcb+4v03Nuv6vSk2vqTpo7dB7g8o/Nme1BkxYa5t/dHonsfor/7l517jQfzIzsycw+Aamr68ZHDSP6f8B+89D+xvFU/uGkTmveMQf+fb/Q+QR0w==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="120" id="scan=121" defaultArrayLength="1380">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70891.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05041800" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6229.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="984.78847660" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.96037904" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.681167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6536">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2460">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="121" id="scan=122" defaultArrayLength="1375">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71258.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05086506" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6567.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.00008925" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02208079" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.686767" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6500">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2468">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="122" id="scan=123" defaultArrayLength="1375">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70707.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05117055" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7012.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="968.74256987" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02623495" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.692383" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6516">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2472">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="123" id="scan=124" defaultArrayLength="1394">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70825.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05043662" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6766.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="973.78089337" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.96522587" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.697983" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6600">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2476">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="124" id="scan=125" defaultArrayLength="1382">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70739.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05047204" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6693.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="985.98093425" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.99662029" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.7036" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6552">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2456">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="125" id="scan=126" defaultArrayLength="1391">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71794.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05065832" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7305.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="983.34203620" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.95815627" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.7092" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6584">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2480">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="126" id="scan=127" defaultArrayLength="1352">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70517.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05003989" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7591.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.19235031" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.98654095" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.714817" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6416">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2408">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="127" id="scan=128" defaultArrayLength="1412">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="72455.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05119479" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6583.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.77540119" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.01540127" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.720417" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6688">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2524">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="128" id="scan=129" defaultArrayLength="1382">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71115.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05027087" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6891.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.17995286" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.96725847" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.726033" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6548">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2480">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="129" id="scan=130" defaultArrayLength="1362">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70356.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05064714" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6870.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.74269333" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02202023" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.731633" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2456">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="130" id="scan=131" defaultArrayLength="1317">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="70013.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04988239" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7007.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.37784330" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99994779" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.737233" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6232">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndYDuwXx+tpb9oqDW2lvahf6HvMFw1ke/GaUU878UZJQ5u2pFQo7SFlpKRQSMjWSxKaT/W01+/543Od73Xf132u+zrnXOecibk2uz+i3+xS53XYGUh32vWKd9llDv+x4//QZ8fQYdmt1x2ye8nHtmOasO3KWSN2gVLjdqbS03aq4zN2z2Vm7TyFuVDA5sJWCW4YD3PjlSADeToMvOpjQI6LF++GeSE8xwe1Tn4YSwgggyGISFlBDPYLYp6MMAxHheEuIYJzoqIYiBSF7U1R+E2JYnqBGEJHxfBKVRzBQ+LQ55XALi0JNIjOw132PLwTm48rCfNxr28+KkUlsVhPEsbiUpiSlEYRvwx+qMvg0KgMNkrKQlZeDonDcujhk0eNlzzeRspj0Yg8hFQWIP7PAozJKkD7tAL+N6QAHSVFBE0pQndSCaUKC0GnFuIiQxn2usrQHlOG9CIVtHKrwklGFVmjqnAVUUPqaTWMzHHoWwR9aXUsGFSHwJAGxJM18U+3JnLnNKEdrYWpCS10TGsjcFAH7ERdtA3q4vDUYvyzSA97uvUQzqUPQWV9rGPrw3vhEtQqG0B60gApfoZonjJCuLIxFo8ac/5ggoY5E+SrmGKVhxlODZlB3sAc7WxzCMxaoMHDEh+5rFAyaYUvv5dCmLEMuYrLsGx0GaSUrFHIbYOSERvYzf4P5xnLEaC5HLaMFdg8tgJXBlYivt8OeQLA0DgQoEBY1U2Q41kFN7VV+NS7CtFcq7HZaDXc+1fjw9xq2JiugcPMGvywWAvW8bXYFbAWCrNrMeS9Dm/61kFPYj2Sl6xHz931KBT+i+P/L5hJbkDC5Ab8UNyINwEboXFyE8ffJsQJ2MOy1x4KQg74peSALUcc4DrsgPtyjnjm7wgrliPmL3BCBNMJBiNO8B/ZjC2jW6CnsRWLWVsRN+YMncFtOMDajk98O/B7wQ7MGe3AxeEdaFbaCRW3neBj7cRqvl1YZbkLWyJ2YfHALiQY78ZY3264Su1B9dgedCnuhePMXjxV3ocP/fvQHbgfpWP7Iep6AOdnD6BC7x+cGeew5CA2zxwEj+Yh5FodQqDPIShNHYL1kcNQ6joMF/cjyOs5gl7xo1jlchTl2UchwnMMirbHoO9xDGO9x7BP0gVKri6IYrlAzvY4PPqOI4TrBOLyT6CefQL7rFxhMeCKjGNuOMNyw20VJmRsmGj/wUTjLBNDfu7Q7XdHtrAHynQ8IM72gL+4JwT0PaFd6QmpXk/0z3kiWcELm//nhdYpL2xU8MYjY28E/fHGbxMfmJ7zwV4VX2w+7ou3vRzL64eURX6otPFD3Tk/TM74Yfnhk3jUfxLHj/lDudMfXGKnEOB2Cm4jp3DK9DT8ek7jOM+/EGH9i0faAUh1CUD3TAAOaJzBzJEzUBg/g2/LzqLd7yyOdJ6FCn8gDqoGosc6EFY+gTDMDMTiwUBYqwZBzjoIoR5BmPdvEJbGBsE+NQj+5UGwmQgCt+05yG86h2DfcxiIO4cFV8+Bys5h/8Q5mIoHI0c2GG1+wbiREIztGcGorQ4G93gw9oicx2vp88g+eR7Cl87jR+Z51D45jzej5/FTNARnfEJwMSAEhtEhkMkKQWBtCKRGQrCbEYph6VCMmodCyDsUaemhqC0Lhc+LUFwbC4WkVBhadMMQZBmG/TvCEOwTBvNrYbCsDMOJR2EYGw4Dt1o43puH44t7OBQTw6GRFY72O+F4MBiO534XMDhzAQuVI1BlHoEw9wjM/hsB50sRqL8fgU52BP4TikSocSQO+0VCJzISIimRWMiOxBehKChZRsHWJwqi/0aBJzMK2R+isG80CvOEoyEsEw1bjWgc3B6NcO9oFMVHwywrGnVVHD0cjbdaMdAxjYFdQAz2ZsVgvDiGk7MY1MjGYp95LFS3c/CL5cQ5FvzXYrG+PBZJo7H4yh2HUrk4tPnH4UZUHHQz4vCkOA6fOuLQORYHhvRFNBtfxFmfixiOvwjrrIt4M3wRMZ6XsKPsEuKGL6FULB6vlsYjxCseUxXx2FUXj2/98TjFSMAHkwSwTyZgc3oCgkYT8Fs5EbdNE6G5KxGSpxMRnJKI3xWJ+PAikRPfRKyTT8J27SSYmCZx+kkSnOOTIHM7CTaPk7BkMgkrTibDJjQZvcnJOF2SDLuBZGgbpUDtZArOhXBsQgqSK1Pg/zsF2lMpkJBOxaAHhzupmBxIhf10KsQ1LuO0+WVM+lzGpouXsWHoMhoYaVBekIZ0yzT0+afhQGQapgvSYDyQBt7pNNQLX4GT9xVopl2BwM0r4B++gv2+6biQnI7Fd9NRNpSOSZWrWLHhKtg+V7Eq9So6yq9i5dhVNNlkQNsnA40XMrA1JwPZIxnw9sqEdVIm9GozYTCQiY0nr8Ez7xpesa5haHEWRnyzED2WhW6+bPxtkA1932xIXcnG7qxsyFVlI5WVjYeCOahTz8F7wxxYr8zBTa8cxMXmYGF2DpgVOTAfzcE2i+vI2XAdyj7XEZ52HWcqruMD+zqcDW+gzvMG/ANv4GrKDej33IDn5A0I+dyEWMZNTFfdBNfQTezmzkWeci7qDHIR75kL5uVcxA3mcuZ8Htbq5YG5Jg8CzDy0hOTBISsPfSN5EDe7hc8et5AfdQtLczh6+BaeyuSjZXk+mu3zke6RD5WIfCjl5yNtNB/M+QV4b1YA878KwPYsgHN4ATZcLsCF0gKcYBeAX6AQavqFiGUWgp1aCLnCQvxgFeKVYRFEgoowk1qE2dtFsBgtwqWgYnSnFUMlvxhm/cWcmi+Bf1QJzuaUoKC0BGWDJbBVLkWgWynSL5SC+3op9g+X4pFgGf7RKYPb/8rA7V2GmrAylCWWQfFGGbawyvBypgyOeuVwsymHlHs5RlPLcaGyHBF8FTilXIGjxhW45l4BrWsVsK2pwNnRCnx1uw2eM7cReO02sgZu4ztfJVTcK1EQWgnWQCU0FO+g1vAO3Jh3kOh/B+sH7sB3+g6+e1ehsLAKAuwqjBhUw8C9GnMXqpGZVY3d7GqEqN+FltVdNHjeRXX+XXQO3oWk/j0IWd3DrPs9fLl1DwuG7oGPeR9UcB9cPfeRrPeAs388QFPFA+SwHmCzYQ1k3Gtwr6gGHqM1cNJ/iOuOD6Hq8RDX8h5ib8ND1Pc9hK10LaL0a/HdrhbHfWqhnlYL5+JabOqvReP8OqzQrMNb7zpI36rD3FAd9hg+QhXzEZ7lP4Jp3yPOPlcPeZ96PLxRj3VD9egdr8f3tY9xwOMxui48BrIeY03tY8QOP8Z+1QYEmzZg9kQDCosaoPSsATMGjXjn0oi9vo2QvNCI2cJGBHxrxMhgIz5PNaJY+QmijZ7AnfkE1sVPwNf4BIIDHASeQsvgKS65P4VPyVNOLTzFC75niHR/hjNJz+BS/Aw7+5+BKdCEeJkmPDVsgvPKJpw+0YTqhCbcKm7C7j9N2MXVDNuFzXizpBn2q5sRcqgZ772bMXulGTFFzUjta8YZ+efYYPQcrWufQ//kc2xLe449Jc9xovE5Pg08h4rSCyQZvMBS7xeYLnqBP09eYIj1Ahr8L7HI6CWeMl9iW8hLjGW/xN7Sl1CXa0G6cQvW+7bgXlkLXFpaoNbdgp/6r3DT4xXu3noFvuFXGDVsxah7Kxbmt+JYXyvSjF9DZsVrmLi8RrvPa+wceI1Nhm8wfvQNWBffYFXxG6zpf4PYkTcYFXqLMMu3GGe+hXvJW/ix3sLDrg3wbMOJsDY4FbXh46c2XB9rg4rAOxyXf4dM/XeYZL7DXMk7aLPeQdr4PezwHlWu75Gb/h47y97DlPUeh10/oK7wA5oHPuCYwUdEenyE2fePsGR8wnHfT/he8AkL9D+jy+Mzrhd/huqfz/C2/wL9E19QWfgFen1fUKP3FTreX7G08Cu6+r+Ce0k7/Fe3w/lYO+r825GY0M7Jdztyu9shPdGOUJ//OD3nG1K7v6HB7TvErnxHycB3hOl0wPtAB1DRgbX9HXji/gOL+n6g2LATtic64R7XiYNFnRhq6oS/1E/OXP+Jl6U/sWngJ7qOdSE0oAuvO7rQMdQFK5VfiL3zCxa/f3H2919o0fmNOI/fkCv6DW3tP5h1/QPGpT9on/oDC9tuFLt241ZcN663dmOtTg/MonsgUNSDVlYPJGV6UW7YC5PdvRDK6MXmwV5oq/VheH0fuo72ISO6D/W3+pA81oeH1v1QdOkHf2Q/eov6EdrXD9mjA9ArGkBx6wBGtFjIZrJwP5OFlcUsRP9hocdgEBt3D8Lt6CDWnh9EUdMgrHs5qAzh8/EhBGQPYXPZEBx6hnDYaBgJzGE8zx9G4gAHETbyXNl4E8dGdyEbrb/YkD05guqYEUTfHIF39wi28ozit9YorIZHwTAeQ17BGKLujuG41TjK3cbxuHAcVf3jGDo6gb2nJ3AzfgKzpROQb53Atd8TODI2gVM2k7jNnERP1iRcpyYRoT+Fxy5TyL46hWHFafRsnkaS/zQsC6axcGwaup4zGK+bwdP2GdSxZ1CjPouyHbPwPD2Lj/dmsWRoFvEH5xD4dQ4Vy7jI0ZeLLlRzkcQoF62V5KbPy7jJYzM3vdjLTXeY3PQjhpuykrhJ/T435U5yk4AYg25IM+jhUgY5OTEodg+DDvkwSCOFQb7lDMqsYdDKFwxa+pFBEd8YdF+Bh2qNech1PQ9xe/HQSDIP/XObh0o/8BDfdx46OcdDSUa8lGzFS/WOvPThEC9x+/BSaiAvNUbz0kAiL4ll8NKPEs59FS/pv+MliUFemp3jpSpJPrKw5KNobz7yD+Yjr2o+ymjlowM/+OjTIB8lSfNThjo/JZrx0/Q2foo5y0+NpfyU+4yfSr/ykzSbn9pkBEjHRIBatgrQ6r8FSMpPgDYHCZDJFQF6+lqAXAYE6C9ZQeowE6Sik4JkmChIZysFyeqFIDF+CFKvhBBdsRCiS/uFiPeKEG3PFqJzlUKkVitEYa1CxPdNiGykhanETJiUVwlT2xZhmtkrTF/chUnkrDANXxSm+aWcs3fC5KotQr+NReigjQgVkgi5OYnQ6oMiVO0tQrkJInSkUoQcm0Uo77sIhQ+KkK2xKJX+I0q83qLEkyVK/90VpXVfROn2T1Fis0VpqaYY7d8kRuVbxMjOS4wy4sQ4PsQo7aUY/d0uRhrDYvTFRJwi1omTl5c4ZcaLU0G5OO17KU5yghLkvEiCDGwl6K6nBBVcliCHEgni+SlBTgLzqNN5HhUemkepV+eRc+U8iv8wjzq65lGwwnwSs5xPe7bNp+Ck+aQvLUldJpK0cr0kxbEl6YykFNWsl6KTW6U476Uo3VOKuiqlKLCBo39JUfRiaUq/KE0zadK0vVCa2uqlaXxSmqrFZUjNWIZ+RMrQ1yIZshqSoXwhWcpWl6XBUllO3mXpeA9Hz5ejr+ZyNH5Qjg4y5SjaQp6YyfJUViFPha/kyWhQnv4TWkDxSQvIbqMCZTAVyPC1AjFVFcnKVJGOOyrSKTdF+tSmSGtYisRvrEQpnkqkdl6J9D8qkdOgEjl6L6Sl4QtJa3AhMYyV6dJpZWqPUabtZcrk3KBMZt84lKnQ6QkVqrJUpSZnVVL2UKXSElXy/axKK03UqMNHjcSj1GiqQI06x9TIyWgRxbgvoivFi8hSRp2+G6tT+DJ1mi5Up/X6GjThpkF/c2nSJlFNijTTpAenNelNiSbJG2tRmI8WPXisRSVTWvRFUJtcZLRp+SJtUjfUphuvtekQW5tsLHXov2Qd6ujToUUyupRvpUtbCnXJ/44uHX6uS5eXLKaWM4tpREKPdDbpUdyEHvGa65Ofoz7pkQG92GJAOl4GJJBgQJeNDMnW2pC+xBjS/G1G1FJjRIH9RtSha0wOjsb0yt+YYiuNqUbDhKwOmpBRnwmlZpsS1ZtSa4kZHak3o/RGc6oZMqf18yzoooEFLQiwINlRC3rtYEnFHpY0wG1F1u+sKMtnKf3qW0q1563pINuaTlnaUOJVG1o+bkNv39nS+5vLqU5gBZ06tIKUWCsp0wC0zYuoKXcVuSiuofCSNXTLeC1FVq2lRKt1lNK7jrbuWk9/Hv9Fx5w2kO7qjfTw7iZy0rAnJuzpbbg91cXbU22jPQmnOpDtAwd68syB+uYcKG/AkcxtnMjlkBM1ezjRE52tVG7vTGLuztRTuo2im7bRNf7t9DB/O33v30lSdvtoXe1+un7nEP2Vc4w0nVwoht+deuFLkWf8yTDFn/4PvRAAow==</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2392">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="131" id="scan=132" defaultArrayLength="1391">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71371.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05034435" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7010.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.80188126" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.96132254" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.74285" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6580">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2488">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="132" id="scan=133" defaultArrayLength="1386">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69298.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05098142" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6264.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.03223645" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.02585224" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.74845" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6552">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2456">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="133" id="scan=134" defaultArrayLength="1354">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69787.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04998671" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6406.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.42559360" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.09584014" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.754067" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6416">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2440">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="134" id="scan=135" defaultArrayLength="1343">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69994.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05011337" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6752.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.76014993" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.08234008" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.759667" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6360">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2408">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="135" id="scan=136" defaultArrayLength="1324">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67393.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05088083" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6651.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.66152630" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.55279363" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.765283" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2352">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="136" id="scan=137" defaultArrayLength="1361">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69610.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05014137" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6565.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="972.40001317" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02021118" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.770883" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6436">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndcD+oXx1s0aSHSslLR0rDC9X0f89rrx8W9VllpL9fqxiUj0aDQRYhoSiiy995777S/7RS//vi8Puc5fzznvM7zfM7rM03nneKB/gdFL6NPijzDL4pLxt8UBlWFCu/nJYqvPcoV6CgVpbZKxUaXKkVkWa3imnGd4r5LnSJcr16haNOo8PzSpMhu+1ORaKDC5B8qXNFTZb6GGglGapywUUNVU52ztuqMV9MgrK0GW9q0IKG8JcGdNGlvosXdUi1K22mzu1qbilY66Ffq8Elfl54v9OhWpUd4dStKa1szz0ifJ3oGtNxigFlrQ84uM2S5nhGe+sbcVmlDUsu2rLJqy4mGttTrteO6sQmnKk1o16I9lZXteaHfAeOKDnxoa8qpClPsW3RkgKoZUXVmrDc3569f5hS3saDEuhm1FvjXWxLexoppjVb4mHZqvqcLFjVdyDLoSop6NyzCuqEs68aAX924b2iNT40187p1xzW0O98auxOzyob7qra02mDLmhpb9tXasVu/B/e79aB2dw/m6vRkuWVPCgN6MquxJw/N7NFUc2BUowNXIhzZWeyIqZoT6zs74dHkhJulM8uqnDms2YtnXXqRo+FCbGcX+la44PXTFWMTN+JU3TH76U7Wwt4crehNuFMfFtT24dDXvphr9OOpcz9e1DdD2Z+fjR5IwgA61g9gS6eBjA4ZyI9fA/GxGkTh8kE41f9GeevBWFYN5pqfAr1qBWINu4LBvB4GdhLSG4UPbYaQXjwEXaehRP0YSmfnYfyhPpy+nYZj5TSc4ZXDuWU/AvOAEUSWjEBURzLIaiTnGkfybN7vWCX/Tp+S3/loPYqRfqOY3zCKzZajme82mvMlo3lpMYbQ72Ow1BzLtE5j+RQwlj31Y/m70zgS5ozjTcU49nYYj7vfeAbGjOdc+XjWtJ5A04YJ/P1tAk4tJ3Jk4URGVU3EqsskZgZOon3TJIJDJ7OmbDL65lM4GDKFB9+n0NQ0hae2/+Ni9f+Yu2QqCWlT2Vg5lXFm0zjcMA3rZX+gX/wHnTSms9ZpOirl01lpNwPvgBnsL59BjMlMMobMxDFgJofLZvLT9E+yV/zJx7o/+WD1F71r/8Kj+yw6KWexWW82OQ6zCfCcTWD9bAYumsO0+jksNZ1LdOBc+tfN5U2feTxfMo8H2+Zx8+M82qt48pu1J137emJd50m1uRc1S7yIq/CiqON8wnrNp3LRfKrVF+C4aAHDShfwveVC1AYsJKF2IbN7LcI7aBHKokUcclxMXvVivO29+VzljaLPEqqrljDD1IcJa3xYWubDECNfHlv7ohnsy/Rfvmh38qOgvx99Pvtxzc6fXYH+mH/1x0klgAr7ABJHBGAUEMDzogC+qwYS0icQq+pA7PsGNc87iNYlQUTrhGDlG8LpohDGqIZiaxOKwW+hmMwP5ZRGGDp2Ybz1DWNOXRhjfZeyq2wp6c5/o1D+zWHvZfRPXUZk3bJmrS3n/cDlJD5czpiy5bRxX8G3TytYPn8li8tXEuaxiqsBq5hbsYpDVuGs6BfOg6BwnkSEM2JPOKq54XSoD+d0i394a/UPXZb+w8SYf1Cc+IeZNf+gpojAfFEEQSER+EdF8DQngoiqCJYOXs3I4NVoVK/mf9prMGy3hl4uazgWtobpW9cwf+8aGvLX8Kt2Dbru/+IU+C89wv9l2N5/CT/3L4G3/yWj5l+6Gq/lu9ta0v+3lr2Ba3FYtxaf/5rPx9cyTrmWBV3XERmyjpTIddQmryOpdh3n9CJ56BbJer9IVi+PxDQhEsdvkfSvieS9znrSwtbjkbie6OT1DK5czyHVDSzpvIGLwzcwO2wDkTs2YF63Af+QjYyI20h48kYe5W8k+NlG4pUbWdJuE/F/b2LTzk00VW3ioFoUtSZRrLOOInt0FHEhUdzdE8Xp3Ch8r0VRXxXFSdPNPHbcjIXvZlZGbGb0vs1sOr6ZxIrN1HeLJq1vNO3CokmPi+bHsWh6VUZTbbaFOa5bGDJ5C6ODtxAbu4XDOVtIvr+FgKot7G67lb4BW+mRu5Wwiq0Mt4rBMSiGnatisE6IoeFYDJXKGPprxOIQFIvhtlgGZ8dy/XosoytjaVKNo8w9js4hcVTvimNybRxfzeOxdYvHJiQen4R4MrLiMamMx199G4YdttFh6DbUQ7bxcfU2XsRuo9++bXgrt7FYYzs/jbeTH7adkTnbGV61vVn/CWi7JeASkoAiPoGMYwnYXkjAuyIBQ+1EstwSOR2cyPrYRA4fSMRTYwe/mTTDegdv++8gwm8HTlt3MLpuB8U6O7G02UlD4E4U+3eyumInBzR30c5uFz4Bu9iSsgtt5S6GmidR7pzEvRVJ3IlJondeEsEPknhWnURt0H+0PPUfI5X/MSZsNzc37KY0ezdvdPewovceGkL2cH7THsY07sHSaS9LAveSn72XRZf3oijfy0HNZF65JDMiJJlne5K5UZXMxO776NFrHwcH7WOD3z7+WLuPL3v2UVy5j9De+1EN3M+5hP2UH9vPyur9uPQ6QJnfAT4nHWD9sQOceXiAcOUBNJ1TSBmdwjCfFNxXpfBofwqBlSl0MTlIvv1BnOUg7YIOUr36ILtjDtLvxkFWVx9kXqtD6AcewmbnIVKzD6H8cQhzk1QmO6Qyc3AqtgtScVyeyqSoVJwSU5l2MhW32lReBBzm9ebD9Eg/TNyFwyhrDmPvdISRHGFTwBEmpDbHpUd43z6NSuc0DPzTMNybxqOMNHJOpdG1OI2P1Wl0HJzObr90bNals3FHOsHH0kksSSf9Vzo7TDN465TBR/8MIiIysN6ZweejGUTdzCC+PAOXpgxGWWUybk4mdoGZvFyZSeH2THL3ZfLuaCaHrmSiXZdJtkMWbYKyUD+SheupLB5VZ9HDMpuRvbOZEZxN+rpsklKzUSvOJlrzKItNjuLvdJSg4KPNO/8oByxz8OmZg3OfHAL9c7i1KYc5BTkcUebwm9UxFgQc46/cY3jUHGOSZi62drmUBeWydFMux0tyyfmRi/+Q41QsPU63mOPUnj+Ox93jNJUc55PjCf7ne4K3m0+glXmC6pIT+LU4iY3vSVJWnGRO+knUyk5yVCuPcMc8Gv3y8IzNY3dyHney8phRlsd+zXwSrfIZHJzPnf/y8crLR+dhPiNK8ynxPYVTxikqCk4xvfQUXx1O827xaT4dOs3ER6dZWXQal0EFmPoU0G91AeHbC1BJL+BYWQETRp4hJ+AMO6LP8D79DG+fneGiw1kMQs8SlngW38NnMbQ/x0z/c2TFnONl1jkUNedY4Xeeq9vP8yblPIOKznPe4gKbuUCq9wVKUy7w7vEFJldd4ITTxea3v4h31UVKdS+x1+cSvfZfYmv5JXb6XWbY5svcy7hM/4rL1Ha5Qq7TFa75X6FdwhV806/wpugKMaZXuTbpKna+VylLvsqKzKv8uHyVecqrKPpeozLwGruOXEOz/BoF3a/zftF1OoRcx2v7dXx+Xed1qxvEO9/AL+gG5+Nu0HnvDfKybmBZfINW1jcpGHaTh3/d5E3QTc7H3sQl7SYdq26i63KL0MBbhK2/RZedt4hPv4VL2S1WON3GJOA2rltuMz/jNtGlt4nTukONwx0UoXe4nHWHbz/vkOp8l53hd0nbfZfX2XdRXrvLxsK79Ky+yxmne1T73OPlkXtEKe8xt+N9Vvnexz3uPirZ9zly7T4D6u6zze4BFoseULTmAb4fHzBG7SH5gx6yd/FDPNc+RDPjIcrvD4lp/4gfvo/Ijn+EasYjttc8Itn9MWNCH3M6/TEf6h8z1f4JBT5PsFj9hDlZT5r/9hOKDZ6ybe5Tzvo85d7Rp1wofMoHn2ckZj7jbMUzhjg8Z+PS53jseE52lxcsC3xBetoLnD6/INPoJa8cXnLC5yX7kl5Skv4Sg7KXXNB7RbLNK1SCX2GY+IqZR16h2fY11ravCc58TcjP16g6v2H86Dew8A1Xt76hOO0Ng0reML/HW9bPf8uhoLc0ZLzFofQtn93ecXvxO7qse0f0wXeMyX3Hk9J3nLR4T7zPe6Zlv+d1+Xt2Lf7AiKUf2B39AeV/H/DKauai5pz3R1ZlfETr00fOGnxij90nNvp94v5/n5ha8InFiz5jl/aZjMrPtHX6gs2iL6zO/MKMqi/NWvjKHz5f2e71jYD0bwR/+kZMh0K2jClkhFchGSGFfNxayLLcQvq/KmRJcWGzl/uOd9R3JOM7W059Z3zxdzZbFdHGo4ilAUXYpxZxWVlEZ8tivgYVN/dWzJOSYvZTwnjPEhRbS3iZWoLaqRLMikoIqi/h18JSWmSU4nqplKWFpVTZlnFaUUangDLObCjjRmoZG86VseBbGcN6ldNhcTmn08oJ/VZO654VZM2r4MyRCnLtlRCsZE+akvZFSmb6VbJYrQqzHlW4UoW3ZxXd/6kiPqGK6nNVoKzib61qUuyrWSXVLAyuxjG1mqi8arw+VPOyqZrrA2pIDq1BJ6MG/y81zZ6vhsCBtfh41vJ5VS33HtXSWVlLiWsdHQPrUDlSR9LHOjwc6lk9v54rIfUMzKgnyq6BhKAG9u9o4Pyxhmbv1sC0Pj9YMfcHP6J+MDTjB8VXfnCh8gddnRrRWNLI4U2NxJ1sZG1RI7/8m7ia0kRGURPTtH4SYvmT3Yt/Uh37k9i8nwwt+cmsOb+ozfjFnsJfWDX+opeRijwzVZFZ7ipye0IzT1eR/SEqcmSziuQeVZFkFVU5b6wqr/uqikOwqoxYpSoPY1QlPFdV6h+ryooaVYlxU5Pg39Rk51g16fenmpRHqolOnJpcOKYmb+6oycF3amKoVJP7xuryxUNd0g6py+iT6mL+Ul1SStXFvV5dZrlpyNmBGmIzTEPOT9QQh+ka4hyqIUezNKT8roaMUmkh59xbSPysFrIpuYVEp7WQBTktJP1jC7lU0UJGd24pQ1xbyrXZLcUmtKV4bG8p+bktxehmS5n2qKX8Zqgpa/toyqypmnJtiaacjNOU4bmakn9XU/p90BQNZy0ZPU1LLp/UEr9LzfxYS7q+15J/y7VkdqOWzOmuLb17acvHudqiEaAt5vu1ZUyutnT8oC0NtdpSZ6gjO9vryJ/OOlIwTkemzdORHQE6sn2ZjkyI0RH7JB15mKMjJ67ryAh1XflirStevXQlfKCuuA/TlRmTdUXlT12x9NKVbxG6sjRJVyrP6Mq5e7riWqUrP37qSkAbPRnfTU9OoieLJug119CTilA9KT2gJwMf6MmXz3oSWKYnv9q3kmLXVtI0rpWsmt1KtENbSVF6Kxl2opWcuNtK3nxszilbydcOrcW1d2v5ntla/jrVWlpcaS1prvriOElf+s7SF+9kfQk8qS/OL/WlqVRfIgcYSICXgfjGGcjUAwbyR6aBbKowkPONBmLYylAmdTUUL3dDqUwzlI5VhnLK3Ui8JxvJ0WwjGXrLSA4+M5Kf5UbiaGMsGsONZbWXsTwMMpbX/xiLW4GxJF01FouvxpJVYyyzPNqIh38bUb3XzLVt5EpaW/F0aSfPJraTYYHtZFF0Ozme1E4mF7aTfU4mYuBnIom5JlL42kQ29m0vDe4dpGp4B5mV30F83UxlSpipeMabinWGqShvm8r5BlOZ17aj+Lt0lL83dpSB+mbS2sFMBvc2k/FLzSTjtpm8qTCT6Rrm8s3QXDq4mUtuprlMOG0utUpzmdrdQh4OsJAnEy1khpeFXPK3kKZMCzE4ZSFvblmI1h+WcsvbUiKCLcUx0lLOKC2l2N9K/jxqJQWKTjIyuJNcf9xJ9s7sLPl+ncXsUWcJNe0iD4K6yMq8LqIZ1lVUNnaVryldpeFZV7Gt6CrGQd0kpryb2Dd0E6MR1pKZZS3331uLbaO1nNPqLs/bdJfQbt1llGt3eTSqu3hM6S5Be5tR2l3WWtnIwv42MjPIRgx32UjcMRt5PcxWvqbayqLTtlJTaysvne1kzlA7GfreTlyq7eRyeg+pKesh3vSULVN6Sr9dPaWysqes6mgvRsvtxfKsvcx+bi+jS+zlXGsHmW7vIHN7O8ikSAfZVOIgeQaO4uTnKF3vOEqjjpOkGDvJoM5OUn7USUb2cRb39c4yYbuzfNXpJa/tekl2RxepcXGRwbEu0ibLRcLsXSVqkKvYz3YVt0BXuT7QTQJ6ukt+ubukz+ktrUf0kZHH+0pKXj9pet1P/sruL90e9Je/JnlIfKaHFKwcIL+fHSBtGweI+pSB0vX7QBmhMkiepw2SpNjB0kNPIcfuikTmDJGYFkNlxf6h0vv+UCmoHSp9A4eJZ+EwSVCOkAjH35v3xe/S5/goGVA4Sp5NHyNt9o2RtYfGycXz4+SpjJeJHhMk23SiWLabJHf8JsngsVMlYuw0meswQzzTZ4hZ4wy58udMWeM7UwJd5sja1l5SMNpblHO9xSvcRy66+MmODoHyf8gzUEQ=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2436">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="137" id="scan=138" defaultArrayLength="1397">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69765.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05029784" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6369.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.76595705" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96982182" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.7765" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6624">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2460">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="138" id="scan=139" defaultArrayLength="1334">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68150.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05146765" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6998.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="979.06786446" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.02378475" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.7821" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6316">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2376">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="139" id="scan=140" defaultArrayLength="1366">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69809.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04986941" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6803.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="995.70356035" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="97.37001258" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.7877" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6468">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2436">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="140" id="scan=141" defaultArrayLength="1377">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68981.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05019353" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6546.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="989.02538880" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.96725631" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.793317" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6516">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="141" id="scan=142" defaultArrayLength="1352">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68277.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05127666" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6159.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.27888498" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="96.90226948" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.79895" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6408">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV3dUDuwbbi/tXbSnFi0ZUd7rxg+hQvae0d70KTSotJdCpYz2nkJG+lBGiPCREu3xNt6Sxu/94zr3dZ7znPOc53nu+76um/XqMePQ9HuG9VQLg0f4B+OTeAcjcuwnY0Cqk9Eu8puhMtjF+NzezVgz3sNIF+lnbG4dYIRIDjLkTEcYpiZjjLCv4wx3FRZjFd8kY8HMH4bM8F/GfulpRorsLENZkAPV/hxgjXOgRoQTzQJc+KjLhbdzXGjj4IG2FC9OM/kgq8yP7jF+nJMXQO+gAMw1BXFCXAhGZ4Xw7K8QtokJ48qoMKLHRTCuLIqtyaL4hyUKVRFxLBORwFcRSayXlMJJPmn48cpgmaoM7PxlEDEuAwafLPazZJE2Kod6fnlE+8qjo0seK/kVsDhSAR4jCmhgKuL1rBISdJTh6KWMLJYy/AVU0Byggsm/KoiXUkXijCp+qaih1UsNipzq2N2jDq1BDczOamKaUwdaSjrYNKeD+RO6yFNciBzfhXjKWojzUnpQ69dDLoc+eLT0sWtOHz7KBjD5Y4BFSoYIGTVEPo8RFLqM8GTaCDrTiwF1YwROGOO0ugmcs0zgPWeCDm9TYIEZolhm8JAzB/esOTR6lqB8dgkClSwQ52GBnZNLkaW6DDk8y/Gf5nJcnFiOx1MrsHXQEotmLTHAswqcaqvw03MVnDit4G1ghXvTVqhXtMbd09ZIO2cN21FrPJq3Gs3Kq/H48mo0ZK9GGHM1ls1nYG6cgUWqQMEkUKlNMO4llCusQefpNdDlXotDi9dC4+9aZHqvw7vpdfDnXI9l2uth6b8e8wbWo2ZqA6wUN0J7cCNqpWyw18kGecM2uG68CX6OmxDgvwlSg5uwVmkzdP03Y03sZkgPbsbVuc3467kFrPm2KBmzRaemHepG7bD5lD1unbNHOM9WxGdshc3YVizX3AaxsW1YdXY78vu3I0DRATpODvja54A4rh1gKuyAVe8O/BbeCTftnVAZ3YnQ+btgN7ILad67cXJgN1J49yBEaw+wZA98vPfAYnQP1nDuReKZvbjctRf8nPvwVH4fLoztQzFrP9yVDsDe7ABa/xxAGusgLgocgpXRIZh4HELX0CEkKB+Gbv9hfFI8gg9SRxGw6ige9R/F9tmjMNY5hrrpY4jWPI7y9uMI/3scWoIn8K/WCeQNnIAuryPyVBzhbuEIXsFTcNY9hY6hU9hlcRq7vE9j3chppJo54UebE+T/OqFEzhmXLJ3hc8IZntPOCJd3weVoF2gzXfBa2BUWK1yx39sVVXGuWNHrCtcZV8yqukG63w3WBu6Yc3VHxB93qOp6YGTGA8ylntjj5gm7KU9EOHlBdtQLEsu84cf0xoygD1a7+CBjwAcnjXxx65AvmPP8YHjaDysH/LBM+gxiJ8/AVOQsjvw6iz1e/uyc8sfZSX+8GP4Hd0XPQUbnHEJY5/D9ZAAOBwQgcSIAcSsCMXU8ELFjgYhWOw9p0/Pw9zmPD+nnYVl9HlLj5xGkegFfvC/gf4EXsCjjAjaUXUD+3AUwfS6iMvoi3rIu4qJEEOr8giAVHwSd0iCcGQnCtbkgtIgFo8U3GMrRwQi4GQzdymA8exTM7i/BqFINQZ1pCI7ahcA1IAQp8SF4ez8EdiKhuOERim83QrG+NhTBo6Eo5biED5qX4OBzCbszL8GReQlnZy+hTfkyRswu45zvZVxOvgzZmstIabkMs7HLWCUbhiifMLjeDIPHbBiYnuEoCgvHlxvhSG0Nx+/RcHgqRIDHMgL3vCKwJi4C6uMR4J2OwFKhKwhacAU3z17BjZIr7Nq5AlnNSKzYE4llFyNxJCkSgTcjoVoViStTkRCWi0KKZhT0zaLA9IiCVFAUPqdFIa0tCl7DUdCdjcIVk2gs3BENHp9o2IdFwy8jGl6saHD6xUA7KgZ6z2KgwRWLK0ti0esdi2PBsfCbiUW1SBx0lOJQvTwOn3zjUJ4Yh4SROHAYx6P9TDz+SYlHVkU81ozEw04+ASuXJOCnbwIeX0/Aw/wETD1MwJ3hBEgoJMLaJBGGlon4ei4RG64mYnogERoKSWg3SkKTVxIsgpMwHJ+E4xVJsB9JQhRHMoKEk2E5Pxm7zZORviEZHfuTYeiRjH9CkmGQnIybxez1sWSc8bqKpMSryGRdRa1QClYuS8Eh9xTcTk5B260UBFSmsPMpBf8zTkWLayoS/FPBF5uKvqxU/C5OBe9IKqTlr+GjzTUIu7MRfg0vM69hV801cDCvgWauoUzpOoq2XMeJw9fh4nkdHZeuY1XWdVwsvo6yyeu4LnADsuo3sM/0BlsXbsAm7QaWuKfBKTEN2jVpWCWfjg/e6QhKTsflB+kwHE9HpHwGMgwy0Lo+A0JeGQiJyEBKUgZ8xzOw3PomRj1uIizpJmQsMiHin4n3iZnQK8wEx0gm6tWyEOWZhYUhWfgWlwWrvCxUD2RhvektxLjewoDPLdSl3MK2/FvwHLuFXqPb0Pa6Dceq2+Afvw3lFXdww/MOzOruoMrrLnzL7iJ18i6SzLOhhmxsPJ2Nqz7ZWPEiGw1j2RjWyEGdaw7OnsvBhawcaA7lwIw/F2JGufA9mIsLXrn4cjMX21i5cBHKwybrPKT65KG+Pw8FivngN8tH0ep89Lvn42hJPhwf5UONmY9TYgWw8ymAREoBXIoK8H6wgK1DhThmXoh0l0JYXSyE+vVCZFQUomuQzbmKUGtehAqHIrACinCssgiZQ0WYlSvGN4NiZHoUgyevGN6sYjQol2DQoASzTiVo92Pz2BJo3SkBl2AphJVLoeRRCvewUpx6W4qMiVL8tiqDlnsZpq6XoXGwDGPK5VhsXA4un3Lcji/H2rJylA2Xw4SzAqEuFWiurEA7swI8kpXwNK3EqGsl1BIqsfNuJeSHK2FmXAU7jyq8yqlCHrMKxVzViDSuxvjqanS6V0O0sBpjfdVo161BEWrg6VuDtkg2v10DpYEaTCjfw0GXe9iXcw87u+7h5vg9xKvUQty4Fmd21kLBuxa8RbWoaqvFmuFarNe7j3r3+7APvI/9yffx+fZ9BN27D9/n97Gw5z5bsx5AyOwBjH0e4EDEA7YveoBpi4dQWvcQpW4PIZrP5op1qDWqQ5ZPHWSz69BTUQeOF3W4NFqHfLNHqPN9hMdPHqG/5xHcpB7DyeAxjrg9xuPQx1iZ+hji/Y8h+ecxCsWe4IXmE5xb9gQM9yfYn/AEK+88QeLUEzQaPMVH16eIvPoUBrlPoTX2FP3z6sHtXg+bqHrI5tZjtrceuVzPkK7wDI0uz6BR9Ax9w89AixvQ4tUAhagGNBQ0oHmwARXO/+JWyb8A8194cDyH3eLneOPzHNsTnuN70XPsGXmORJ0XsHB9gYjkFzjY9wLdrBf4q/ASC7xf4sTVlzj75iUcBl6y/VMjQhY3wtOrEXeiGvEquxEdDxoR3NeIDWZN2HWgCYvdm/A1pAnCqU2QKWrCx19NKJxowgTfK/Z7vIK+zSuEOb9C+plXeFX4Cp6jr5C56DXeeLzG+ZLXyB1+jdFFb1By5Q3MCt/g3cAbjIm+xQWjt3jr+RZ2xW8RMPAWS9ya2f60GUOpzeDIb0bdQDOa+N6hU+sdwh3eIcbpHfTvvEOc8HtIOL1HZ8F7oP89dpt9wF33D2i9+gFcRR+we/gDyLAFZ31aoJ3egivFLVg32AI+vo+wNPoIaaePcA77CKuSj7Af/Iiviz5B89QndF/8hIiSTygf+4QCk1Y0HWPDsxUt+a0IGGtFv8VndHp9hk/eZ7z7+hnrZb7AwuAL9lh+QcKpLzA5+wWGGV/AXfIFgX1fECX1FROqX+G75iseun7F5/KvCBz8inDT/5Dl9h8OBPyHJ1fZsfA/sHr/wy+eb2hf+g0LXb7BP/8bmrq/IZL1DZ3O35Ge9x1Ph7+zz2zDtUVt6HJuQ0NJG2z/tOG78w843/iBtLwfuPv0B245t8MhtR222e0wHGqHvGsH/lfUgaNDHYjQ/Yk/bj/R3fUT+6U6IevUiWXZnTj6qRPW3Z0wP/ULUv2/oH32N6JKfkNk4jfipbuw1agLQlZd+OHehdTALly91QWu0i4YdHexvX43OPS7YWnVjcYT3Qjz7oZ2aTc6fnfjwdIedDj3oDi2B7tLe7Cqowf7RHsxZtyLmtO9GDrXi7QYdszpheNwL3aK90HDuA/7g/swltaHwMY+GI/0wUa6H4rO/dgX04+Dpf045T0Al4QB2OYP4KTGIIY8BzFXNoi2gUGEKgyh79QQNuUPQbx3CIt1hrH5yDDC3IehdHEYT2OGcTx3GC61w5hawsQiNyZupzEhVsQEc5CJuzNMdKqN4ObSEdSdHMGesyPYmD+C8bYRGMmPos15FHRhFDKFo+j/OYrTi8fg5zWGb5FjSCwYgz1zDMeOjWO+3zi+d49j224Wtp9gIdebBYt4FuzqWZjuYbHnhQl4rZyApccEllZO4H7/BMh4Ej3HJ1HkM4nPmZPI0f+Deyf/sGvrD44X/EFD5x+8M5jCz2NT+Hp1CraVUxDpnsKl03/BWfAXscy/SDk+jUKBGWTozSB/7QwUTs5gOnkGVaMzGJWchfyBWQg5z+Ja/Cwu353Fo+ZZ9ow6C3W9OWx0nMOP/Dmk/5jD7Mgc7JdxULgdB63bxUHVxzho+z8cNFfKQXKtHPQ/GU6qMeek+nWcpLKDkzLdOenbGU4qr+ak+885KeYDJ22f4qRQCS7qXsBF/+7jokoPLtKO5iLdJC5KyOAizhou2vKNi7ZNcFG9LDets+CmdBtuuuPMTXE+3KQQyk03q7lpays3RU1yk5EsDz3z5KHQeB6yKueheS089JvFQzWSvPTZnJe2ePFSRRovzVXyUt2/vLTmCy/FdvCS+SgvqRjzkc9SPmrYxkcJJ/mo2o+PAoL5KCadjyTL+Wj8AR95TfGR/gJ+St/JT3Jn+KnlEj915bJ5OT99f85PGp/5KXWKn44uEKBt6wToxl4B2hcqQIgRIKVMAWoqFSDRHwLsbxQgBzVBEjAVpFoHQbpzRJASXQUp3FeQJDIFafyeIG3pECSnUUEKVBeiVdeE2PcRopAWIdrSJkTvTOaRluU8yl47jwzt5pHDvnnE6TuPhIPmkW7dPEpxEKbNR4Qpyl2YvuQI05IKYbrQIEyxncLUMSpMNmIitFtLhCz2itCNkyL0zFuE2mNESL1ChKYmREiAV5T6VESp1kSUSnaL0kSQKA1EidLRKlF69l6UZsZEicNcjLaTGAVtEqOy3WK0xkuM/DPEaLZcjFidYtT7P3HKPCZO2++IU0qlOB16Jk4ib8SphSlOMqIS9FFOgtZrSJDGawlqYkpQvowkRZtKUo+DJK3/KUkVklIUbChFDuZS1MSQIk8PKTI5J0UviqSoolmKIn9LUeqYFAlISVM2SdPG3dK0NlSaAiql6eUbaVo+KU3q5jL0YpMMhbjKUFiKDOmXyhDPSxm6wCVLH51lSfiXLLWyZMnIVI6OH5QjLUc52hYjRyXNckTTbECezNzkyfOsPHFfkSd6KE9Cw/LUUq5Adx4rUPs7BXpprEgjBxSpyUuR1GoUqXdAkawXz6e/7vNp1fP51GmygHjvLKAd5QsoZ2AB5f5dQIHaSlTgqUTXmpXo0VJl0nRSpj+VyvRxqQotqVKhWFNVeuOlShmXVak+TpUGS1Xp55wqmRirUbmPGt1LV2PvUyPHD2r0jUOdZE3UiRHMRqw6CWaq0/Hv6rRSXIP6DTXo4BINKrDTYNemBj1P1qAtNzUoNF+Dwic1qIFHk1r1NKnzvCZJ5WmSZZkm7Z/UJB0LLXpnq0WNblo00KpFH1Zq01N7bWp20ybnAm3S+qxNHYPatGJamz7x61ChtA5tUNUh20U6tPKUDq3x1KHYIR2aNtSlRaG6dCxWl5QKdGniuS7ljOmSzbQujVgspE+pCym8aCFlPlxIWSp6FKuvRwvM9SjGTY+25+rRhhE9apTQJ1l7fbriok8LI/VJqkCf/N7qk4asAdmWG1DPjAFZGhlS6hEj0ho0IufsRaRcxcamxWThvJie3l9MWVzGtMzNmKyrjMlG2ISuyJmQvZEJ9Z0xIYNCEzrANKH1Fqbs/mBKf+pNSaTHlPTGTYlRbEaxTDPK4TQnoylzSstfQivfLSHHMgsKM15Kgq5Lqd9+GekrLSfd1uWkKW9J569Zko37SgrIWEm99tZk5WJNXrqriW8Rg0Y9GNSdyqCttxk0oEq0Wp8oyYVI8sAa6jdYS1tc1tLNZ2vJfWgtzehtJMdYGzIy3kRPdmwiN/dNtHV0M7HObKGTBrYUsceWmnttKdDUjj6c20q2h7eR0YttVPbPdlLzdqCwph20xXgXiRfvpfvXD5Kb+WF6tPUwTRYfodsxR4nj41HaH3ycQp1P0FXrkzRn5kyfJfzo/+Y/PcQ=</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2408">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="142" id="scan=143" defaultArrayLength="1348">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68852.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04989077" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6033.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="979.70393236" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.46225577" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.80455" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6372">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2416">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="143" id="scan=144" defaultArrayLength="1335">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67912.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05108293" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6564.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="972.55830802" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.01842260" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.810167" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6320">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2376">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD2IXFUUx19klEEHHWGELQadYootRphi0S0G3LlvhSm2SBHEYpAttkiRYosttkixhiGEJYRElhhCWJYg4SESHkHCECQMQcIUGgeROOUUIg+xGILIEFJ4z9zf8Z6kuLyPe+/5+J//Ofe8lyTTbpKUXZKs+CH3zTRJbvpR8s9j/zz049jfD5iXZ3n/k3/usW/UDetbfmT+ftZNto83k2TVy3nh3zX92HVBT9uPoQtyZNRcGOvs3XHJwddpkNXGBtGxwE7dt+/vT/l1eXe5tvHzp2H/h17vQRrk3WX/F/75LPaLjKt+fC/P2CYyxIcfeS/yCz8m5irvqn5uFb8f+3GT/aJXhswJDhtgcsZfr/gxZ36ATWXejRgib+aC/I/SYN95nit+HICPxzW5768ddPyK7roL/uXYeBEfxO42ewtsKCMnQ/51ritpmC9Y8znYrSKvhK5zvH83jWvExo/98y303sU/kbOVLmO6lCP7T2NPGxyuENvfkNVHxjNs/h9fnnP8GOErnFnunSNH9h/56x5x2mGdvHvkx3tpWP/Q3ycu4HfHj032vpOGvSL/MvurXNdZl5EHimvNRa7I80XWip2XXcR9CF6ybgoHX08Drmv4MWHNJWJ6BX2C93N4vE7e/EXsz8GLEfrFR8H1Njx9yz83sGNEbM6A0Sdp0F3F/xNsEj1fYdMR/oiM19Jg4y5xFT0PXIhdD87eh0MZvsi6JA14H4OF+FZC92kw2WBO9P2L/4Kr+JATr9/T4Psevomda9SfTbg1gUvbfrxNPRmjc079kOuQ/ftwvAmuPXJDsPqO+tVnLkH+DcMHrZdaCzbx/wR8ZO4Jcg/h1Sp7LlOT5P4RPBrC8bbBKicvyqbmLHlEXs24P8+95tIAbpVMnXiEvg38vINfH6QBi0N8bYHT39j4A1xr8v4EW5qcBYfoFtnvE++C+Ig/ytWhqUey9iqYdsBLZfaxW3ATLt7CLsV0ip9Sj75Mg+5z6Mrh7w71tQEOUzhwGttm6Nf6rfhvs75GnWrBgxL6O/iaYKeseQAuFfZqzSrBlZzaMOdcu4RejeMErKtgOaQG55zDc/yuI2+Fd2vYVMCbMdiugV2TfC8b/tTxTe29Dj8ybNsHs6fIaJvcuoWcHnp3qT8t8M3gboVY3GZv1o0+PAe/Cnn6EGzVp7PGfz27yyaPSyZXNXcLMBh3X67TY5MrJ6a3qSJbz7ccLPvYcIn3V9H9zEWuDskj5YBg9UYaeKC9Tt2cTVXqgZwvFfLtvIs9yZDc3WSf2PQPeCjXmugZd2NetOHQAJ4kyJpTRzWfEvYN0D2DKzV83OLawj+Ze4qsnHor5+s9F+Q+RucIPizg6J/gp3EUf7bwdQi3qqYuKM7arxT0RLL2ABz6+FgDiwq+dkwOl8BOz+EJPmvtX3CWKvYVMNCzZ8/FnvSIvufI1IUc2R3On209Q7qhb6wQjzGxPnaxx9M6IrH7Bv9l/xNwa1GnEnI2B6fEnHEVbFK7O6yruxjfJv7Kml/SkNOnwvXgWhp70YfU4Rp536A+TIhFmfyXtQ0Xa8WI+qq96ATcl/2swb6MbTfoBTRG2+yV95+lsY8r4EmCPU0wLxPTBj3vBveKgZ672lOXmKsY/q1it57JAyNzi/h2iMmui/lzwdT6BZys4fMcLo3xqQLu2r/I/CH6piaWA3BdZ09maozE/wI26Z4yvNA8XRheq1/asxybs2tu1rXxbZ+Y7CG3ab7pdonTFH8KcGtwDmkN62Of9v1FN3JK+2ftXdfBv2d6pjJn5Ap2LbpxbsfFOql9vtZE1bNJD6D5rPlVQofWMe3FtL7r8xa6NEd2Ta1cN+ek6p/xftt8i066sZdvmzqq39BT+qoCXBe8U/sK08/ViWGBrTMTO63FisPEfPtO8V+/R/U7pu6i7Kqpa3UXe0q9qt2J8bfiIv5N9zLPWsz1wUL2v8A/PcObprdT2TXzf0H774K5uTk7a6av0ue6nrWmtvRMvio2memB9BtI4yXxbKWhx71pvo3LLmJe0Jct8Os2/BUZ35r/DzP2Vk0vpj2M+jwx33jaW82wqWf4qL2M/cfQN32i5m/dRR4rhiPzLZyYfzD6TVMy56fWDp2fw7u54WFmcqll+ogS97Nu5ObQ8FN7H5vf+v+kMHKbph8eGf71zNmWI3uGnKnJXysrN2ef5pb2hA3Wj4x9Knf6StwmZt0ONfEe9eVNz5c/4O2q+V+zaficY/e0G7+9xqxbmBysuJjTZdNbdUzvnZn+X2tbZuQoP+x3Zin+b1vKyowNir/WA7tP++Eh81Pz3VoytV7rQ8Pwxv7vyMw+xbkwHFV9Kya2+s32ah2cmto0NHmktjZcnM/MN4591jo0Wtr6H8L1/gE=</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="144" id="scan=145" defaultArrayLength="1380">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69633.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05081842" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6473.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="983.67364551" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02526304" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.815767" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6540">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmDFoI1cQhveSDVFAIYKoUKEkKgQRRIWLK0xQ4d1VwIULFQ64cOHiChUqXBhyhQvhGHMYY3xHOI7jOEw4HOVIwnIchwghiHDFckXYUoQQRAhBhBBUHSpS5I33m7w5F49dvX1v5p+Zf+bNUxCcxkHwVRIE5+4ZunHiRsONihv3mFtEQTBxI42C4bfdIBi595dxMTd0z6Ybt9zYd+M9J6vqnllUzC2jYv80KmSK7NvJpazLvfKU9S03nrtRj4P1F58Ew9ecnnmhMzhJCp0r6AzA9ZGbX42LedEn6++497eT//Fefpf1b7i5TfesMRbgkX3TQu/lugW4RF+J3zM3Ntz7d2504gKv6Dp0zy/BtM+cyHvk3ntu7KLrHcVj5M1ZJ79/d88DN9pufOjWHqND9qyBZYofxU/jqLC/7MZjZMj72I0cLEf4ZUYccvyx7t7fTApbR2CSGN00Nu/hixEyWgzZ/5nb+w9YFc8AGWN0THjfQq/E4Le48H8pKTgwwSbxg+ztIbONH9tg+NStvwFvBNsp3BRca3BPZD1ExwNsFnv+RcZDsEss+mCSIbjvok/wCgfW8W8VPSl2HIGhjoxd5Ij/z4iXjF/duHDjbzd24iKvVF479jyu4Y/7yF7l25j1J8R3hn3fw9VTg/etxOPfQb/4VOL3blKs78GtELxn5PWQ+A3g9WMwSSyeumcXWWL/+0kxV8c+5f5N3kvwQ/OpnBS8KhOnkJiI7Ny9f0w+dNApvlyA51q3iFmOHSLjKRgPkb+FL5vEJyDOe3BxH1n7rN9knfj3Z+rMGX59wpoWtonft/mmMRaMz7Bfc7dOvNT+XWpDjh7B+Cf7QmpSm+/KtRnYWsRDeZ+CvYddtdjn2S/4Wfm5ZM8F/qnBnyk2ZOATrlyH74LtJTKnrJE9UsteiM6k2LMONzvYWqVuKMYDdIzg9xex93WKbyrE8MTg2QV/Ct91neTuBr/vYc8KY4mOb+KCWwH5uIHvxtTAH9342tR/yYtjbBW7H5n4toj9ETYtqVUDvj8nL0OTW2Pq9334cK51lJrTTooYKD9q2NFjHFPHdqhlP+CfKXKH1LUFMpVvkoMhMk947hl/VfHBBBwhetrYvArnxbYb5EDAfAnbS/zW86/H+g3knMLfFfYKtr45S2/AyQn2C9/uYE+JPO7zbRcudonvgcEvvriOz0PirD7dB+stMGTkfx//1tizirxjEz/l5CY1sMn+0HBW7BN+vJ4UdueR5/gfYNaY1EwsZa+eRQvi8Qw/XksKm+pgDI3cPhgWnM1LMG+Zs0LPizY+nUW+j6kSL41/E/ma2x0wHVNj2+ToJnHNIt8/tQxnFN8QfdoHqh/PY18LclOTe8RUz6URZ9Yh6zUmP/F9K/Z94Qa4NG+mYDjifNIeT8cAnX18JLhEzhO4coS/tFdZUlca+FdydQCOHvxcxd5zMA8M718gdw5Htdea8lvP4Bo+L1PTRpHv2ZrEeI99q1f48wh/KP4S6y7IIz0jMp5r2HJKbd7Cvu1i7fDzxPtVeoIcWysm3zqmriimoTmrluR3aGpnGnnuNPDZgZ7/xED757qp/U3OgqqJyXX0V+jnHxDTFBvPqJEZ3JH5LjIHzG/HHmOfuOeR75UOTZ5oD9EhFh38fYF9Wjt7+C0z53TAubjOuifUuFVTk3foRR6ytwueGvV/Ak9zwwnl8RrzyqcK9tueIQD3oeFeBblz04fPIt+XlsnLkrmbjNA/pva0DNdT4jinLqyZ/iYnljdNHMfwZkpOVOFFyh1G5u/yu4L/mrG/G2otXIJFuaF3rbrpSZv4u2zOmW2zN4NTyk/FXGdPFVvW8Kfmptb0Oft3zV1rFvl+WPsG7W0q+DVjf5n1M1PH5iYm2jd2TB+ncdNep4wPVJ7mYs63Lb4vIh+jypUepWTOyJHRrfFtxF6Pvq/D04axWe/3K+b/gAV1ZG7upjXTE4/wt8awhC/HrB+ZM2tmOKBxCLFlBA8apgfLTL8Tml4kx6dN/KVxaXLP6pJ/NaO3g62Z6YPVJwE9jfYkoandHyTFnWQRe45lyMsif06MzRmoflpiazv2T62Tancp9pxtMK99Qmq4oz7OI5+HoTnTuqZeKz96xFnrSNPc3zVXRpHneMP8N6Bn7zY+VJ3ae+jelBzS+qR1V8/N0PAuMzWsFvs8mSGzZvjfItY2JzR2Gqea+d9Jz7kMvQ3To2k8StQDraF6bmi/ohyc+f/BLuf1fFPdeqcITA1XzNoLh443f8W+37D7c3Ru4++RkaEYNCazyOd1ABdmkb/n6tmuvlEuBtiptX9k9Dfhk/JkGb1a29PI1znFVzJ3F60xZWN/w9S/sbFFOZKa2njV5yo7j179vyg1/GyZ/krtmJvvKlcxd2N/Pi7wwcRgKpv73DLy/3ulBvvUYNGa1TKxHF/x7Th6VUY59n1Vargzif4DUqYQyg==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="145" id="scan=146" defaultArrayLength="1345">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67087.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05027077" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6176.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.19455256" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96874592" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.821383" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6376">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2364">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="146" id="scan=147" defaultArrayLength="1328">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67718.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05058744" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6261.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="997.53881667" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99358225" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.826983" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6284">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2352">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="147" id="scan=148" defaultArrayLength="1385">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69635.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05027723" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6673.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.87142623" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.95905289" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.8326" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6556">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD9oG3cUx69UpYLeIIpKBVVBgyEaNIjWgwYP0u9c0ODBg6EeXPDgwYMHDxkyeBDBpCYYY0wwoZhQQjEihHCUDGoo4ch0lFBuCOHIUESHIEopGkWH0t/TfR73kuHH73T3fu/v9/35KQgCFwT/uGA0iYLglX+u+nXq13gQBHO/J36vsXf8vvB7yvd0EIwO1oPgX//7rtD4lfv3Fb8/8avn10T4+BV4/hk8DqCLB8vvS9kz/7zu37f8mvrnY79vIe+FK3imBa+T7JulPv0b68v3o1+iQr9j9Hrt95Bnse8t8oau0OE7T991xRoXOizpRPaPnBU9L5AvdqziA6FdcwW9vD+HRvhuIucH7N7x+75fD/36Nir4ix072HKAfFl9ZMrzit8jT//SFb5TPW+i/xb8J8avfWjrUfG+iowj4invGtjwmm8JdBKH5/hd6PbBQQX6Tei9zaPU8/8yKmhFp6Yr7N3HDw/8foYPNcZb+Et+/+EKfvL7CL9O4FXXZ78f+rVNPMSuHP3brsDJKWcFN9fQiK6PXIHjFJ8s7XQF76+jgscj+J5hn8ThBJ0CaEVGDb9/EBV8RNZ/roiDxKqJzxro2sRvgcGf6lsFo/fBXYYvatA28d+cM9uaa4PSPzm5J/peI+cBOHyArU/xi9B+FRVYIs+W39f4LbZso+8X0PXJAdHhFv75k3hVDWZUz8/AdMeVegsObpE7Y56F9zF+GBksvOSb6BvjF8Hc51GxT8HOa/IhNjhpgfs9eL3BvxVyOyf/dsm3MVjfATuiq8RN/HGbPcc+6kwwxZ4WvtEa0ufsC/hWwOsGfHMwNUffvzlzaepJDD4POCf4u0Pcu3wXvzxD5y5Y11ocwOsKmQtirPE5IS7L3IsKn6VgSJ4/iopnkTEEPzPydQ6mJ379rvHhXA/MCq/f8E+C3C1iNsQvOXRD9m14ar1UXG/BV96du9LGPrhLyOED8JGjYx1arduCpQ+jMv+S0v+j76PCjhF0c+J8QeyfwXfd9KwzfN9h9ZAfYI/4JMR369DepBe24LeJX39yBZ4m6B3i12NyX/TaA6+KQfk+JwcrxDkzeOuZfhvQZwJkKH6U19DkfYP4zOg1IfjL6TVrfL/LmSr4ndBjY2I5Q0YN2x5jdwxOq7zXvqu9oIk/BSuXYDSjl/Sgn1Ir2/SJBRjT+NeQfw6tjdEt/NCmlneJubx7w951Zb9exQfn6LFNfGVtwP+cMyl6qu0n2PyJx9fHUcFzjK1r+KyDLwT7n5KLU3JR9P0LuVq3A3ygeh2BjyfYMQFXIbVDZ4YpeaW/M3RYEOsx/VnxckztU6yNByXPnFrUBg8N4iq8Tg1+RMYIHpfQ3SOmkg8/G6wqhkIw8xg/aj38FR/rzKm+2yC2KZjQuUl8NTVLdLmNvbvIq1NXV+AxxPYOtiumQ+YYxUyH2rbhyhy5D2/tG6LPE95rXT3ChhvgQWeIU5MD+/j2pYndIfF7ik+qrpyJ59QjkXllZp0L4qQzZMxqIEv5XoFTxW6ArDYy2sQrxn9NZiTt26+iEq9vi++j46iIg+BefPoc3/ZMnwyNLRX0HIKRBvzvEYMpNl2DjTVw0OTsbfjtoyfz6DI+z8nlkcGdxKlFDslMrDN2k+86yzdcOWPtYa/WMO1tWm90jrjnyljber7MJWg2+LZCf+iY2nzN2Rb+0btNB9+duXfxHw/K+TB9r3fqHFEzPScelHPcTXxWoQYdwlf7reZO1ZW1OcNe7bE78G9jxya5FaN7Bl0fP7QM1pvQV4xPNZ9SbLhwJS5H9MA6vjlyZe2qYl9oerD6vk2s54Oyf9/FZ2smXwNX9qEJsZ1Bk/Fbe+wKmN6mNx+RN/vgNx+UNbnHO53BcmKlc1lo7joawy3wpXepGTPr3NTzxMSoa+6ODeh2XHn/UxxU2XfxjcZI80l9GyB/aGa/bFDeXarvzcQ5eNJ8noITvfsqZrWuaN/NOTselHc5xc6qK3tVgH1r5V1/+f0Kfi3mq1Vzx5qbXNg1erXN3V5r+a7B3MLcuzXuiimt2XvkBP91LPn2TZ/VONbBWQzN3MRNa4ush9SXTTNrzAyNYrtp+smh0S/nXlY1vtZY6rlV4psMypgqvtUOvbNUjT9sLWzAsw6mWyavQ/NfQtXkUGr+X1B5q5zXO3Wm/wVRt0N8oXfpiullqbmLaE7pDKd349DkT8bSu0WC/torEmNnYjCtMau5d+/ZSh+aWV9zoGNsSY3sxGBxxfTpCfwXJsc05joLxoN3Z5qxWQlzQG5s0f8dFLd1ltYza6fObQtzJxibOjU2d169Y6bmP4OZ+W8mAccT7iZ6x9Xc2XSlLZnBhNbVrsF9gsyY8xXzn4vm1dzMtDFnQnOX6Ztc0bxuutLP9qzG094N1d6awbLFQWxyJja66vvU0AnNHeOn2NiZmd8pemTv8dbamQ3sTPc/FfYYwg==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="148" id="scan=149" defaultArrayLength="1294">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="65043.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05015429" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6564.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1001.27963610" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.93329849" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.838217" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6120">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2308">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="149" id="scan=150" defaultArrayLength="1340">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66967.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05070567" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6574.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.42273013" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02576492" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.843817" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6332">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2396">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmEFoXFUUhp/yhEcdcRYjjDJg0AGzGHAWQWYxi3n3Rcgiiyy6yCJIFlkE6SKLLLLIYiillBBKKa3EUIOIyCAShlLqQ1wE6WIoWgYRGVzIIEUGkTJIKQ8X4j153+GednG5896795z/nPOfc8+dKBq5qP9pFkU9F0VLfgzSKBr6ccX/vuDfj/3vqR+X/PMkLYc8Jy46u71crn/Zryv8fODK9bJf5jv+OfLj/azc95v/vefHyP+u+HnFj9z/Pkujfu7X1Pxz1Y8FcIzQ5b9HTf/u0I+2H7M02vnpw6h3Yblccy0r5cm6//z80I+v/aija5PnNdaI3rmff/ZznzXgONct67p+PHalXwRTk71e9zm2a/75Mjhv8HuKHJHxiR/bvOsyN/zcceXeNv4+RMaunxf9WPfjCF8/4Nuyn5+4MiayZgjmCT4aoeOdrNTfA/9dMM+RIfM37J2DVdaJ72JkT7Cngu4B9hzz7cgFHwge8b38/sH/3nBl7LfwWR0+yD7xTw0/VLBdcMiat7yMizzL+nXkHCJT9ojfbmJPHVsW0SE4PB+jHbCpf2vILPz8J89i5wm2iOx6Vso8Q6/E6Ev0D9D1C3gF29/gOTQcHYElxm8d+LALf47QLTpW+R5jw010VjR3/PzIj6euzCnh6g1yYtlwdQuMQ/wrmL8w3yvEYJG8mhHHq368kpX+ei0LOfUMLt4Fxzk+8I/TkEtiw11y93vyYg/8fdY2sHWTNRLbf/04ZZ/mUQzGmHisMef4dxudr2LDnH0tV8q+hF/fgz/inzH+FFu9r/vfZqVO8eU9/CDjpayM45BceAzHp8RyB/9G5IW8PybmZ2CMqW/i9/tSy7B/CT52XeBWDQxTs+8+3O2bWA5kD9/XsP86uP9g7ZHBKbIf4kf1e1zafo5RefwX/hnCgyV+32LfHbB3mN/NSh9oPNrETvb+jh9maeBtDLeeEmetpx2w76HzpsmRNeKnWKfUqQi9Dez/Co7N0vDtkbH3CB4OWStYHhC3fVfWvI84o2rUjLoLNlVc8Im8v86z+m4VPnSJmayR/LuFfsFzgj1DfCI4fiROJ7yvYVuseLFF63OBz86w9RAsI3PuPsOHI2J72YXac9mF3B/D9wRZ8r5AT8z5VEWnyMmN/jGcqyIvT0Nd0ZrdJq+bzAPw7aA7IWY9cwat4+sh3KmC7zrvu5zTicF1zZwhEf6rEdeL+K8A0wl4d8EjWA54V0W2YNw2fc6O6RGuulArFHMEF+Y8f5CFGJ+fjeSJ+KFl4rwPVxRfhVzfg/tPsLntAuebJq9Ezj776+yJXOg1cu1FWDOGCw1kNF2QM8Inl7BjQO1IGMrBU/AdwPHPXTjbcvJA63ZMXKvwMQLjiO8LrE3IlV3ituVCHias38B3lldV029OsHWFGq2y91l3YPo6PTMjuKd8r5lc1VwTm67yvkKOn1IHFOcasuroGnD+vJ2F81h8/B16GujqwIU10y9tmh7ojPrWNH2qxPAf//sN+rgm/U9BPkb0jkuGL3re7sAL5VSBvF9NLa3xe2D6rdfh8xJ8/Swr/at5ViBvDJ5pGs7QhD1z/Ko9bZt1mjd5Gvqnrsm9lqm/ey5gEt+8SY+SI1v483FW2q/82gdnAUf17tEAQ9v4Y2pi0WTPHjWnZ3qLVd4du1CvNlzoSxfNmTWC/8qDdbg0NbFumfvMFB7khtd6J6mhT+9aOfHTvcpB7eWqpi/Re5Ke1WO+10z9nxKfbZPTGqOEtbk5r/UsLMhnrZG6T9738ZueNTlrtKfS+qD1aQBn9C5k86Bnzhs9J8fI0foZsaZn6tACubYJf9SXFfIjxn8VbJnwOzG9zRVq877hd8ecmxPutopRe7jE9Fua7x1zflWoudrbtcFTYFPXrOtQO1aIRQN71I82tglcqZrecWD6tJzcGqchN7RvXQGf1nSNrd519F6k59vE3I0nxLPK95bhiHJ7yJoWead7Otiid88V9PaIXUJO6Z1Wz/tx+vzZolj0rL2D/l3T29dMz6T9t+Va1dQN7aVnrrzb6fmoZ+hFc8/rmj61hg97yFI99/DNA3N3zdPwX0fMu6bRNTS9r7W/TU/ZeIFDucn5XVOfGy5wd8p3vW81jH69pw3ScA4mhrdaR5vsmSOrZ/Jd9WifNEvDvWuehjutcis2Z9zc3KEWDNeKNNjaJHcq2KQ9mcZmQ88y4qK1UWvPxNy1Wi7s1X52ZnrZKt9Vxyh9vjfqUUs2eT6klxS+JlmwUWVqrh2DX/tNzZscvbHpHzTmWyafbF238VKMuq4wMrTeq28mpl8bwNvlF+6xGm/lxzANdW2chv8AlScaR5tXQyNLnxWH1ie9z+l/EbF7fs/M2DgyNo6NvKHBoGdq3/B0buTkhi9lfP4H11EDgw==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="150" id="scan=151" defaultArrayLength="1338">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66402.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05022135" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6874.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.79126194" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.48158699" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.849433" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6340">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2348">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="151" id="scan=152" defaultArrayLength="1320">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="65862.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05018782" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6327.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.92079827" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="96.48563852" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.855033" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6252">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2332">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="152" id="scan=153" defaultArrayLength="1333">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67052.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05055292" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6586.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="966.74988452" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.50647116" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.86065" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6308">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNlndYDgoUxtt7KyntqT20EXrPtbPJvGbctHcJaSnaRYNKCZXm15RRdpId4XJlNvXV99XXHrc/3uf99zznec/vPRt5Wx0EJL45jEr9cNAb/OlwXvqXg1RPpwPvcLcDs63PYfd3lkMiP9vBZR3boaVv0CF94ZCDnfmwQ7jBqEPB4JhDDGvCwV120uGL3LRDvzAXPolzo1WCB9J6PBAb5EE9mxeVPHzYLikAWX5BnFURRJCwEAaZQjgnJYLWERE84IiiYUQMxSPi+D4iAZaYFKZCpFA9JoVCcWnsF5dBwLQMTGTn4KGgLO6ryuIFvxzsQ+UgOCwHIXF5aAzJo49nHppOzIMFZx52yypg2QkF3OIoQNZLEV9YiqhWmA/J4fkwOqGE/zhKiFRUhpm/MhpnlHFYXgWfRlUgMqaKkDlqKJlWQ+QZdSiOqCNASAPBMxrgm6uJ1jBN9P3RxJZuLcyd0UKdnja4JHQwytJByowuVMYWIKxTD+Mjenglqw93PX0cH9LHHG0DfFQxxJsRQyxQNIKQmjEY3CYw9DcBc8oEulOmKFM1wzeOGfZqmkN30hy20wsxZ9QCwnyWKOqxhMmMJX56WmFkzAoLBqzBmWsDl1Eb/NSxxdxOWwiP2EFIYxH29y9CS99i7FZZgr96liBb2R47DtrjwQl7/Dttj+PzlyKKvRSrg5bBamoZuvuXI03JAWMjDlgwCoyFEP7pIVyQ/QtkugLH167AlPcKfOZaiRPGK7F5aCWO+a2C3swqVM1bDZEbq9HFXA0HgTWIHF8Dpcm1yJJbB6eAdbBsWYeg0XVI1HXEkj2OeJrliHODjrgpsR7rBTbgg8cGrJrYABmJjdihvhFrhjdixHQTSnw2wfrOJtiwN0FMYTMsgzYjLnEzDoxvhuDEFjRwtsJddRskgraB3b8N7RXb0cLjhGZ1J1w/4IScLic08e8Aq3MHarh2QkhpJ+rHd2KKtQtN5rvxeWQ37kTvgRNzD/Qk90JZby+EPPeCm70Xwdp/I5p3HxoU9uFe8D4oju/DRtZ+iEkdwK/hA0jyO4jtsQfxz8hBxMsfwiG/Q5AYP4Tf1odR5noY0tGHodF7GDt4nXFH2xmJ1s5gejkj9LIzFMadke19BB6jR+C24CgCmUfRnvwPOpn/gCXsgp09LggVPAa29TG0exzDkz/HoLvQFX+7uKJlyBXGR93wYtANYwruOGnjjsE/7lDj80CwrQde+XjAgOkBfmlP1Ol6wirYE8emPeG12At1Ll5YUeSFS8NeeKfnDeM/3rij7oObbj7Yz/bBdSFflNj5Is/FFzNDvtji6of3A37YxOsPb3V/ONv6I4PlD1nRAGT2BSBieSBEOgNRORmIJPcgLG8IApMdBDGtYAS6ByO9Ixi3poLxxP04qgaPY6t9CFInQyAWcwLCPSegJngSRrYnweV+Epu6ToJET2Gb4SnEHTsF595T0OMKxQvNUPxcFIoul1A0xYViV08opkROY0r9NOatPI3DPqfBH3oaMrmnUTx6Gi7qYQgNDsPZ3DBoD4eBjzccN63Dcdo/HAuSwiGTH46NNeH4ORkOAYUI2NpEoCkoArypESjKicCp6ghwB0eiLjkSbZcjoV8bidgPkTg1FIkX05F4LBMFiyVRqD4ZBfmUKIjnR0F9LAr+NmdwxvcMCi6fgW/NGawYPIMNM2egrBmNT8HReJUWDfn8aCRURaOZE407MjGQ0ozBN6sYVPnFYPGFGOyqiIHHWAy65c4iKegsnKPO4mjOWTiUncV3zlmsXXUOr/zPoazqHHYPnoMDbyyK7WNh7BiL5MBYSD6LxaBwHJ5ZxuH78ThcvxIHhY9xyGPGYVQzHlbm8dD2j4dAZDyupsbD7Eo8SgfjsXwmHsd1ErDGLAH7lyXg7Y4EFJxMgEteAp5XJ0B3IAFeMwlYppmIWotECPsnYn9EIpJzE+HGSYQuVxL0bZNguiUJPIFJiLycBMeqJExyknBFOhlF1snYQMmQ9E6GcFgyeJOSEctOxpapZEQvTcHBtSkoDE7Bk8spqKlLgTgnBWsFUpFjkYr6v1Kh4ZcK0axUBFSnIm4oFU2Lz8/u7Dy+ZJ0Hq/z8bHbPI0f5ArIWXgDT9wLS0mdVdwGegxdgP3MBbgppOLwsDb5r05AXkAY6k4Z1qWlIu5qGk5w0CIum44lxOg54p+NZdDry0tIRVJwO0+F06KhlQMg/A8ZpGQguzoBhVQYqBzMw1zsTZ0MysSMzE1qPMtHCyoSuwEX0ml1E7taLGPC5CJPoi9iechH3r13EuZqLiBi4CFGJS/hhfQmaPpegFnsJ+vmX8HHoEqw1svDOJwvC0VnA1Sy84WTBzyob8MmGQWg2FLOy8bw8G5GD2bg/nY0ssxx89s+B/pkcLC7NwYe6HHxk50B3Jgd9gZfxLPYyav5cxgHO5VnW5eJYai7OMXKReS8XqwdyEcOfh06nPCj45MH/bB5SKvJmOyoPX02uYLn3FdzOvQKdoSu4oZiPC2b50PHNx57EfExl5eNpST6+MPORNJMPe5WrELO8ikifq0jIvwpF1lUIal2Du+81TGdew4vxa2gQvY4BjevY7ncdLwqvo5N1Hav4CsCUK8Aq6wLs8i0AI78AAuUFSBsumGVfIbgtCvHSsxBmcYWQzyrEu4pC2DcVQoZTCF67ImwOKoJT+qxfLUIJowhr2EW4wnUDyUE3UJhyA6WlN5DBuQGGYDHOqBWjxqIYP3yLoVpWjMOsYiRJlIBLrQQNpiXI8yrBoqgSqGSUQJlRgnZmCWSMS3FyZSmCvUvhmDHr88uwwbIMX1eVYVdYGSi7DGqNZfiPWQZn3nJsVylHi2U5NFaUY4VvOdTCypGbU45H7HLsM61A1eIKvPCuQO25ClTeqABDgwGF5YzZeRnQT2TA7RoDlRwGMnkrMVezEm6mlVD2rsSWwkoc765E/1AlbnhX4UV4Faazq3CaVYUg7mocVK+GvHE1ijyroX6mGsyKauT3VmODVw2exdXg+qUa2JTV4OutGvxeWIstnrUYT69FZlktdn6qxUJOLSy86vArog4+KXX4XFiH9Ytu4vi+m+j2uYmDZTchy76JEYF6RBnVI9WvHmXR9dh2pR5XbtVjz2A90kRvYULlFioX3cJSj1u4zriF9q5baHK/DZ3I21Avu43yxtt4138blUZ3cDr8DjZP3MEe47sQd7sLqRt3Idh3FzEyDfAxa0D8rgbc9myAXUIDegsbMIfdABneRnArNGKncSPWrWhEsX8jeksbUcBsxJTePUi43sOjs/dwpOUe/mLew1bP++iJuQ8Fxn34j9zHKqMHMPR5gBO5D7Bx+AGcPB9iPOYhZC49hE75Q6QPPMQJw0cI8HmEkshHOFTwCAMDj1Cl+xgFXo8hFP4Ya8seQ63/MSJknyDV5An2uD5Ba/kTjBs3Yb1fE0wZTQhnNuGoxVO4uzyFlP9TbC19il72U9xTboaRdfNspptxL7159jdrRpvCM/Qtf4YM/2e4n/4Md/qeYb5BC/gzW2BX2gLT0RZsnvsc77yeozLmOZTTniOw7Dnqhp+j0egFejxfYKj8BfbPf4lQ45e46fsSDfkvIcx4Cc/el7g09RKdpq9g4PYKSdmv8L7yFcI6XuGE2WtYur5GV/FrLPjzGhLz3qDA5A1+eb9BAucNngm/hd+mt7jk/xadmW9RfOMtUr6/xeuxt7i2pnX2XlohHtOKyJJWyP9uhb3VOzgfeofrx99B58Y7ePW9g5ble3geeA/dkPdwLH2PVtZ7RPK24YVRG0rc29AU0oZFFW143duG2Kk2SEp9wF3zD/jt9wHVVR+gz/yAK94fwUz9iDXMj7ik9wnLvD9hsP8TNhr+i+tu/8Ks61/IGX7G1pWf0ej5GYxTn8Gq+Ixs1mfIeHzBpoovcG39AsOJL/hk/B+2uv2H/rL/oD7wH5T1vyLC7SsmSr7Ck/kVBhbtmH+sHZWn23H+fDtsGO1Ib2lH80A7JJS/oSXkG0Zyv2Fn9Tc0sb7htup3GBz9Dr3i7zDv/o7Hdj8g5voDsaU/wHj6A0rWP/Eq7yds7/5E/fRPvA78hb6yX1Dq+oV2yd9o9P2NJ9d+I7rrNySNO7DYqwNixR2QaejA174OvNXqnOV2J74f60TNuU58LuvE6JNOMP7pwp+SLhj86sIh6ka1TzckE7uRWdmN4cFuuEj3QGBhD1Q8etAT24Piqh6M9/dAf2Ev4gJ6MZzUi6bSXhT19eJvrT9gbf6DKPc/KOj4A36pPvR79sEurw/HuZnYoMDEV08m/m5k4iOLiU0y/Qha3o9E937kZfZDvrAff2EAbNcBPM8YgPrvASTIsFClzoKjGQv/ubFQXMrCxRYWLnxm4esYC/GGbHi4syF9mQ2JCjbuDLBRLDMIf71B6LoOAimDiCgdxMeeQcgbDeGi+xCcCoaw9s0QDnQMwcqQg4xSDpTecnCnmwMr42EIug9DoGoY0h3DWMg9gm7VEdwxGUGv6whO149gRdcIOHaj2OA6iuGiUbx/MArJnlGskx3DO+0xvAgZw47yMSj2jQHG4/ByG0d51TiiuCZwLmACNhMTeKk8CRf3Sdw7Pwnvukms6pxEgukUdnhNwSV1CkKTU6jHNHI9p/Ho+zSapWdgsnoGHXEzcGPMYPDnDDhDM7inwEUvDbiowIqL+Jy4yORvLsqv5SJ84qIbptzEcOYmKy9u6j3FTSfruKm8lZu2s7hJQY6H/Bby0IQdD+Uc4KFWPx7qi+Ah33oean/DQwrfeGg/i4feqfHS2EJeUnXiJaUAXuqI56X0C7yUWcdLL9t5yXSIl3y4+SjRko8s1vPR2kA+8jjLR17pfPRXFR9Fs/non2k+8hPmp936/PTIkp+MHPjp2kF+Wh/LT3sq+WnqJz8FsvhJVEOAFKwFqPigANneFaDU5wKU0SZAwe0C5M4RoCATQTpoK0ilGwXJeacgdfgKUlOUIEn9FKRIayGq2ilEe88LUUifEGWsEianQ8L04KownfomTI3TwhSnJkJS5iIUsUGEIgNFaCROhG5eFqHkShHqrBehI99FSIgtQn5CovRQUZTsdUVpylyUBBaLEvdKUdqwRZSW7BelVB9Rmn9FlMxrRammSZSYb0TJ+KsoMQZEyVBYjHztxGjFYTGSCREj41QxWn5RjJTvipHnbzG6rCBONlriJL9SnBR3idOuI+KUmiFOniXilMAWp8U2EpTjLkGLAyVILlOCQqokaLe6JB0zl6RuO0m6ukGSPD9IkmKXJJ2QkyIVVSny0pWiMAcp0tkmRRecpSguQIru5kuR0ScpCumQImNZaTL3kyYttjQJ+stQ7hUZWlMrQzyPZOjSvzJk1yNDihpz6PeSOXRq5xx6emQO2RTNofm1cyihYw5lyMjSYRNZeuMhS1QtSx/7ZClMRI6MtsuRYYAcOcXLUWemHJnVyZHX8rnUUDmX+pvnkqOyPK0wlqfVx+VpNFmelMrk6UmbPC2QmkfxC+eRc/k8GmHNo6WWCpRVoED15Qrk91GBaqcUSNtGkZpdFampVJE4G+bTF2Ul6rdTohInJerxVqLEW0rUrKlM9qbKpL5BmThOyrSkTJme1CgT+70yXd6jQsmBKhTRpkJLpFVJx0KV3O1VSXC9KonuUaXfLao0NaRK87ap0Z99atR4TI2eJajR4Ro12tenRpnDajTiqE7rvNXpkZEGxVtqUGK2BhlVapDPXk06669J+xiatElei/ittGgzQ4sc6rXokbU2ifhpU36MNtWVatO/Ddr0eZ4OtRvqkKWtDh3x0qFdYToU069Df0/q0HUhXXovq0uv1XTJ2UiXcqx0CUG69OOOLq1XX0CahguoqH4BNcvok5OJPq3aoU/prvp0s1Ofisb0yVzcgMLUDeiotQHlOxqQbJkBed03IL8JA7pgYkitnwzJI9OIhq4Zka+FMZlmzcrChBqumVBatQmtDzclZRMz6ogyI5/N5nSwzpzMvpnT7YCFNGFsQb9CLMhxwIJiTCypa40lbfexJPdqS9KWsaJVC63ItNuKKhZZ04011tRWZ033ONbUbWBD3jttyPm8De0NtaVDLFtaK2FH4yp2lGpiRxPhdrTVYBFlv1tE4VuXUJT3EuKeb0+Olfa0xmwpaTKW0uD7ZRSp4kAHk0EBDBB7EMRoJmoaI2rgXkEi9SvomOZKGjFcSbqtK8lt0yoqqFtN0S/X0sjKdRSa70ht3Y5UtmM9bY5cT3eFNpJL4UaSv72R1j3bSIdubaI3WzYTt+QWmvq4hZYYbSPlst20S34/iVcfpFbBYxSq7UanbrnRdLk3/Q81ZRmC</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2356">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="153" id="scan=154" defaultArrayLength="1365">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67704.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05050565" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6255.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="989.42794467" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02290478" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.86625" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6448">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2408">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD9oHEcUxrc4yIVccYRLOMIVglyh4gJXqHChQjt7ARUqVLhQoUKFCxUqVKRQocBhjDGOMcYYY0wIJiTOYow5TDBLCGZRUhwmmMWYsLgwS3BxBBMWF+YIKTJP+3vMs4thb3dm3nzve3/noqhy0fTHJIqmLopW/Xjjx0U/NvxYxlGU+dHyv6/50fUj9e95HOVXJ1H0UdKsu+PHLT/O+PHQj1fIqPzaNf9c+GftRxk3a/Tb0D9/8jKKuDnby43O+ecsboacte3fSxcd/fZlNC392m+SBseMOZHTEWxJI0P2HPvnlmtwj8C1cM36dcbHSYNJ1kfIm/vh+Tj9Lnp0wCT4zsLJgR9zw0XGnJx9ne/P/bjtGnkpespTzj30o+dH4s/v877rx45rzpEhNsgank/39JJGdhucfWwjMhdgeAXeFmv+4kzRP/dj4Br+Vc8Wut11Db4CHkS/m8iRdQN0kjU/s+cBtp0xf5nvX4gtXWNDwbUC5gW6bGGPA/hqw8WJazj8lt+yJgKz6LAJT4L/K/8cg6+KA2c1c4pXsMmeP/yYwOd5zivAvEDnPue8xbYrrN8F1z4+8S8YKvRdRV6FfmPsIrxdQT/R+YLRRcYl9rfheIkPzURvz2E7aWJE/PUSuneRtw2eU1/n7LELvG9gK+XvEF4P8I+S2Oyh6wC5ou+E/f+wdgG2E84twdzifPWbGq4Fyy0X/EiwP4KTX3jecI0dvsNGOXlBeDhgb+3H98SprKmwbZ/32+BexsFWS/zgFmf/it1n+Ppb/Eb4F57vJs2eBTlKdMjJYwVnRdgnx0924OFP4rskB4mffJY0fjonLmT9J0mIuy52u8H7ZWO/PnxXxMgE/zwkd+3A+WvstuR7Hx5G/O6i45qJuxUX+FW/3GPuCD98ip8K7j1s+hDZGjNzbPgGLDW6X+P3S3BOTZ6R5wZ67SFrG7mab47hrwvuT5Nm3y62KvGZFhgH+KjguYNdNRdNXeByE3nyTeqU8HUEb6KzxMATP77mvE32yJnf8dxn7QiZU/xygG8WxN5b+NTRZt8hthyAP9M4QYcyDrGa4+f3WadxkMchn7fwp7PYSuPvGb5Sw7dgfw5HBbGh9hU9fnBNjlF/nZPL1rGD5v0Oe9ZdqLU94kuwf5g0em0Yv58Ql7v4Ysb+Ep0KMKyYmnsGf9Vvq2bfBEwF/MzjUAva2MPW8SIOeSMzfUUbfa6zPjL6jQw3LXLHCn61iX+KX32eNHJS7K51JoWXJf66hIc9cuzU+HwbOR18cQP7S1yK7V+Ad256r8jk86vgH4J1Yuqg1tnbrHlGbtB4XAXPKns1Ri664ONt/KuHvddN/A6Rq7llFzkl/lVyvtaUCDlqmzly5P0/3s+Z5wQORqYeVXHQQeM0p+bob/m+IL/UcehdzrhQWyvwjsCUMa88a52RPnKOPtp7zOH2tak1fRMrfRdy3RjfGZp9OTWmg45rcCw17W/2vgSj5oB1U2OW5GiR9Yj4096zb/i9gHzB8Ix8mXG29qkr4IpMztoLff3pWdp37rC2jc/4PdM8aXqqGT4nNf5eEvBIbD4wsT8x94hVdNd8Uph+NKdWnTcx3MJW51gva3ew8QLdn/DeR/cS/xMeHzOnfYDiSDlrkjRzmhML5QDMA+NramftnXvkkiFrjsCpegyJ/4ELeemFC/3mhgvxXaHvA7DUcehNjk0s1rwXhq/U9LB6/+li5zFrb5h+W/vZDuePiImhkXsG38yIrR64V/D5Kg73rhF4NS7GYNG1ag+tabk5Q/Y/pU/cMpj7nK/5tWfuUqrzwNSk2uR85aUD5i0X+soyDjmijx4d01trLqlN3Fb0ARm/M+ZmRmetSzXjLH4+Z+4YX5Z9NzlXz8lM/eiZflNriZ6jd4vK3I1L5nrGx7I43N2H5p6turVN/lvQQ6X44TZzm6amaF1vUa9axG8Kh3Ucelf1C83XRRz6Hr3/j12ooT3zVG4v0CMv41D3C+4Gdv2JsdmaC2fpvS9ivoCrGl5Vb61XJ5ydGk51nd79Rc49F/Rdg6OH9H6P4bnLGuVt173bR9VwM0GO5qkrhu91k3Mqc9fP8KPaYCvJqZXxl5J9bdNTaqx3TX3IqG1DfHXV9JplHO7G+h+D5vfI1ArtNWfmvwi9K1lO902N78GP1rW2qWWlqRMR/qi91KbpoTQfl+/pbO/ipYmjNH73Pqv41e/b5g7RN/WlMj29xuK+4TI161KzX2vNnHqVs25uONP7at/cO/oGY2bqTGW+Kab73K1/5174QRLuV1oLStObFIbrpfHxJXwWxjcX5lvPhVw1xl+Uq5nxjdTkMfu/V2Fkz8zvyuS2zPhcavoV/V9C7ygLw0tufFzX2nuAtbH+npvcXZjcqxhqc3fXOjV7b+RmX/permhk/Q+XISAz</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="154" id="scan=155" defaultArrayLength="1338">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66035.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04972330" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5719.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.56297805" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02685035" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.871867" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6328">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2364">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="155" id="scan=156" defaultArrayLength="1331">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67261.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05056899" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6437.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="947.68776834" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02567259" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.877467" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6308">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2368">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="156" id="scan=157" defaultArrayLength="1329">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66169.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05142213" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6255.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.59857508" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.98066510" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.883083" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6284">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2356">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="157" id="scan=158" defaultArrayLength="1292">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="65687.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05024114" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6486.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.02430960" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.96779915" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.888683" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6112">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2328">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD+IG1cQxl9xkItRoRAFX6FChSAyXKHiiitUaN8qoOKKK1xcwIQrrrjiiiuucOFCHMYYY4wxxjHBGOOYsBzGESEY4SIIx4TFmLCEYEQIicolpBDBBBFS5M3tb/LGLh6r3X1v/n7zzaycc965WeLcSrj2U+c+D2sS7ouw5N1JWC32/BWunbBWq/vW9YFzH4f903A/Du/74fpnWIfs2w6rDM/3vRt9nVbPRHYW1jSsW+H+Sljr3o1ffuJGv4c988SNLofr0Ff6RZfYVg/rfFg7Ye2F1Q7rflg3wmqwxth8xBI9G+G6G9YPYa35yq8xz0VmjX1P0COyL7FvGdZFX+2V34/9qX1uy1f2dYKdM/xscU7kPcO+njxPq7jIGfG5g50ibw2bJCbXw/VHbJB9B2ID9zNsFj3NsPLwOw/XBXmS87LnpIrlaZwO8UGeH2HXtbTydYgOseEyPn2H3Ie8E30XiKPIPJtW76fk7yU5lneDsK7i/5yzonfBfn1ehutr/N/Ct31iuZtW9jbRL/H4A98H7C2R94YzPTDQI/9d9p/KIOaCn8fERNYD/Oyz9wv0yXmXVmfeT2NMxdZryDpAl9gpuL0GRnPuZe8HaYWZp776Lfr+MRgtiMch+mfIUEx08PVv/PkwrWrqgFiPqdUnYDLDPvH5DvGs4/OMeE3C72NisYH8I2J3E5865E9lFZzdTCt5F3gn+iSX4vPtcP9eWuX5gDjerGI8upFWNbFGfCSeJXF3yMnwuUUNSc08R/cR9v7EvextI6sBLzn03/VVHpWzxD7lCzl3FluW5LOHP+epvVV8fs3zF9TzGJ0T7D+XVnwjPn1LHJfYPseuJTV5gvwlsZJrTeuQMwPsbpt6FP55xP0AvO756P8QXdOKV095rcvzAr/FvnumXubIcsg7zSu2LclLTk2X4KwBb07QK9jIDR9dJT5y9hX6x+CgBj4/hcd38FHkZmF9g62b+LXOma+wuc0Zsa2LHWLPLWKW81xzKWf77HuFf2vYeRGeFN//Jc/aEzroHyBD5N0357Z8rH/tBzP61pyad9gp+n9Fbp0cnxC/Bb6WcKro3PERd1vEpYNvbeRus2eSRNy88LF/beDrnPjMkrh/nsS+sgFGMvBf8P4hzy5h8zNipXgtktiHc/zQms3RrfWm+ze5d+T7Pj6U8NaVd/rruo/41Lpqc0brPvDaSHqXgwfF1198xWvio9bLBR95SX3sUtM18CM1s2lsvmq49w7nJY4j/JbfWscdYlnjvslV56UG8SuTGPOCOs1Mnz5Gfw/+7fpoq8Z4lWd9MLIgd8fUxhh92o8K3i3I2dDHHpthg3K6+LagZqYmZ4+MrrqpM0f/uIm8ocGJzn05OWwZuwswo31vQO6ktsSG3zh3jn57F7kDOLBrevqcuisMzjaRlyURT1kS613mqZ/B0oLYL3mnmOjB0/s+9l7d/wZ936dVTs+kbvQlODyTxrqYgu3nZk7dJ24rBosHBtM5HDUEQ1sGSx1iqDyl+NQ+LZi9jo3aU25QG3ViJ3H5LK3eFWBSYn7bR95dw9YFdahztua/ZfTo7K6cPPDRD611rfPMxxmnTCIOtn30U2tiy+Swa2wdJxFjqz5+M/SI+SF+N+FJ7UUao6aP+V6BW+qmFxTEroVf4yTONg7/5oZLtHe1qBmtpT3TvwtmGZ27+9g1pBfUuN4z3wKl4dUaOttmVjnC7h4zWxu/9n2cS5UX9XyTXOhMsGvkah/qcW6InDGxFjxcZp9yxx426L1yo8a+jsyBmZvmSew3JTbswv/aV2f4PKG2xwZPM/OtYeOxCq70GyJL4jfTtpkPlf92DffmSfyOmCG7TqxyerLWqs5OG+jaNZjJ6Zn7Zo7tmFjrN2bTyK0bbOs3wKb53lsYrl3h3T55m7GGZqa7iMxpEvuR9qEN884ZDlW5rfgN//9v3TNJ4kyj2O2amX2ZxF7UDPzyUVrVxS0f47Vq4ihnnpqZdQXZO3CwntHe+YzzAzNTKx/PkzgjTQ12NL8NH33P2VsHAzPeK+/qt9TAfF8rxzTM3OZMbyvA37HhI8W6ztEzc67mI4aXphYm4E75U7m4RJbWah0ua4CFiampzjuYsv16xcweE8NVNdM/x7ybJhEnNZOHBvbYGaeBPX2eTY2+dc6tGUyrf7nxuzT4sbVT0tOLJM5gDR9t7ph57PQbiP8HdLZoGZ26T/9P0JopjL/TJH7XZYYPtFfNDdbbRp5yiMqq+8hLRfI2r03NzFGYvKuszPCLzuXa+/TbRu1UnGlupoYfla8yg3HtQWpzYbg1T96Wm72D/dLgQ+NTyf8PWOTfvA==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="158" id="scan=159" defaultArrayLength="1320">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66422.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04998408" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="7086.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="935.65863763" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.07860602" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.8943" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6244">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2352">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="159" id="scan=160" defaultArrayLength="1337">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67802.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05036607" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5884.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.23033630" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.03742775" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.8999" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6328">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2392">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="160" id="scan=161" defaultArrayLength="1291">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="65768.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05045921" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6458.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="965.23218640" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02120827" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.905517" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6116">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2296">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="161" id="scan=162" defaultArrayLength="1290">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="64209.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05081313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6044.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.44378886" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02648762" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.911117" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6096">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2304">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNptmD1oW1cUx1+LBrUVrdpq0CCoBhVU0KCCoBpc0LtPBQ8ePBjqIYMHDx48ZPDgwYMJwRgTggkhFGNCMCWIYsKjlCLSEB4lhEcIVFMRnTRk0JBBo4ZSeo/f7/Qehw6XKz3dez7+538+nqLo0ySKLvyquiha8+uZX3W/Bn6d+NVnjeLo8HgYRb/6zx/680O/T+Momvl1x39u+FVxxec0vjofLf3K/Zr7dZAU3zf97yVX6JPnL11xpu2i2bPvougffy7j3h/+c+SufrvaN9l30C02/u7XBjYv/SpzRu7v4cctvxb++7rfJ3GxosKnq3vyXeRl2L3in3X9auLTHvrEDvFh2+81vz729p0hX86M48KvPewRnYJvDZ8XyJffe2CwQPfnSaG3xXOxaYbMA7/v+vXUFXiPsHUc/4dd9JD4dfFdvp/hg5z9JilwaqBb/ZZY9cFNdvHtmHNDYrSO3hL+Z2C4if0/+/2JX1vYL3Yd+v0c3YfIEfmfJIVNAzBswjmx7Tbn34KX+ig6u9hTJ26RkbnBWVmn8GOMLYLNKXflTurXZ96GV/D0LjY85qzIrBD3XfA8dAHzI+RKzE7YX7C/8ftP3H2BfwvidwOfhTM59kt8Fn5dYP8MLoi/+8is4vMFPozw4xicv0DeNA67+PUn+bLku5xt4pPsX8G3KbHcw9YuXBC9M+zqwgvhzd/c+QX+/JYUmK1hm9jQwzfNhSVxueRM2XBccZU8Fpzug5/efe0Cz+TZPfwWGx4b++boPeeuyE3h7YD7J/BK7l7g03PwWAPnPnVP684U7ETOI2RrXRPe7xNrjV/H5JY819zZgJcPTN6L3GP4pbmecbZluKW1rMPZt1of4OqAuyLzEhwzZK+6UB+0zol9HyQFbj2wm1Kn58jJ/fOvkwIPkdUCGzkXJYVdfTjUoV5cgseUO3Xs2iEeZ9zXvnHL8HkchxrZJ045vGm6kP9SA99PAq/XOSt5+YYaVEaf+PAKmSsu9KQ5OP1ILJSLp/jRxv4d03MysJac/gGbZtTeEnduc3YG9nLnBvpbBoMaOGm/WDeydpARwbN1YtTFlgHxqlNTlNN1ZGbE7z76ROZLE7ua4eeZweSAPjbj+y5n8jjUK63rly7grr1NYvGUOpqSc6JzmBS4VOFJRK+4JJ5HYNcmbuJbAz8ll2+Cn/a5ATJqpn5P41Cjt5HRBcsUjJvYvwUeFfilebvAb7Wxik19cLhHn9E+3+VzzdS6nPsVsFTb6uw7pneJHyuc1Z6ZUkdbWuuxqwcvc9N7F8jR2pyBeZezC3qVyC2jX+cW7ftaO464L7g9QMYoDv15xG+qewlmB9jagTcXcGGIXI2p1inJiXJS2LYFnj0XvqfwVjmwZLZsgvGQz31yUGvgJlh+mRR+dowdE/xpg/WUOtMwPV55kVEXKtypYIvgLDNyqjWS+Iqt3yfFuWfU3b+wa8vk7CIOcqx/WhO0/mRge0k/0tlNZ7IeGK2CzQk2pvCxhl/fJoU87XXnxCDl2Ym7ziHR8YRnDe50wXBk9GkeNfBVe5jIfU49LRP7PTPbvkZOCd/bLvS+LucfmlwYmPOaA1qHetibkleRObPhQg985MJ8rPNEA33az3osreVlzpRM3deeWXahDqZgPeTsLA4c68OphnmH0H7X47f9d+aKMRjP4XKLVUe2zmlDfNI4d9z1+qwzkvZxfR9bmt5ahYNVM+Osgn3dBUznzGa78OsULLSPdJBbxqYVzrVNjZkyc07iwOUcf+fEoIlddTivPE3JBa2ZI+7qXKRz44oLvMrAoeJCv5+Ag86/yzjwRfk7Rc6YGqq1cmJm8l0XdJXoc0tT21XWJA75LftNU7v1HbNv5oTtd3Kiirw7Kte8Ny7ARe3KkbVCPCsGqzQOeJfgufI7hUPjOPBj24XY9FzwewQmddPDtZZuElPl+tX7q6897yVF/eugq8yskiEzMv3u6p3b1D/NQ50h7Lyt+ZLFIe/KcOiuqacDo1dnhB68zNE7NbHfNX15+j86juhVEyO7Cg/WwFVt1Dqh82kTvEbmXVb9bJv3+Z55H9I5TTk/i8McrhhOTJyVE1kcesSI3JnFQceqC/mqcvXu2NhRM5zW94Lc/OegvVltKBPrBTo+SopecED89uGLxn1u3lcrZs5sM8vU3fV32dz0robJ9ypxLZlYaG/ouHBfe9zEvAen5v+eyLy/aU7rfwBj03u0pqhN2qOUZ00X/u+aGM4uTZ/UfNQY6RobTHIz4+Xv6NMaU3XXn6cmViWTTy0z7+lSnZP4er0Yx+E9cmzyLY3/BYkFzas=</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="162" id="scan=163" defaultArrayLength="1346">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="67070.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05139804" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6337.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.92843963" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.43316308" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.916733" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6364">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2360">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNptmD1oW1cUgN+gtCoIKloNGkTRoMFQDab1YKgpfvepIKgHFzxoyCCohwwZPGTw4MGEEEwoJpQkhBBKCCaIUIoooTxSWh6hhDd0EKGE1wzF45taUTKYTL0n9zvck9DhcPXuPff8/10lSZ4myapLklceDrIkafq14eHYw6YLZzc8zD3ezEPpoe2/Ox6euPBdeFimyebtUZKc+t8fQucOtNY8JH5v4c/OPPT891MXcBfQlFX4VWly+EsWcPoedjyMPHyUhbvCtwhr8+kXSfJnwD28mQU6a8gsfH9z4c4MOXdY76OT8P/eBd5zaMvvBPnnHq57GIPf584YumvgizxbnL/v7z7Afr8i6zr2+zgLtvssC7YUELpyt/a/N/x61wWccx7noV8/yIIuE3i3Wb29xVavv3Nsd4sz4Sk2e86Z6Cyr6PSOp3cIvTYyd12QcYRecn8FW8mdNraVvav4JMcOosOu+NfD11m4+24W5RToYifh1XJBT5FdZLjngp7XPGx7+N3DAP+V+KeBrBITS/xUYdceZ8L3tl9/AkfgkN8i4xX88QQdc2Kx8t9fZkGvPn448OsJOgq9posx2oTflBwQ2XaJuRn6FdAuiYtN9i77dQitO+z97df3snDvKfSE719+PfKwT/4ccW8VGdewl+DKncfk2wZ7G9iihueY/bmJb7FNgn7C5ztkFT53ueOygHcV3TTe9uE34TzH3tvQmbjo7wvwUN+ukpsi9ym5sQ/vOXF9gi5io20Xc1982c0CvzViUfwyzoK8FbVM+PyDnjPyo0FOT5Ftk98vsGmC7DkxI7IMPI09aDyHV8PEmNARvffQ8ZQ6U3B2Edwyjb79FlusmPgsyKPLZr+mNpyaeBVe32CbR/hKzv+A/y10WidX5WzO2kOPCXhzcrjlYm0vTYz38PELckdz8gge8v0SvOvQWRA7r+sQdtbYablYvy9xtoXcQm/hYo7k2PdHqRFZuHdEnRD8H1ygMaX2bCBzaXTKqRN99kXfJ/C4xL0Suz4DdwHI3X9djIMm9h5SQ07Ubuin9fsiOaA194SaK7oMuNNHv8d8rxo5SuJQ+F4wemoMr8Oroq4WaewlCX5tGbyXpkZsAk3iVXl2wKnQ9RExWKexHpTEzz1yqyIv94mjh+xV6Kk8F9TwHrmqPew2e8JjiC9WkW1o5LtsZo9n4Lfh1SRfNa7F/g/A72GHJiA590kW+/8q8aR9bmRsPMZHOgt1wBuB+1UWfgu/+8i7RK6a/NK+kTALJCa+JsSgxkhNTs2wWcHeNvbT2jSExgh+K+hxRp8Rvc+RK1qL+sSoxtMAmZv0FaU5B3bZ62DXK0auC/yu6ac59PeRYwItrWc95pkpsk2ht8/McV7nLdMfV+GtPX6MnF1oFPh5B5veZX/AHHFs+nhNLdbcfK0TvtuDZhP8IbptU8t6gNbtGt5DYqGFXI0s8Njl/pR1C3vJnT30bBNbc2pbk9/H5KvOiZM4wx7+nIW9z7Ogo+jxaRZqitadmclPnfMKM6+oT86I721q5Y7Ox9SSBvQ1Vhbsa08YIH/F3Crnr7Cj5pvW1SX9+cBFuQps2TJzp8qh8VeYPqn+H5g8En1LZDig9t5Cxo7xfRvf1qamz5ApMXP5LI3vkgW9VG21RJ7KzAP6Ttkys3UTXSasY1Mj9R3TM7ZtmZm15js3OThnr0GfKcHruuinLTMrnSH3sYkz9cmhyacGcs3AV326LvYQjXvVeWB8W/Ct+TQy740GdtX6fsPFGOqZGloxw86QXd8qbfaGxGcLvgNgnsa5rAFu30UaBbm3hIba9iJyTeF/ZnRWO2v/0Tl/m/zTt536+Dx0dQa2ttbZtG36oNZ7nb1tH14Db4UzXbUmdUz/ytNon9rEa8fUL7W/yrHUWR+9tSeWJp/3XZxJSjNHnAFt6PahW6dx3uqZOadh5NR4VHlyYu2OkS1xsb/N0zj3d/GF0qrTOA/MeOPkxNbAzAg6cwzMm0HnA+H3gHzR2NCeo7bWuNfemriY/+pnzdHE2K8C5xp3dL7VeqWzg9YJzTlbo1XHJn5aN2/AmemNats6jXGiNh4ZO2t+6My0/pZ+hy7WQ601fXypPU7jRv/fWDF9QvNB3zRqA33ray4mLuaCzi+atx3kq9M4g1Ymn6f4ZuOtOVLtb2mpjewcqzO05mDOWWLydmzeVTNjV43FJvXrMT6UN/OGeSfZOqR1b83koPaymYkjXQvDr07fxE3QVd+W2hc05tReXXiWZi6pDa59y9RprCddE1tnxp/aY05NryzN78LkQGX0KA3e/H9wN4zN9d6pifs8ffPtqbOI3bezQectepWZ3bumbmhs9F3sj9rrl6b3hD73HzDo4ak=</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="163" id="scan=164" defaultArrayLength="1297">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="65474.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05024313" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6477.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="999.32611581" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02804976" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.922333" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6124">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2324">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="164" id="scan=165" defaultArrayLength="1308">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="64874.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05030274" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6895.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.51778681" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="97.85826878" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.927933" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6192">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2312">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="165" id="scan=166" defaultArrayLength="1282">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="64579.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04981670" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5997.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="993.74153378" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.83984388" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.93355" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6068">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2304">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="166" id="scan=167" defaultArrayLength="1328">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66024.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05053199" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5968.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="949.64288114" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.04090204" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.93915" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6292">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2320">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="167" id="scan=168" defaultArrayLength="1281">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66801.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05021532" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5418.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="937.47826335" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99207932" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.944767" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6072">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2296">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="168" id="scan=169" defaultArrayLength="1292">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="69881.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05156023" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6278.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.17059760" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.02577262" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.950367" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6120">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2312">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD2IG0cUxydBCSq2UIgKFSoOI4gLFYKoUHEQ7ewZrlCh4goXB7nCARdXuDDEhQtxHMEExxzGOIcxxhgTlsM4G2OCEoIR5ggiGKMiGGFCWEIKFSERaXJFisxofi/zfMUwq9037/3f9xsZU7XG5Kkxh27/OjNm6p7nbt1wvztuGbf+cGvg1mu3ijTQ1N3zpjU7X2wYM/Fn3O9voanZwGPH8au457tujdOwqvA4C91Lt144uqYNfBZutdxz4tb3NtCtW9M5PmdG/zi6L93atab/sZN7JlthWMko3blHbj/v1oYN38Zg9fy6bs1s4H8TmqV7XrMBk5c3RN8Eum27krXC23P7SRpwHiDTv38N7s/d/ht6e75et4ZbT5FTh85jejsL7wbIKXnv31WQP+C8P/PY7bfcuuDWD/jrkyzoW0Wm5/NWFvQSXh6r179jI57r3g5p4JugU0vZxfPbcuswC77pY5Nb0FxBnse5hm6e30X4XuX9FvQL5CchXlY0eRrttwSbj7dLNtjJ++kI2Y7v8MK5lV9Hf2XRN09swHIWPL+6/W/wX0V+DdoqOG/Dv4/e3ga7+LKLrV4SQ2vg2wD3HmcOoXuGP7xNn/NN/PgZ/PaRVVGxXfK8HnQLMWDDGa+HQf858dzlvJf5HJ29/Y5553E947kkrzyGkQ3nf3HrlQ3xmfBtHx4e81fYpK7Oic08vik2/R0bSjzm2GpJvWhRLxbYxmMesR9B/34W5Owi6ycbzh0EGaNvsii7ht1vct6/z+FT2GBHr3MXW70gRqWOvBPqxCqn+8REj2+b6LTN2Ql+3YOHxPKcHPU23SEm9sgHqYNe3uNQo1aYBN+U/JqT+0+wYQnfBCwS7xVWDd5exo9KR58ft8HV5n0f24zJQcmpD7Ow74FZYk98PidWHtrggyr6VbBJhXctVoO6M4BXCxzr2PShjfHicd/HTpM0rk3i41DFRRvsQ2gbDvd7WcjdHP771AVftzpZoK0TMyX52eX5hsqVGTVQal4FXa7z3dvnyMac2SNf1tGla2O/8nj/RLcx9ENlqya859T9PvgP8Nsd7FXHXquekwXZFeLGfzuBZ6LqmOTXLv2lxP4i2/v1Lvg93VMb69AWeT/B7yPw97B9SRxMVH+acu6isr3o2gOb9JUrxMY16p/oLHk3gb5IY1zPwWY4s6CeSB+Z45tjeOdpPF/hnaH2Sj8/Bus6fBLVqx/yfEKv9/s1avwRdmuje5fnu2o2OITWx/5lZf97yPyXs9JjH/F7mb7ZW8UHM/wgtUP66Bgag35V9KlBW4Nvk1i6j2087+v4ZqbivgPPnJXYWHMMtUTkGxv5V8HbRL74qcG+JOfElveQe4U+JD6UHKwRxw+YuTbozdreXWqszGJDan8fLN7/r8AzZC+I2cvE/UdZ8JFRM8Ydzm9yZkZvlvlnmsY50NvvZ/pNG93aajasKxtNwCS2E99Lrh7Y2Ic7+OkaseN0HH1Hn9vDB0108PI/zaK/W5xtE4dj/L3DmaGq2VPyKgGH9PlJGueK82perKjYG8Bf6lhJbxFdpG94+nezmC9jam4P2m3eD5lTErAtmRVmaYylB/DdoUadJ7dFZ5mFO6pHS2xVFaY6OrSJl7GN8Sf1Y6h64JJ8kdla+nFJD5ylcfa7xL5GD5BeMzkV4w1V8wtwFfDeQVaPGDqmdskdaIvnROWa3EEa0CYq7qSHFOToCTNKCY4qcbJtY89fpDHmN22cyTfAXMXOMn90yL8lWCrKLjOwztBP5s6e6sc17CS17yn2uYyfpT7pGikxbHiWebpj47wjMTBL49xQtbGPVmy0j8TyQOWnwaYDG+elCX44Cx/xncSXOVU3e5y/SJ+T33LfWQODzHA5/OV3HyzSLwfgllohOsqsLnkxVD1hBt5dNdNrnhN1v5M7cEEdkfqQq548VrOq3L332SW3Gip/DfFRqDwQm32QhZpRV/k/UX0/V3eU1qmcn2I/g8yC+rJQfknUXaWq7rUTpVOOLWVGXrcxR8SPXTU3yszRUr12rO5zEpd1vp+oeWmpcmBNzYDTNOZPR9Wrho1zqeAZpzE+WqpvV1SOyFwiukn/qcOnUPJOVF2bq/mpqe61MhcUaazZOedlXpFYaij/N1Wv0bkoNaZQ9pA70ELFZE3NLXN1b5FZdsZc4M9tZfFOZVTPL1XeLPBxqbDk6n+kscrlQs1hXVWv8zTOX+Lf6anZrVTz21TpJvEsvArlS0PNq9k3bTRNY84XCpdglftZruxcKL3kjqxzOzk174m954rnQv2WPiXz1fiU7yZK/vL/XvcfR6bTCQ==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="169" id="scan=170" defaultArrayLength="1271">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71952.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05054689" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6315.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="982.74596906" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.07618185" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.955983" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6012">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="170" id="scan=171" defaultArrayLength="1287">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77724.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09191432" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9538.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="980.72246961" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="103.56534358" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.961583" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6088">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2292">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD9oHFcQxrfYwBIuQQQ5ucBBrrjAFSquUCGCAre7l3CFChUqVKi4QoULFVc44MKFMCaEYIQwJphgXDiOWYxjFhPMkYBZhDFLCOEwLo4QwpHqcHWkCEdIkTd+v8mbqHi81e17M9/MfPNnFUVFGkW1W7K/zKLjIo+icRZFHbduZP73R24/citxa8+tCXcuu+fS7d8Momjq9puZ//0W95Zuxe65wV1Zcufd3D/3kXWPfeT2BVj+dFhe5h7HulubnIk48xqze565/Uv/rv30E4/DvT9+lQec95Cz69Y8jZYNd+7E/fZ+7u2RO7K23PNX2LQvO3YoTnc3uuieV9j+zK22W10wyXuxVWxe466cr8CRcD5iL8BeYJecEz0V977GPsH9Xu6xDXP/dwFmwTrIvA/7YP/InWm65223epm365JbLexYx6di4xhZDfRveH9Ub7uYxk7Oc/xzwN3nnCvBtUB/wbsl2LvolLuiVzgxhFcRSzg1yoO8O5nnkDyLj5s+XtEhv8/wj/Juit9E56nbf0N+B9unyOiBU55vZ//Z6P2JXSLvgXs+zjzff4W3TZ8HyYVPX+tt/zjwsRSf/gSnBb/ou+bWC3w7wac/oC8G5xpx2AHTOu8b4Nxnf5gFzrTwpdzfBFMJL+XvD/Hh38bOOb4bIf8Jsb5DDt9Ej9op98W/V+FLRC5U5E0bbJp/Pxs/nxB/sekv3i/wifx+3e15Hriwg9+PsWORhlwVXHfB8ACbX6H3OToratIe9otPfzE5sQP/xNY/Mm/TO7mX+b3P6+Pvcn/+kLg9IkYzuP5W7nOqgx9n5HcbmfK34D8Ab4JPReZ9MEkMvsxCvvbghsY1wRdL+H4XrH1iU+Mvrc8lftPaOcTGBOwFdesQfs/ReRUdbXBNsOcE/+vaQ67k6v0s1PHH3IvhvNRNuX9ELAp4fWRi3+WO6nvBvmFiv8Vv3SzUvQIONrB7BTcWvN8FR4yuCBvOyP+I+rwgRz/LvR+kZtTE7Sa2jeFJ29Tv9SzU6RfkWkXelchM4P0EP68RL5E9xOZ/+LtPLnexuwGnmuCsseky3Bhz/4y8WoGpg4/OOLMkZm/mnkPax5/yrHZEYFOux8bXLcObmn59AN+b1I0Ockrqmdb7CXzR3peAtQuHNkx8RfZt5IrOi8R2m3Oatw+xvUZHTU9ZwONb2KKYb+DjKTrk+XPebYG5Q2/cpY42zvWvFTx+ZHJuanpbC9xi33VkxsxGc3Kygofa/8V3I3DWYPuCmBXg1DkgMbNSD/maBwXP62Av09AD5+RSyd0G/BmCYx+bj5D/O++7JndE9hXidWjy7QT+901v1LlsRIyUKwv8sWVmt104qrFXP5wQw4rYtTkzxZYVusQvb+Shfx9xdokvGpxtUXun2DJH39jMdBdyn1tjZOg8WcBfyZcBfivSgOGUflfTv56Z3nPX1F+NaYfnJnI2zOw4B1NNjL/NQ+/6OPf6JT9O8+CPDzgzolYu09BLEmStGZ2LNMxNNTVU/T8wNW6NnGmZPlTDxzPsu21mxVka+sqKv5d+Pn9ts+aY9rgOvr/Ge50Da+ITUzuH8FCwn/L+kpl/Dsx3Qz8Lc57WwSNmqxgdEXe72KDn2udqjOZdbOYczaF100Pn8LDBGe3BA8OdeRrmuIR5ZQsMhZmZtVYfYMtl5D1Bd5d9ztk5+HVm0NrVwjdT5p9dMztEht8x8jRftT5GzEw6490AzyoNsdUao70qxp+x6UFa6yrTExLkanxn9MxN06f3wNVD1sDUxxgcG2aGmDNLNegZmldLU/tqath2FuaIDSNLv8F0duugs8I3Pe6p3/W7oiJ37bzUzkJfXHJmjM3aS+y3n/Ym7a8qu5kFf/azUOsn8GkEpi0T976pezNTc/ZNLS/TMIurjdeNvbHhvfaslun3PfMtqLU8gT8Xial+s9TU8MrMmAm1WvvTIbrqNPShknl+wjxWY9eQOqB1rAVfROYVzs3RvyI2j7Mwt+xkofaOTL+sTP/RfloZf2+beWBiONA19bFpYlRwpkj/X3cG7Do7av1YMz7V/FqaOqn/G1C/bnJO80K/8ZVPPfBo/Y/MPKdrmoa+pHEsTW/Tb9ap6Zlz0wt0HtHaqPLVXwszcymPVMd5DB0jQ218SL9rMmO34LXq11o4MdhKM7OO8a/2kw18NjM+s/Vb4zow33I2RyfIUZ2R4X9l/KD/o1mZe1eykOMt871QmDyvDLbCzGs6K2reqc4pOtpZyEW1a5KG8+W5elUaP01NrsTn4jMzOTAzvLZxrNN/AWmR0wE=</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="171" id="scan=172" defaultArrayLength="1279">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="80946.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09177368" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="11518.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.96010850" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="110.01428999" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.967217" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6044">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2316">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="172" id="scan=173" defaultArrayLength="1272">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="80673.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09250376" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="13315.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="992.43935815" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.97516112" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.972833" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6024">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2244">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="173" id="scan=174" defaultArrayLength="1227">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="82358.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09219348" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="14936.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.65834162" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.96097618" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.978433" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5820">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2232">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="174" id="scan=175" defaultArrayLength="1241">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="82432.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09219348" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="14029.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1005.04315724" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="107.95888969" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.98405" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5884">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2236">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="175" id="scan=176" defaultArrayLength="1294">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="83325.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09275929" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="13375.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="986.80202116" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="98.70769130" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.98965" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6124">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2320">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="176" id="scan=177" defaultArrayLength="1280">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="79778.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09177909" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="12610.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="961.61792324" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02864083" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="0.995267" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2260">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="177" id="scan=178" defaultArrayLength="1276">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="77416.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09257306" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="10167.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="996.52916094" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="95.62610818" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.00087" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6032">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2256">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="178" id="scan=179" defaultArrayLength="1268">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="75544.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09156006" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="9015.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.38418885" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.96614336" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.00647" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6008">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2292">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="179" id="scan=180" defaultArrayLength="1281">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="71150.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="216.09302937" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6883.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="989.64882101" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="109.96046003" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.01208" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6060">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2260">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="180" id="scan=181" defaultArrayLength="1249">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="68464.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05053447" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5612.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="998.31778869" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.46328697" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.01768" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5932">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2212">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="181" id="scan=182" defaultArrayLength="1237">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66365.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05194272" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5957.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="990.27941660" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="105.03546038" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.0233" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5864">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2212">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="182" id="scan=183" defaultArrayLength="1289">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="66617.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05100889" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6280.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.47915068" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.95242672" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.0289" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6100">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="183" id="scan=184" defaultArrayLength="1244">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="63636.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05114300" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5912.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="968.95594310" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.03004187" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.03452" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5884">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2232">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="184" id="scan=185" defaultArrayLength="1247">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="63262.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05032339" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5517.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1002.29230646" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="98.96354262" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.04012" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5896">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2204">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="185" id="scan=186" defaultArrayLength="1287">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="63928.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05104614" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5693.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="950.79651148" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="100.44016255" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.04573" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6088">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2280">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="186" id="scan=187" defaultArrayLength="1280">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="63317.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04971986" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6348.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1004.07854645" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.02417755" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.05133" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6048">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2248">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="187" id="scan=188" defaultArrayLength="1280">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="63259.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05052830" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6216.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.44010618" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="101.93954078" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.05695" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6060">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2264">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="188" id="scan=189" defaultArrayLength="1240">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="60725.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.04988136" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6099.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="973.64295295" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="95.51764979" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.06255" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5880">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2176">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="189" id="scan=190" defaultArrayLength="1265">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="61935.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05053705" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5689.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.39320174" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="111.52989228" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.06817" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5988">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2224">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="190" id="scan=191" defaultArrayLength="1277">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="61519.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05067116" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5516.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="983.84427654" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="108.52548055" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.07377" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="6052">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2268">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNpdmD1o5FYQx1UsYQkLUbEQF1tssYWLLVy42IALS9qACxcuXGyxBBdXXOHCxRYuXBhjTLgcxxGOIxhjknAcwhxBOVKIK4KKcFEpUgQRjiBSbbkcIShNyJvVb9D4ioe+3puP/8x/3jx5Xh543i+h5yWR5+2669I9J27su/vMjdLdF2703b0XNt9SNw7c/cpdq8DLvpp63p17PnJD5L1x12M3PnUyJ+46dKMQee5b7ca5u4+RO0fHwl2/i9by1u+eurGBPWu96F4i4zBsbHBrj1593tj0b9To/wI5F+77SzfeufEenWKD2PPQjY+jxoak8cN77t51sHfTjWvu5dsnbu4D/BP9gpWs7bqrHzZ+VsgSrL5H3zfI1HXqj8wdRs3za/CqkLdinXwTOzQuYvvY3f/JHNGvcmWIvlP37YkbPzFHcBkRO5GVItOPGl3i35gY7IWN3hw8Zu7+hCHfBvh6QixfuOsl72T+I+RnrF377/RMuZd41sT3L9ZMiKP4+LUbO2GTe33ySXwQ254S/w1sFht95F4Si4XJV5nXwx9ZOyMOionY8DJqnsXuq6h5X5Jboktichs2OAlGC/z7B/3qk+gTOVPmiT1n4N3Dpw7zTvA7C9o4r/MSO0X+LfP7YRu/ocnFu7DlwCHcGhGXBWt9cioxuq/B+hG6cuwQjjxz4yOHwe/Edo/vfeafYkuN3c/ASO5/QO8BnJH3ubt+CwY/G4wei79hy2PFRHS+g/NHYF4QKxkD/D+AM/LuS3T87cavURO7V+C2Txxq8v0qbGwq4N8KrsVweYy/O6zPwVlq1Vuej7BPc2EItmP4kYDLc/yeol+wHkSN3Ji6JO8fEIdN5B+QKzr2kJ2QaykyRedr3mdw6MbUGeVyQk3LqefH8CGljqzwN6Ee/kYcBJdXvEuJ2y25VxlbRf4Nce/hm8zZJhev4OPAxHIUtrVb8Nhi7YJa/SBsOeV8Pf+ROpXi5y52n+OLyL8iXyTec7guc3rk2cTgWJHTyomH+FPAp57B+y11KjZ1NqXuZNQH5fuam4aXS/JKsHhBTV7As23sm+HrPjlwzLo5+0kctLHS2hbz7GP3ij1lw/iknJ0Qhy1sLPGjBMcajDywj5G1wkfNkQrZHvj00aP17xB51+RMl/zNyb+Y/LPcGxguleybe/jlI3MGLjG1fYDsE/BOWVeSsyV236A7wd9e1OTLMfZvgnMPmyow7aB3hCzde8f43Dd7X5cc7ppc0Lq+wfspPvro3TX90y4YdbHl1MSnDlodO+H93NtBXk3+jKgTS3g3BpsucY+Rc8R9L2z3Tc3zi7DdYxSTTWwVTO7w8QQblX+Ttgdc61Z+L6ltczAp8OcAvTNsE9kXhn+x6S09eFEGrc4z5mrfkpAXuqfG5P4Cu96bnuqM+V1kaE16gx0VtWAAhgV1+4mRnYPBfwajU3TV2KI1UHGfg4vup9pb7MJR7YHqJofOb6JmrdRit7+dX0cNpp9FTRwmYVsHU7AsyT8PXIfEWPenxPBa+TJnzik2ZnDT43mv0b/G8w/s9JHfhUsDap6PL8rrCn81lxTf8QfflMcF645N75GSq0N0Vspl9ggf30bg0UGm5muNzCX9ochVPgzBLDN1aRa2vc224cOB6RnzoN0Pc/b6GE7G6NPe8szgnpk6rfyTuY/D9iwQs65Dn5JjR4GNNf3lytRn39TPMbUmIRcrw7kM7uhZZZe5fSN/BU7a13im/m4bvAvsSsy5Sc8lCfmt+/el6RE38Fn7BsWyAJcl/Y3msMofg21pckRzpg7aXjcz54Ehzypjgh/a/3fIi5ic130j5VuGHykc3sSujjl36T68DFoexcH93lDzyTP9j+5TFT4tzfk6B5cF/u+ErX3b5syj+4rHNTZ7Rom+hclrjVGFDVrLBuSAnpn07KY2XZieqQhaziTmXmuzjsLkvO6NM/Dxje8d+je1u2BPKdg7tA/TPjGDO3oe7OD3oenX9N+F1uZNg/sU/VqPErMv5cZHjYHitQru1/SR6dfVx31yo0vdUBldapPybBm0Z6oN5JQmJpk5x/eJ2xZzK3TXht+xsU9ri+pV3zTn6qD1XzGYm7N+aWKq/13UrtpgoHuE9p5ds3fkBn/f/EtKzH6ruGrfqf95tsw/kNz0vRlrY1NH1VadmyAvDe77rfuP1mE9R2ZB+/9paTiTB+0Zampyv2vOWqWxfdv0c33qm65JPrBN7z1Te2wdVPmZiWdm7Fka3iZmXvnBe80xD8xik8+Nzv8Bx5HXNg==</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="191" id="scan=192" defaultArrayLength="1228">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="61784.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05111823" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="6168.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="991.51505763" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="112.01902614" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.07938" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5820">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2184">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="192" id="scan=193" defaultArrayLength="1242">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="59904.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05049607" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="5588.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="988.34463214" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="104.55884565" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.08498" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="5892">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="2192">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="193" id="scan=194" defaultArrayLength="2267">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="142472.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05061901" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="4615.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.82797612" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="106.99212498" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.0906" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="10696">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="4200">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="194" id="scan=195" defaultArrayLength="2488">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="167102.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05114721" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3812.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1003.27000351" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="99.07965947" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.0962" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="11712">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="4684">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="195" id="scan=196" defaultArrayLength="2324">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="137565.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05042819" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3526.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.59436352" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="102.92723864" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.10182" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="10936">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="4252">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="196" id="scan=197" defaultArrayLength="2105">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="113086.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05044309" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3902.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="984.22834853" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="111.05822559" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.10743" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="9940">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>eNoNV3dYCNwb1R7ae2/tqakidY6on2zFZ8seRZKRCk17tRdRsskufV9mRrZoUEmJBiqhpX79cZ5z3vu+z3Pvff84770vtWu9tkt/9GqV+eS17nuDV5F8o9cixSYvD42vXge7mr2aLFq8gutavSQrvnkFi7Z7LVDt9Fpk1+m12b7L67fIb69y199eO2W6vQS1e70u/+jzOqXY7xX686+XouKA15G+QS/HzmGYKSuA4dKCeGsmCGkVIWgICCNDWRjPVUXQJicOsXZx1MlKYpTGcMiKS8GzWwphmtLo65SGmaYMTnfIIEdTFi1ScvgsIw+hLnm4SCsgTEARkqqK0JNTwjURZfjrK2PhL2VEdKtgjpYqAgTVcLFDDUsM1dH+Sx396ho43q+BE/KauPRXE8q9WjijpA05a21ECerA3VAH1T06UDfQxasUXfga6MF/tR5m7NMDBvRwRE8fZ4wMEXbXEMfUjVCdYITIfiPImI/A2r4RyN5njMkSJmjTNoH+oAl0dU1xv9kUhwZNcVPfDNsFzRGgZY4VA+YwNLRAyx8LGOtYoqHPEreVrSArZY0RzdZoGrDGNH0bFPy1gY2BLSQE7HBTyw66v+1gaDASbb0jYa1vj2G7HPBaxREKpo44+ccRJwKd4B3uhJxvTrATcIaxhjNWdTsjXdEFk8NdUNTkgh+DLpBTHIWpbaPwWN4VcRGuuP/LFd7Cbhhn5oYJCu4oOuiOk2KjoaM/GvaSYzDOcAz+uzMG0cIeeGDggSvxHhARHQt1ZU/kh3hC7IYnMto90aTvBbMuL2SYA5N+AG0KxK9U4l0ncXPxOFSHjsNhRW/k23jj/Hdv1OiNR4viBNQ5TIDFzwmI1vDBuxYf2Ej4olTbF/bZvhD54ouF4v/DopT/YWfV/zBdfSJObZuIQgE/BCn7wcDeD5fb/BCuOwllGydBoWsS1khOxnDnySjPnIxHglOwNXQKep5NQYbEVGj8nopmg2kI2jINvjLT8dh6Oj5GTEfZ3+mYazgDBZ9nwFl8Jjabz0T51JkI+z4Tmib+yI33xzGhAIzcGoCvrQH4qTYLhcGzINM0C3J9s6CiMRtLlsyGXedsrF72D26LzYGN/RyYdczBUvO5yPoxF1NGzINe7jwYtM/DQ+n52DpiPhra52OF4QIEOS3AJo2FmBuyEOkDC1FisAgWrovgs2cRHg0swlzlxagxWAz57sXYKRcIOb1AjLEPxKXuQITLL0G7zRK8G1iCC8ZL4e60FOuGLYOR0zLc2LUM/bLLUWu9HH6Zy/GueTlCl6/A2q4VsDRbCfu2ldASX4U1iavg8n0V0rRWI85+Ndb+WA0PiTWwNliDkIVrUNmxBlHOa6G3cS1Gda2FuX4QEjqDcNskGM7uwTDdEozEwWAsG70OtqvW4dvXdagTXQ8b8/XQaF4PbakQtJqEoNs9BCeXhmBOfwjqR22Ad+QGvD29AQvbh2AeCu2+ULyz3Qj5xI0Y1ArDwKgw8FsY2oZvwkztTSh23wS3+E3YK7kZbfGbMf7UZqR1bMZM9S3YY7sF8Su2QKJjC7bLb0WR0VYc2rkVxQ1b8UwjHEEO4XDNC4f3l3Cc/xuOSJNtOBu1DZad23BRKQKbjCLQ5hwBk60RwMkIhLRHoFgnEnucIzFtMBIlrlH4ILod6/W3w8BrO+JDtiNo13aYHduOpsLtqGzaDnRuh/jgdhQo7UC63g4Eu+1AZ8QOOO7dAf2rO6BetQOZujux58BOPLyxE9E/d+K+bDT2eUejMTIa/zsQDcPsaNy5EQ2fF9EY/BqNqs5o9KrGwMQgBk9dY7Biawx+HonB0WMxSC+JwciqGDzoi8EkiVhEqcRCZlUsVkfGwjMpFoFlsVDrjIX/31hoqsThvX4cUp3icMI/DqqhcaiIisOuw3Eoy45DwOs42PfE4bdYPCbqxSNoWjxKF8bj6rZ4WByJx8zseMR2xuOGWAJ69RMQNScBiesSIByRgOvJCcjPSMClogRodSegW3kXOhx3Id17F8o37EJwzC7kH9yFqsxdwLVdeCu4G9OUdyPLbzdiw3Zj5J7dsEzbDaPHu3H02xCG7cEslT0odd6DmIA92L1pD0Rjh5C5B9JX9mDc/T3Y/3MPxJT3wsFjL1ZP34sPEXshm7EXNd178VppH0QM9yHHYR9ix+6Dfdg+FCTtg/zxfXAr2Afpvn1wVdyPTOP9ODZlP56u24/G7fuxNGc/9t3bj6hX+7H2137sVj6AVIMDcIkf4pQDUC48gJF/DuCowEEslD+IdYYHUeF+EG2+BzGw6SDeJx2E4n8H8a7rIFSkDuGt5iFouB1CYsghzD50CD3ph+BfeAhVFYcQ3nUI/8gexl7tw3jucRjZmw5DMPUwnl46jMV/DuO0yhHI8AjM5h+B09Yj2JZyBGMeHMH970fQIpwId/VEzB2RiKwNiTiblYgbXYmQVkjCa+0kNFomwfefJIRuSoJmahJWdCUhTCQZC9SS4eaYDM//JWNdWDJWH0lGXmkyHAeT0aSQgv1OKfAMTUFFUgq+3kuB6rsUSHakoFIkFXtUU3HCNBXCbqmw3DQUx6bi2qlUzHmZCnfZNCjopOH+xjQYJ6eh42QaPCvSMHtYOgLl07HeMB3V9umQCU6HflQ6jNLT8fx2Opa+S4ecZAYC1TLwYkoGDoRlwPBQBt7nZEChLAPPOzNQLJGJKvVMrPLNxLNZmXBekQm1TZmYkJMJ//uZiKnOxOreTJiLZeGMRhYWG2Zh9cws+G3Iws2dWehIyYLViSyM7syCo3I2Fk/JxtMN2fDYmY2lKdlY9yobv9uzYapyFL44iq0bj+JixFF07zmKNalHUfvvUYzrPYpLysfga3gMh5Yeg0boMYQfOYaaY8eQ3H8Ma+VyMHNLDpLSciBTloOWyhz86stBhfxxeGkdh4r7cTRvOg73xOPwLjoO5b7jiFA7gV9bTyBz7wl8zT4Bpx8nUCGZC0+9XPyZlovji3MRuSkXO5NyMftlLm59zUVqVy7y1fNgbJ4HO/c8WM3IQ8LOPKzMyMN61ZOoCjuJnNiTCE09iYKyk0hsP4k9Evnw18lHl10+utfn42d0PoRT8lF/IR/Fd/PhJ3AKriqn8FfvFH5vPIWpGacw6+IpJLaeQrH4afxQPQ0xk9PocDiNtStOY8zu03iXehqzr51G0OBpLJM9g3u6Z6BvcwZlG86gPPkMmnPOwPnBGUz+eAbxgmfRoH4W0i5nsXT2WYiGn0VU6lk8yj+L2rtnodF1Ft2DZ1FvdA4OsefgmnkOMb/OQUrpPAx0z0Np8nnIrz+PxPTzeFdwHmv6zmOuxgWMWXABJdsvQDTtAmRvX8DU/gtD75WL+K13EXtnXsSEHRdxOvMinv+5iBzJS7ijfgki6y5hYuYljJUqQJ5OAYxsCuCBAtRPL8D8zQUQPFGArY8L0CpyGcrql3HO6DIiky+j5NplOH67jP7uy5gifgWjNa7ANuQKpOOuwDL1CkaoXYWJ9VXoh15FwParuL3vKrSzr6L38lWsar0KCl3DoOY1BK+9hlPx17Am6xoKPl5DlfB1PNe6DpVF1+Eaeh0+B6/j7fGh+OV15HZexybNG8jefAM56TdgcOYGZO/cwDyRm1iueROPrW5io/NNrPO7idKQm5BKvAnZCzeRWXkTbztvYoZFIZ57F2L++kIMZBfCtqcQ97SKcMS8CKEeRRiYXISFIUVIji3CjJwilL4pwo/OItRI3MJyrVsYPvcWwjbcgkP8LZhk3YLxg1tQ+HYLVuLF6FYthppxMf7xKcaK4GL0HytGfXkxYn8Ww1zzX+Qf/xdT7/4Lxbf/Ylr3v0P9+Q+3Q/6DQ+Z/MFIsgYllCYJCSlCeUgKfMyVQ+lmCqVa3YTvxNuZvuQ23M7cR3H4bX43vIGbpHRiH3YFo1h0on7mD96V38KLvDj4p38Usw7vQ9bmLz0F30RxxF0bJd5FWcxc3eu5iqcQ9FBncg7nPPUyKvIfQxHvQzR/Cl3tIG3YfnWr3UTT1PpZvug+nuPvwPnEfZY33odt1H7vUH2Cs+QNMGf8A84MfYNbRB1h+8QFMHjzAQO0DFCmWwkOnFGPtSvF9Xil2by6F/6lSCLwoxZfWUvxP/CHmWDxE2rqHaD35EM6PH6Kq8iFU2h/ivNUjaEU/QlvqIyieeQSXikd40vIItkKPYaH9GLVWj/HU6zFsVz7GrJTHiM97DH+xJ5BUe4Ja4ydQHfMEAdOeYFzyE5Q2P0HXsDKs1yzDhKllWLGpDJmxZTBOGtJ5ZXhXXIb6p2VY9qUM5QNlGJR8ipG6T3Fs7lNUhD5F/YmnyH/wFA8an2Kl8jO8WP8M5eefwfzZMzzufobbEs8xUus5jlo/x+w1z+Gc9xzfnz/Hz0/PoSfyAsqqL+A74gUS7F5gS8gLXNr9AquOvkBU1wuYmrxE6eSX+Bj0EuLRLzEi6SU+n30Jt/aXuC3wCh56r2AfPsSJr3Dj9CuUCb/GS6PXCBj7GhkbXiMh7jV8Tr9G2LPXmCbzBsFmb1A48w1yV75B5LY3GH3yDT69f4Ow3jdYplaODKtyxC4tx8iN5eiMLcfaM+X4+6gcC9vK8bG/HHKmb5EV9BbaW9/i6p63KD/1FrcfvsXM12/R0f8Wc8zfYZ7fOyiEvUNdwjsMXnwHyxfvhjx3SGtXwMKuArHrK/A8oWLoLhWwvFyB8yqV6LSoxEZWYuX6SmzYVYnNGZUYc64SsT2VSJOtgpR2FcLMqzB+UhVurqxC6voqqMZUQTK7Cl/OVyH8dhVam6vQJl2NBdbVaF9fjcbkajzJq8b50uqhf081TrdUQ22gGteM36Ns23v4pL1H77n3aH30HgNKH2Dv+AGGfh+QuOYD9E9/wNXyD+ht/YAu+Ro0mtbA2a8GH8JqcOVUDcqe1SCivgYt3TXwV6xFr0ktdKfV4sOyWvjtrMXJU7XY9rIWR3/WokS+Dles6vDfP3UYtb4Oq9PrcOt8HU7/V4exr+sQoPARpZYfURf0EaHRH/Hw8kfEPfuIhp6PmCxbj/vG9XD1rceOwHrcCKnHzH31+HOmHncEP+Gw2SfscvuEbes+QT31E+LPfcKCtk/wVW5Ai1UDgqY3oGBdA+TPNuDm4wbYVjfAQr0Rm80a0bS+EUEJjXh7thHSJY14/7YREU2NOCL1GQ5Gn/F2zWf45H/GJN0mxK1vwrG0JqTcaMLmp0148bUJwWpf4GrxBdsivuB02hf0XvqClp4vMJL+ihfWX9G08Sum7/6K+1lfse3cV2xv+IrHys1ws2/GsaXNuL65GT/2Nw/lmiFf34yo7ma8kG/BNfsW7I1sgcbhFlReaIFfQwt8OlqQZ96Ku5GtWJHRCv0LrfBpbMWFzlaIKLYhx7gN6Ult+JHfhtmf2+Br/Q0bDn3D5Pxv8L79DTo/vqHU7juOzvqOL1u/o2/Xd0w++R3zi74j9/N3qIv8gJbTDxxY8QNLrgyh8gfMm3/gh1Q76rzb4bq1HduOtmPK1XYkvWxHmGAH5mh2QGZkB5as7sCViA4YnuuAZVMHPIU7kWTdCaXDnfh0rhMhLzoh29iJTLmfCLP7iegJP7Ez9ScMzv9ETftPFA7+RJVcF/wMupBl1wWByC60nOrCoU9d+CLxCyUWv7Db9Re8pv7C8kW/cDDoF1bG/UJs6i9knP2Ff979QuifX9hq+BtHR/7GkojfqEv5Df1Lv2Fc9Rv5nb+hN+oPRk/4g6ZFf+B/5A+OF/6BuVk3Qpy68WhON+I2dSO4oBtJ37txX7UHHeY9kJjYg/Q1PfgvuQdrLvUg5GEPxAd6ECbXi1TbXpyJ7EXF8V7MK+jFkue9eNHfi43afUh16ENbYB/iDvYh9L8++Ff1YXx/Hw4o9aPFsh8vpvYjdW0/fCL7MTKlH9aX+3HuVz86JP5ijf5fBKz7i7zMv7C78RedwwbwQ2kAttYDiB0zgMoDA/A9OYBthQM40D6AcLdBaM8exJyVg7iYOogbZwfxd9gwTlUcRv+Rw4iJw/hx1jC+XD+MXZuH8U/cMDofHEbRtGHMuTyMla+H8ZyyAHOdBFg7QYCBAQJctVyAP0MFaLNfgDNTBJh2RYDetwT46pEA974XYFW7ABd1D+WEBFkpI8hSHUGaugvy7ThB+k4T5Nx5gny5U5BjUwR57qQgGwsFaftWkJdrBXn1ryAniwtRT0GIMjpCDPQXommoEJ9sE+LFHUK0SBNibpkQBSqEuLZZiJ9+C1F4UIhNksLsUBKmgrMwV0wUpvZMYe5ZK8wLUcKM3CtMqbQhXSjMG++E+aRfmL5qIqzXF+EHGxHmTRRh6SwR6i4SodwREU6/KEL1YhF6lomw6Z0I2z6JkD+H6kVFGac0BBNR+jmLcu1YUdZPEqXzAlFu2CHKy6miVD8uym+FotxRIcqxv0V5XECMhfJi3KgpxsemYix2EWP5FDH2zxbjrnAx5uwX4/xMMWY+EuOZN2Jc916Miz+L8cp3Mb4UEucFZXHmjRHngwni3DNLnHd2i7MtVZzHn4gzo1acNp/FKScuwdeqEryhLcF1xhKMdZBgtqsE5SZIsHGhBEU3SdBhhwSv7ZOgWrIED+ZLUP6JBKtfSfDWRwm+75TgNylJOulJMnGcJKumSXL5Akl+DpfktxhJth6WZEemJOe/lmRWvSQfSw9nps5wZtsOZ4/bcBpPGU7OHc7UNcNZEj+cpzOG88X54Vzwfjj7vw/nb2Ep+ilLce8EKSbMluLdQCk2Bkmx/pAUI/KkaHtViiHFUnSqkmJhoxSNNKQZZiRNE0dplo+RZqj3UDxDmpaLpSm3Xpo7dklTKEmaODaUvy7Nhfelea5Smv/+keYjDRlaG8owzEWG56fLsGOTDGN3yDAwQ4aWhTKsuSPD+tcytKmVYVSnDEVFZBmuI0tPC1kGOcvy4QRZLpsly1PRsizaK0ubx7Ksa5DlpU5ZakvKcaW6HIuM5FjjJccPAXLUXzq0FiPHvn1y3Jgux8s5ciy+IscFj+WoVCXHrfVyPNAnx3YteR6xlqfveHmm+MvzyxZ5lsbIc3SSPHdkyzP8mjy3PJbn1Wp5dvTJM0xJgSO0FFg9UoHrJijw+iwFNgcqcHGYAmujFViQqMCxWQo8mafALc8V+OWdAo0aFKgqoUgrTUXeNlGkubMi71ORTwIUuWCpIutiFKlyUJGqGYpDfVdk/V1FznutSJsqRa5qUuQHNSWWmCpxjKMSg8cp0c5fia6BQxysxPyoIT6gRJU0JdbfUuK9p0q0qlTi9jYlThRR5jp9ZXbYKXPSGGXKzFSmdrgy42OVOfeAMiekKjM8R5mvbyhT+KkyByuVad+jzHJJFcbpqtDLSYWnPVR4JkCFk1eqsHWHCmdlqvD4NRV2vFHh1wYVioio8qiKKjc4qXI8VbnpH1UqLVZlSaQq56WpUvy6Kt/cV2VKpSpXtakyrUeV7mJqHK+uxkxDNR61VWPxWDW6+arxUoAac5apMSJMjdsPq/FvxlBNrhrfXFdj3Ws11tepsURLnb7G6rw7Vp0lU9QpP1+dHbHqPL9PnaOy1Hn1nDo1r6nT44k6/60cqvmszuc/1Fnfq86vQho8oanBLjMNJozRoPb/NIZ8U4MjgjQoGKFBxyQNrjqnwSV3NRjzQYMLvmrwo6omFfU1eWSUJq9Qk18CNCmyTJOvojXZlahJhyua/HlXk6uqNOkvosVnjlrMnKjFyzO1aLhBi6sPaPF1qhYTcrSIS1rUeKE15A9aXCygzQo5bQ7qabPdW5t687XZsUabUZHalD+izXMXtSlZqk3XCm0qftSm1rehnLgOl2jq8H/2OkNeqsOAeTo0D9bholQdppzSodMVHcZW6tCuSYe/B3TorKLL8ZN0uXaWLlsW6VIxRZfKJ3WZeEeXs1/qMrlal1uadGnVo8siMT0uVddjsaEeb9vp0d5Njzsn6/HwfD2Ojteja/YQnujxW4serRT1eX6kPtXG67MhQJ/VC/XZH6XPqlx9GpzT54YP+tzSrk8xDQOmmRiwcq4BU1YYUDPdgEtOGrD/iQGjqw2Y88WAiwYNOFnGkNfUDPnX0JDH7Qwp6GvIHbMNuWuhId+HGXLvMUM6XzBkQJUh9RsN+eOPIb2HG7FG2Yj/6hvRw9+IAwuN+G2tEeujjRiYbcQt140Y/cCI4dVGdB0w4j6VEVTHCNZOHsFdi4f0xhEMvjWC92pGcLS8MU84GHPCFGMmzDPmtjhjrsk05oNTxgz515j+r4yHPNCYtS3G1BE0YYy6CQtnm9A32YQPHpnQo8KE+GRCFTlTVuua0tDclMmzTflvtClXHjalSp4p1QpNGfzAlDLvTKn7yZSS2mbcP9OMEYFmdAk3Y2+CGYOyzdjzwWxoHzMad5tRVNecZl7m9Pcz56MF5kyLMmd7jjnnXzTn7P/MGV9vzjYhC56Vs6CLgQXnWFuwZbQFI+dYcONyC8qGW/D3PgvuqrXgEQNL9sKSUkssaRtpyc3xlozKs+TqAktOv2vJxnpLfjKw4hMfK+rMsKLpfCsePWDF1TlWVCq24pynVsyus+LYHisGa1vzva01t9Oayv7WzFlizeQYa9rvs+arJGsmnrBmx3lrhn22ZqqyDbcZ2zDR3obfYMNzc224dpUNJQps6PPJhhu7bDhDxJaH1W350diWq31ted7flssW23L6cVvevGzLH+9tOfurLV117Hjd0o7uTnZ8GmjHSyF2tMu1o2ahHS+U2dGxwo7JtXaUGLTjB6WRvOY+ktHzRnLL9pHMOTmSYw3sqWlnT+l/7Pl6qT21N9vT6KA9T9bZU0rVgYv1HLjB1YHG3g5csNiB1hsceCZvCI8dqNHowIxfDnyu48gz5o4sGOVI8ZmOXLjMkTL7HVmb60i/C468eM+R6ZWO/PjXkTlGTvSc4cRnS5z45qQTn19yYudtJ/ZXOHH3Jyfu7XWi1whnrp/mzPpA56G55kzbFGc+u+tM62pnHvruzF9iLhTTdGHBfBdeDHfhjlwXTqpxoVy3C62MRtHDZhSHrRnFv0dGsThvFLc2jGKdkCvvybkSK1wZnuvKGTddWVDryqIfrswzcONGdzc2+7tRdKMbdUrcuL7cjQmf3eir4s4HW9xpk+XOvAL3obO6c+8Hd7b+dWem0WhOXTCascGjOWLHaJ7LHs3Tl0YzqWQ0f9eN5l7JMcw2HsNylzG8mTGGa/PHULpsDEXax7BhcAx7FTz4192D6gs9OGW/B8VrPJjW6sG8mLG8cmIsp5eM5d0nY5n6eSztNDz5ZpwnPy/y5Jx0T3ae9eT8Qk8uf+/JdU2edLLw4ugZXhRc6sXKGC/yqBdbGrx4ot2LcSLgDCPwujM4JxCMOw66PwWvVoAXvoOZ4qS9CdnvRppOIh8FkmknyMOXySDzcTw8ZxwVc8dx4oVxQz49jq/axvGajTcfrfCmUoM3xTq8+aDPm4E64xk1fjzDFo/nt7PjafBhPAu+jqdT/3i6rJ5A11MT6NY2YWje+3C7ow9rfX0YGuPDnoM+fHzHh5vrfOjZ4sM1dr6spC/nlfpy+mdf+n/35VypiewwnchnNhPZzolctGUiDa9O5OSyiRRZ6Me+1X68GuvH/Jt+dHvqR4+5k/jq2yQutZtMva+TucV6Ch8uncI9kVN48dyUobk+hcOap3Dayqm8GDV1qB9Th94WU3l84TR2p0+jRt40lj2ZRvv6aUzymk7FGdPpmD2DC17N4NNvMzg4byZrVs+k0rOZ/PDKn69a/KkzPIDD5wVQryKAPSNnU+jIbOo9ms2I0f9Qoe4fouMfTpKZw2CPOcz9Pof3F8/lpD1zaVE8l9US8+gZPJ/HE+dz/veFHGu3iK2BixkVFkinZ0uY0r+ULjuXcdbvZRyrspwbSpbzr/oKTtu2gvE1K2lwfg3XCK1l1KkgDq4LpvdgMPv8QjhKeQMnZm+gW0gov4lvZJZMGP8PiAvJ/g==</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3748">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+<spectrum index="197" id="scan=198" defaultArrayLength="1996">
+<cvParam cvRef="MS" accession="MS:1000130" name="positive scan"/>
+<cvParam cvRef="MS" accession="MS:1000579" name="MS1 spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000127" name="centroid spectrum"/>
+<cvParam cvRef="MS" accession="MS:1000285" name="total ion current" value="97257.00000000"/>
+<cvParam cvRef="MS" accession="MS:1000504" name="base peak m/z" value="144.05067780" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000505" name="base peak intensity" value="3587.00000000" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000511" name="ms level" value="1"/>
+<cvParam cvRef="MS" accession="MS:1000527" name="highest observed m/z" value="1000.85126967" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000528" name="lowest observed m/z" value="111.04365857" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<scanList count="1">
+<cvParam cvRef="MS" accession="MS:1000795" name="no combination"/>
+<scan instrumentConfigurationRef="instrument">
+<cvParam cvRef="MS" accession="MS:1000016" name="scan start time" value="1.11303" unitCvRef="UO" unitAccession="UO:0000031" unitName="minute"/>
+</scan>
+</scanList>
+<binaryDataArrayList count="2">
+<binaryDataArray encodedLength="9436">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000514" name="m/z array" value="" unitCvRef="MS" unitAccession="MS:1000040" unitName="m/z"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+<binaryDataArray encodedLength="3452">
+<cvParam cvRef="MS" accession="MS:1000574" name="zlib compression"/>
+<cvParam cvRef="MS" accession="MS:1000515" name="intensity array" value="" unitCvRef="MS" unitAccession="MS:1000131" unitName="number of counts"/>
+<cvParam cvRef="MS" accession="MS:1000521" name="32-bit float"/>
+<binary>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</binary>
+</binaryDataArray>
+</binaryDataArrayList>
+</spectrum>
+</spectrumList>
+</run>
+</mzML>
diff -r 91311aa08cdc -r 15646e937936 tool_dependencies.xml
--- a/tool_dependencies.xml	Mon Jan 30 08:52:59 2017 -0500
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,9 +0,0 @@
-<?xml version="1.0"?>
-<tool_dependency>
-    <package name="R" version="3.1.2">
-        <repository changeset_revision="4d2fd1413b56" name="package_r_3_1_2" owner="iuc" toolshed="https://toolshed.g2.bx.psu.edu" />
-    </package>
-    <package name="bioconductor-xcms" version="1.46.0">
-        <repository changeset_revision="779207ed5674" name="package_bioconductor_xcms_1_46_0" owner="lecorguille" toolshed="https://toolshed.g2.bx.psu.edu" />
-    </package>
-</tool_dependency>
diff -r 91311aa08cdc -r 15646e937936 xcms.r
--- a/xcms.r	Mon Jan 30 08:52:59 2017 -0500
+++ b/xcms.r	Fri Apr 07 07:35:01 2017 -0400
@@ -15,8 +15,8 @@
 #pkgs=c("xcms","batch")
 pkgs=c("parallel","BiocGenerics", "Biobase", "Rcpp", "mzR", "xcms","snow","batch")
 for(pkg in pkgs) {
-  suppressPackageStartupMessages( stopifnot( library(pkg, quietly=TRUE, logical.return=TRUE, character.only=TRUE)))
-  cat(pkg,"\t",as.character(packageVersion(pkg)),"\n",sep="")
+    suppressPackageStartupMessages( stopifnot( library(pkg, quietly=TRUE, logical.return=TRUE, character.only=TRUE)))
+    cat(pkg,"\t",as.character(packageVersion(pkg)),"\n",sep="")
 }
 source_local <- function(fname){ argv <- commandArgs(trailingOnly = FALSE); base_dir <- dirname(substring(argv[grep("--file=", argv)], 8)); source(paste(base_dir, fname, sep="/")) }
 cat("\n\n");
@@ -38,7 +38,7 @@
 
 #image is an .RData file necessary to use xset variable given by previous tools
 if (!is.null(listArguments[["image"]])){
-  load(listArguments[["image"]]); listArguments[["image"]]=NULL
+    load(listArguments[["image"]]); listArguments[["image"]]=NULL
 }
 
 #Import the different functions
@@ -61,110 +61,67 @@
 
 xsetRdataOutput = paste(thefunction,"RData",sep=".")
 if (!is.null(listArguments[["xsetRdataOutput"]])){
-  xsetRdataOutput = listArguments[["xsetRdataOutput"]]; listArguments[["xsetRdataOutput"]]=NULL
+    xsetRdataOutput = listArguments[["xsetRdataOutput"]]; listArguments[["xsetRdataOutput"]]=NULL
 }
 
 #saving the specific parameters
 rplotspdf = "Rplots.pdf"
 if (!is.null(listArguments[["rplotspdf"]])){
-  rplotspdf = listArguments[["rplotspdf"]]; listArguments[["rplotspdf"]]=NULL
+    rplotspdf = listArguments[["rplotspdf"]]; listArguments[["rplotspdf"]]=NULL
 }
 sampleMetadataOutput = "sampleMetadata.tsv"
 if (!is.null(listArguments[["sampleMetadataOutput"]])){
-  sampleMetadataOutput = listArguments[["sampleMetadataOutput"]]; listArguments[["sampleMetadataOutput"]]=NULL
+    sampleMetadataOutput = listArguments[["sampleMetadataOutput"]]; listArguments[["sampleMetadataOutput"]]=NULL
 }
 variableMetadataOutput = "variableMetadata.tsv"
 if (!is.null(listArguments[["variableMetadataOutput"]])){
-  variableMetadataOutput = listArguments[["variableMetadataOutput"]]; listArguments[["variableMetadataOutput"]]=NULL
+    variableMetadataOutput = listArguments[["variableMetadataOutput"]]; listArguments[["variableMetadataOutput"]]=NULL
 }
 dataMatrixOutput = "dataMatrix.tsv"
 if (!is.null(listArguments[["dataMatrixOutput"]])){
-  dataMatrixOutput = listArguments[["dataMatrixOutput"]]; listArguments[["dataMatrixOutput"]]=NULL
+    dataMatrixOutput = listArguments[["dataMatrixOutput"]]; listArguments[["dataMatrixOutput"]]=NULL
 }
 if (!is.null(listArguments[["convertRTMinute"]])){
-  convertRTMinute = listArguments[["convertRTMinute"]]; listArguments[["convertRTMinute"]]=NULL
+    convertRTMinute = listArguments[["convertRTMinute"]]; listArguments[["convertRTMinute"]]=NULL
 }
 if (!is.null(listArguments[["numDigitsMZ"]])){
-  numDigitsMZ = listArguments[["numDigitsMZ"]]; listArguments[["numDigitsMZ"]]=NULL
+    numDigitsMZ = listArguments[["numDigitsMZ"]]; listArguments[["numDigitsMZ"]]=NULL
 }
 if (!is.null(listArguments[["numDigitsRT"]])){
   numDigitsRT = listArguments[["numDigitsRT"]]; listArguments[["numDigitsRT"]]=NULL
 }
 if (!is.null(listArguments[["intval"]])){
-  intval = listArguments[["intval"]]; listArguments[["intval"]]=NULL
+    intval = listArguments[["intval"]]; listArguments[["intval"]]=NULL
 }
 
 if (thefunction %in% c("xcmsSet","retcor")) {
-  ticspdf = listArguments[["ticspdf"]]; listArguments[["ticspdf"]]=NULL
-  bicspdf = listArguments[["bicspdf"]]; listArguments[["bicspdf"]]=NULL
-}
-
-#necessary to unzip .zip file uploaded to Galaxy
-#thanks to .zip file it's possible to upload many file as the same time conserving the tree hierarchy of directories
-
-
-if (!is.null(listArguments[["zipfile"]])){
-  zipfile= listArguments[["zipfile"]]; listArguments[["zipfile"]]=NULL
-}
-
-if (!is.null(listArguments[["library"]])){
-  directory=listArguments[["library"]]; listArguments[["library"]]=NULL
-  if(!file.exists(directory)){
-    error_message=paste("Cannot access the directory:",directory,". Please verify if the directory exists or not.")
-    print(error_message)
-    stop(error_message)
-  }
+    ticspdf = listArguments[["ticspdf"]]; listArguments[["ticspdf"]]=NULL
+    bicspdf = listArguments[["bicspdf"]]; listArguments[["bicspdf"]]=NULL
 }
 
-# We unzip automatically the chromatograms from the zip files.
+
 if (thefunction %in% c("xcmsSet","retcor","fillPeaks"))  {
-  if(exists("zipfile") && (zipfile!="")) {
-    if(!file.exists(zipfile)){
-      error_message=paste("Cannot access the Zip file:",zipfile,". Please, contact your administrator ... if you have one!")
-      print(error_message)
-      stop(error_message)
-    }
-
-    #list all file in the zip file
-    #zip_files=unzip(zipfile,list=T)[,"Name"]
-
-
-    #unzip
-    suppressWarnings(unzip(zipfile, unzip="unzip"))
-
-    #get the directory name
-    filesInZip=unzip(zipfile, list=T);
-    directories=unique(unlist(lapply(strsplit(filesInZip$Name,"/"), function(x) x[1])));
-    directories=directories[!(directories %in% c("__MACOSX")) & file.info(directories)$isdir]
-    directory = "."
-    if (length(directories) == 1) directory = directories
-
-    cat("files_root_directory\t",directory,"\n")
-
-    #
+    if (!exists("singlefile")) singlefile=NULL
+    if (!exists("zipfile")) zipfile=NULL
+    rawFilePath = getRawfilePathFromArguments(singlefile, zipfile, listArguments)
+    zipfile = rawFilePath$zipfile
+    singlefile = rawFilePath$singlefile
+    listArguments = rawFilePath$listArguments
+    directory = retrieveRawfileInTheWorkingDirectory(singlefile, zipfile)
     md5sumList=list("origin"=getMd5sum(directory))
-
-    # Check and fix if there are non ASCII characters. If so, they will be removed from the *mzXML mzML files.
-    # Remove because can create issue with some clean files
-    #@TODO: fix me
-    #if (deleteXmlBadCharacters(directory)) {
-    #  md5sumList=list("removalBadCharacters"=getMd5sum(directory))
-    #}
-
-  }
 }
 
 #addition of the directory to the list of arguments in the first position
 if (thefunction == "xcmsSet") {
-  checkXmlStructure(directory)
-  checkFilesCompatibilityWithXcms(directory)
-  listArguments=append(directory, listArguments)
+    checkXmlStructure(directory)
+    checkFilesCompatibilityWithXcms(directory)
+    listArguments=append(directory, listArguments)
 }
 
 
 #addition of xset object to the list of arguments in the first position
 if (exists("xset")){
-  listArguments=append(list(xset), listArguments)
+    listArguments=append(list(xset), listArguments)
 }
 
 cat("\n\n")
@@ -172,8 +129,6 @@
 
 
 
-
-
 # ----- MAIN PROCESSING INFO -----
 cat("\tMAIN PROCESSING INFO\n")
 
@@ -181,12 +136,12 @@
 #Verification of a group step before doing the fillpeaks job.
 
 if (thefunction == "fillPeaks") {
-  res=try(is.null(groupnames(xset)))
-  if (class(res) == "try-error"){
-    error<-geterrmessage()
-    write(error, stderr())
-    stop("You must always do a group step after a retcor. Otherwise it won't work for the fillpeaks step")
-  }
+    res=try(is.null(groupnames(xset)))
+    if (class(res) == "try-error"){
+        error<-geterrmessage()
+        write(error, stderr())
+        stop("You must always do a group step after a retcor. Otherwise it won't work for the fillpeaks step")
+    }
 
 }
 
@@ -194,7 +149,7 @@
 #dev.new(file="Rplots.pdf", width=16, height=12)
 pdf(file=rplotspdf, width=16, height=12)
 if (thefunction == "group") {
-  par(mfrow=c(2,2))
+    par(mfrow=c(2,2))
 }
 #else if (thefunction == "retcor") {
 #try to change the legend display
@@ -208,6 +163,11 @@
 cat("\t\tCOMPUTE\n")
 xset = do.call(thefunction, listArguments)
 
+# check if there are no peaks
+if (nrow(peaks(xset)) == 0) {
+    stop("No peaks were detected. You should review your settings")
+}
+
 
 cat("\n\n")
 
@@ -215,40 +175,38 @@
 
 if (thefunction  == "xcmsSet") {
 
-  #transform the files absolute pathways into relative pathways
-  xset@filepaths<-sub(paste(getwd(),"/",sep="") ,"", xset@filepaths)
+    #transform the files absolute pathways into relative pathways
+    xset@filepaths<-sub(paste(getwd(),"/",sep="") ,"", xset@filepaths)
+    if(exists("zipfile") && !is.null(zipfile) && (zipfile!="")) {
 
-  if(exists("zipfile") && (zipfile!="")) {
+        #Modify the samples names (erase the path)
+        for(i in 1:length(sampnames(xset))){
 
-    #Modify the samples names (erase the path)
-    for(i in 1:length(sampnames(xset))){
+            sample_name=unlist(strsplit(sampnames(xset)[i], "/"))
+            sample_name=sample_name[length(sample_name)]
+            sample_name= unlist(strsplit(sample_name,"[.]"))[1]
+            sampnames(xset)[i]=sample_name
 
-      sample_name=unlist(strsplit(sampnames(xset)[i], "/"))
-      sample_name=sample_name[length(sample_name)]
-      sample_name= unlist(strsplit(sample_name,"[.]"))[1]
-      sampnames(xset)[i]=sample_name
+        }
 
     }
 
-  }
-
 }
 
 # -- TIC --
 if (thefunction == "xcmsSet") {
-  cat("\t\tGET TIC GRAPH\n")
-  sampleNamesList = getSampleMetadata(xcmsSet=xset, sampleMetadataOutput=sampleMetadataOutput)
-  getTICs(xcmsSet=xset, pdfname=ticspdf,rt="raw")
-  getBPCs(xcmsSet=xset,rt="raw",pdfname=bicspdf)
+    cat("\t\tGET TIC GRAPH\n")
+    sampleNamesList = getSampleMetadata(xcmsSet=xset, sampleMetadataOutput=sampleMetadataOutput)
+    getTICs(xcmsSet=xset, pdfname=ticspdf,rt="raw")
+    getBPCs(xcmsSet=xset,rt="raw",pdfname=bicspdf)
 } else if (thefunction == "retcor") {
-  cat("\t\tGET TIC GRAPH\n")
-  getTICs(xcmsSet=xset, pdfname=ticspdf,rt="corrected")
-  getBPCs(xcmsSet=xset,rt="corrected",pdfname=bicspdf)
+    cat("\t\tGET TIC GRAPH\n")
+    getTICs(xcmsSet=xset, pdfname=ticspdf,rt="corrected")
+    getBPCs(xcmsSet=xset,rt="corrected",pdfname=bicspdf)
 }
 
-if (thefunction == "fillPeaks") {
-  cat("\t\tGET THE PEAK LIST\n")
-  getPeaklistW4M(xset,intval,convertRTMinute,numDigitsMZ,numDigitsRT,variableMetadataOutput,dataMatrixOutput)
+if ((thefunction == "group" || thefunction == "fillPeaks") && exists("intval")) {
+    getPeaklistW4M(xset,intval,convertRTMinute,numDigitsMZ,numDigitsRT,variableMetadataOutput,dataMatrixOutput)
 }
 
 
@@ -262,7 +220,7 @@
 
 
 #saving R data in .Rdata file to save the variables used in the present tool
-objects2save = c("xset","zipfile","listOFlistArguments","md5sumList","sampleNamesList")
+objects2save = c("xset","zipfile","singlefile","listOFlistArguments","md5sumList","sampleNamesList")
 save(list=objects2save[objects2save %in% ls()], file=xsetRdataOutput)
 
 cat("\n\n")